This is a modern-English version of The Condition and Tendencies of Technical Education in Germany, originally written by Chamberlain, Arthur Henry.
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[iii]
THE CONDITION AND TENDENCIES
OF
Technical Education in Germany
BY
BY
Professor of Education and Principal of the Normal School
of Manual Training, Art, and Domestic Economy,
Throop Polytechnic Institute, Pasadena, California:
Author of “Educative Hand-Work Manuals”
and “A Bibliography of Manual Arts”
Professor of Education and Principal of the Normal School
of Manual Training, Art, and Domestic Economy,
Throop Polytechnic Institute, Pasadena, California:
Author of “Educative Hand-Work Manuals”
and “A Bibliography of Manual Arts”

SYRACUSE, N. Y.
C. W. BARDEEN, PUBLISHER
1908
SYRACUSE, N. Y.
C. W. BARDEEN, PUBLISHER
1908
Copyright, 1908, by C. W. Bardeen
Copyright, 1908, by C. W. Bardeen
INTRODUCTION
The question of the technical phases of education is, with any nation, a vital one. Perhaps this is true of Germany as it is of no other European country. This may be mainly due to one of several causes. First, as to the length of time technical education has had a place in the German schools. In some form or another, and in a greater or lesser degree, such instruction has been in vogue for many years, and has in no small measure become part and parcel of the educational fabric of the nation. Again, throughout the various German States, the work is rather widely differentiated, this owing in part to the fact that the varying lines of industry in adjacent localities even, give color and bent to the technical education of any particular locality. An extensive field is thus comprehended under the term “technical education”. Then, too, [vi]Germany as a nation must needs better her condition in order that she may prove self-sustaining. The country is not a wealthy one, and if in trade, in manufacture, and in commerce, she is to compete, and that successfully, with the world powers, strength must be gained along such lines as those opening through technical education.
The question of the technical phases of education is crucial for any nation. This is especially true for Germany, more so than for any other European country. This might largely be due to several reasons. First, technical education has been incorporated into German schools for quite some time. In various forms and to different extents, such instruction has been popular for many years and has become an integral part of the educational system in the country. Additionally, throughout the different German States, the approach to this education is quite diverse, partly because the various industries in even neighboring areas influence the technical education of each locality. As a result, the term “technical education” covers a broad range of fields. Moreover, Germany needs to improve its situation in order to be self-sustaining. The country is not wealthy, and to compete successfully in trade, manufacturing, and commerce with global powers, it must strengthen itself through avenues like technical education.
The hope is entertained that the following pages may prove of value, not alone to the student of technical education as it exists in Germany, but particularly to those who are endeavoring to institute and develop industrial and technical training in this country. The possibility along these lines is exceedingly great and the interest and attention of thinking people is focused here. They look to this form of education as a partial solution of some of the most obstinate problems now confronting us.
The hope is that the following pages will be valuable not just to students of technical education in Germany, but especially to those trying to establish and advance industrial and technical training in this country. There is a tremendous possibility in this area, and the interest of thoughtful people is drawn here. They see this type of education as a partial solution to some of the most challenging problems we face today.
[vii]CONTENTS
Page | ||
---|---|---|
Introduction | v | |
Contents | vii | |
Publisher’s Note | viii | |
Section I. | Classification of Schools | 5 |
Section II. | Continuation Schools (Fortbildungsschulen) | 16 |
Section III. | Trade Schools (Fachschulen) | 41 |
Section IV. | Secondary Technical Schools (Gewerbliche Mittelschulen) | 61 |
Schools for the Building Trades (Baugewerkschulen) | 61 | |
Schools for Foremen (Werkmeisterschulen) | 69 | |
Schools for the Textile Trades (Gewerbeschulen) | 74 | |
Industrial Schools of Bavaria (Industrie Schulen) | 82 | |
Section V. | Higher Technical Schools (Technische Hochschulen) | 85 |
Section VI. | Schools of Industrial Arts or Art Trade Schools (Kunstgewerbeschulen) | 98 |
Section VII. | Bibliography | 105 |
[viii] PUBLISHER’S NOTE
This book was published under some disadvantages, as it was delayed by the removal of our office to a larger place of business, and by a printers’ strike, which resulted in four changes in foremen. This, together with the fact that the author was upon the Pacific coast and proof was delayed and sometimes lost has led to errors for which he is not responsible. Besides typographical blunders easily recognized the following are noted:
This book was published under some challenges, as it was delayed due to our office moving to a bigger location and a printers’ strike, which led to four changes in foremen. Additionally, the author was on the Pacific coast, causing delays in proofreading, and sometimes the proofs were lost, resulting in errors for which he is not accountable. Besides easily recognizable typographical mistakes, the following are noted:
Page 13, | next line to last for Air read Art. |
19, | 5th line, for enable read ennoble. |
23, | 4th line from below, for committee read communities. |
25, | 5th line, for development read deportment. |
63, | 7th line, for models read modes. |
72, | next to last line, the 1 should be in second half of first year, making the totals 41 and 43 instead of 42 and 42. |
79, | in table, Knitting should have 1 yr. instead of 2 yrs., and the line beginning Machinery is to be omitted. |
81, | 4th line from below, insert to before enter. |
93, | last part of paragraph, read “The one course plan however has been substituted for the several.” |
[5]
Technical Education
in Germany
Vocational Education
in Germany
By Prof. Arthur Henry Chamberlain
By Prof. Arthur Henry Chamberlain
I
If one were to point out the most distinctive feature of the educational system in the Fatherland to-day, it would perhaps be the highly specialized condition of the technical schools.
If someone were to highlight the most distinctive aspect of today's educational system in the Fatherland, it would probably be the highly specialized nature of the technical schools.
In approaching our problem we naturally ask ourselves the question as to how far the industrial progress of a country is influenced by technical education. In no time as in our own has so much stress been laid upon the commercial side of our existence. New trades, new industries are springing up; specialization is becoming more far-reaching and more firmly established than ever before; [6]competition is becoming keener; the application of science to the arts is more varied.
In tackling our problem, we obviously wonder how much a country's industrial progress is affected by technical education. Never before has there been so much emphasis on the commercial aspects of our lives. New trades and industries are emerging; specialization is expanding and becoming more established than ever; [6]competition is getting tougher; and the use of science in the arts is more diverse.
In this latter field we find Germany in the very fore front, she having developed along these lines to a greater extent than have many of our nations. Illustrations of this application lie all about us,—in the bettered transportation facilities by railroad and by ocean vessel; in the more improved bridge and building construction; in the methods of water supply and drainage; in modes of heat, light, and ventilation; in electric vehicles, sound transmitters, labor-saving machinery; in finely adjusted instruments that bring far away worlds almost within reaching distance; in these and a thousand other ways is made manifest the result of the application of science to the arts. Germany is taking a prominent part in this warfare for industrial supremacy, and that she expects her technical schools to be [7]largely instrumental in answering many of the problems of the present and the future cannot be doubted, especially when one is made aware of the diversity and extent of the schools of a technical character scattered over the Empire.
In this area, Germany is at the forefront, having advanced more in these aspects than many of our countries. Examples of this progress are all around us—in improved transportation by trains and ships; in better bridge and building construction; in methods for water supply and drainage; in heating, lighting, and ventilation systems; in electric vehicles, sound equipment, and labor-saving machines; in finely tuned instruments that bring distant worlds within reach; in these and countless other ways, the application of science to the arts is evident. Germany is playing a significant role in the competition for industrial dominance, and it’s clear that she expects her technical schools to be crucial in solving many of today’s and tomorrow’s challenges, especially considering the variety and scale of technical institutions spread across the Empire.
It will be readily understood from the foregoing how difficult a matter it is to make any one classification that will cover in an adequate manner the various types of existing institutions. Frequently a school is found which in some respects is distinctive. To place such a school in this or that category would of course do violence to the classification, while to form a new class only serves to further complicate and bewilder. Again, various of the institutions mentioned may offer such a differentiated schedule or be made up of so many parallel departments as to entitle them to admission into two or more of the classes given.
It’s easy to see how challenging it is to create a single classification that adequately captures the various types of existing institutions. Often, a school has unique features in certain respects. Categorizing such a school would obviously disrupt the classification, while creating a new category only adds to the confusion. Moreover, some of the institutions mentioned may have such diverse programs or consist of so many parallel departments that they could fit into two or more of the provided classes.
Another point of difficulty lies in the fact [8]that the term “technical” would in Germany be somewhat more sweeping than with us in America. We do not class technical training with so-called manual training or handwork of the elementary schools. In our present study however, we shall find that while in the main we are dealing with the technical training of boys from fourteen to eighteen years of age,—comparable in a measure to our high or secondary school courses, we shall also include the industrial, vocational, or trade training of men and boys alike, as well as work in the more simplified forms of handicraft, as carried on in the lower or elementary school. Reference will also be made to the instruction of a higher order,—such for example as makes for engineers. These facts will be illuminated as the study proceeds.
Another point of difficulty is that the term “technical” in Germany is broader than it is in America. We don’t categorize technical training with what we call manual training or handwork in elementary schools. In our current study, we’ll focus mainly on the technical training of boys aged fourteen to eighteen, which is somewhat comparable to our high or secondary school courses. However, we will also include the industrial, vocational, or trade training for both men and boys, as well as work in simpler forms of handicraft as taught in lower or elementary schools. Additionally, we will mention higher-level instruction, such as that which prepares individuals to become engineers. These points will be further clarified as the study goes on.
In reading into these schools their real significance, several points must be kept constantly in mind. At an early age the [9]German youth is supposed to have solved the problem of his likes and dislikes, his abilities and shortcomings; to have gained such a perspective of his probable chances for future success, as to choose the line of work or occupation he shall follow. It is only fair to state, however, that circumstances have much to do with such decision, viz,—the occupation of the father, the financial outlook of the family, the industrial demands of the locality, the particular educational opportunities offered,—these and like problems entering in as vital elements.
In understanding the true significance of these schools, there are several points to keep in mind. At a young age, German youth is expected to have figured out their likes and dislikes, strengths and weaknesses; to have a sense of their potential for future success, allowing them to choose the career path they will pursue. However, it’s important to note that various circumstances heavily influence this decision, such as the father's occupation, the family's financial situation, local job market demands, and the specific educational opportunities available—these factors and similar issues are crucial elements in the equation.
Then too, the founding and sustaining of a technical school is a matter to be noted. This may be in the hands of the general government, of the state, of the municipality, or may be looked after by private enterprise. The Guilds, Vereins or Associations may organize, equip and foster schools of such character as train directly for their particular lines of work. It must be stated [10]however in this connection, that there seems to be a strong tendency at the present time toward the centralizing of control in the states. This has been brought about in large measure through the ever-increasing willingness on the part of the state to give financial backing to the schools, and thus has quite naturally arisen the desire and necessity on the part of the state, that it have a controlling voice in the school administration. Herein lies one of the main differences between such education in Germany and that of our own country.
Then too, the establishment and maintenance of a technical school is something worth noting. This could be managed by the federal government, the state, the local municipality, or could be handled by private organizations. Guilds, unions, or associations can organize, equip, and support schools that directly train for their specific fields of work. It should be mentioned, however, that there seems to be a strong trend nowadays toward centralizing control within the states. This has largely happened because states are increasingly willing to provide financial support to schools, which has naturally led to the desire and necessity for the state to have a say in school administration. This is one of the key differences between such education in Germany and in our own country.
Conrad’s Handwörterbuch der Staatswissenschaften, 1900, in an article entitled “Gewerblicher Unterricht”, gives the following table on state expenditure for trade and technical instruction in recent years:
Conrad’s Handwörterbuch der Staatswissenschaften, 1900, in an article titled “Gewerblicher Unterricht”, provides the following table on state spending for trade and technical education in recent years:
Prussia:
Prussia:
- Marks 142,000 ($33,796) in 1874;
- Marks 475,000 ($114,050) in 1885;
- Marks 4,672,000 ($1,111,936) in 1899.
[11]Saxony:
Saxony:
- Marks 235,000 ($60,214) in 1873;
- Marks 570,000 ($135,660) in 1885;
- Marks 1,138,000 ($270,844) in 1898.
Wurttemburg industrial continuation school:
Württemberg industrial continuation school:
- Marks, 58,000 ($13,804) in 1869;
- Marks 129,000 ($30,702) in 1879;
- Marks 164,000 ($39,032) in 1889;
- Marks 208,000 ($49,504) in 1897.
The cost of the state per capita of the population of the expenditures was as follows:
The cost of the state per person for expenditures was as follows:
- Prussia, Pfennigs 15 (3½ cts.) in 1899;
- Saxony, Pfennigs 29 (7 cts.) in 1898;
- Hesse, Pfennigs 22 (5 cts.) in 1898.
The cost per Marks 1,000 ($236) of the entire state expenditures was Marks 2.27 (54 cts.) in Prussia in 1899, and Marks 5.88 ($1.40) in Saxony in 1898.
The cost per 1,000 marks ($236) of total state spending was 2.27 marks (54 cents) in Prussia in 1899, and 5.88 marks ($1.40) in Saxony in 1898.
In general the German schools are classified upon a basis of the grade of instruction given rather than upon the character [12]of the subjects taught. Primary education is compulsory, that is to say, all children are compelled by law to attend school from their sixth to their fourteenth year. It is at this point that we find our difficulty. To quote Dr. Alwin Pabst of Leipzig (who speaks of conditions governing technical schools):
In general, German schools are categorized based on the level of instruction provided rather than the type of subjects taught. Primary education is mandatory, meaning all children are required by law to attend school from age six to fourteen. This is where we encounter our challenge. To quote Dr. Alwin Pabst of Leipzig (who discusses the conditions surrounding technical schools):
“The age of admission, length of course, fees and other conditions (examinations) of these schools differ widely. Ages range from fourteen to thirty years or over; length of course, one to four or five years; fees perhaps twenty to thirty marks per year. The Fortbildungsschule is the only institution in which no fee is charged.” (Taken from a personal letter.)
“The age for admission, course length, fees, and other requirements (like exams) at these schools vary a lot. Ages can be from fourteen to thirty years or more; course lengths are between one to four or five years; and fees might be around twenty to thirty marks each year. The Fortbildungsschule is the only institution that doesn’t charge a fee.” (Taken from a personal letter.)
Several classifications commend themselves for use. Each has its weaknesses and breaks down at some point, owing to the conditions previously mentioned. In order [13]the better to illustrate this difficulty I shall give these various possible classifications.
Several classifications stand out for use. Each has its weaknesses and fails at some point because of the conditions mentioned earlier. To better illustrate this difficulty, I will present these various possible classifications.
The first refers chiefly to the scheme of secondary education and was the one first chosen and later discarded. It was suggested mainly by Sir Philip Magnus’s work on “Industrial Education” and the “Report of the Industrial Commission”, Vol. 1.
The first mainly focuses on the plan for secondary education and was the one first selected and later dropped. It was primarily inspired by Sir Philip Magnus’s work on “Industrial Education” and the “Report of the Industrial Commission,” Vol. 1.
- 1. Industrieschulen
- Gewerbeschulen
- 2. Trade Schools
- Fachschulen
- 3. Building Trade Schools
- 4. Secondary Technical Schools
- Higher Technical
- Foremen
- Building
- Weaving
- Drawing
- 5. Industrial Art Schools (Kunstgewerbe)
- Pure Art
- Applied Art
- [14]6. Polytechnics or Technische Hochschulen
- 7. Continuation Schools—Fortbildungsschulen
Another classification, suggested in most part by a German authority is as follows:
Another classification, mostly suggested by a German expert, is as follows:
- 1. Fortbildungsschulen—Continuation schools
- 2. Industrie—or Fachschulen—Special Trade Schools
- 3. Gewerbeschulen
- 4. Technische Schulen
- 5. Technische Hochschulen
- 6. Baugewerkschulen—School for Architects
- 7. Kunstgewerbeschulen—Schools of Art
In the Seventeenth Annual Report of the U. S. Commissioner of Labor for 1902 we find the following:
In the Seventeenth Annual Report of the U.S. Commissioner of Labor for 1902, we find the following:
- 1. Technical Colleges
- 2. Secondary or Intermediate Technical Schools
- [15]3. Schools and Museums of Industrial Art
- 4. Schools for Foremen
- 5. Schools for the Textile Trades
- 6. Trade and Industrial Continuation Schools
- 7. Industrial Drawing Courses
- 8. Other Institutions for Industrial Education.
The order followed in the present study is finally given below. It is one not to be found elsewhere, but more closely resembles that of Dr. Pabst (the second classification) and that found in the Seventeenth Annual Report of the Commissioner of Labor. It has undoubtedly its weak points, but I feel it is the best that can be made however, as it is based upon data recently published, and the results of correspondence with German school authorities, in addition to a not very extended knowledge gained through personal contact with the German [16]schools. It may be taken therefore, as bringing the work down to the present time:
The order used in this study is outlined below. It's unique and more closely aligns with Dr. Pabst's second classification and the Seventeenth Annual Report of the Commissioner of Labor. It certainly has its flaws, but I believe it’s the best we can achieve, given that it relies on recently published data and results from communication with German school authorities, along with some limited personal experience with the German [16] schools. Therefore, it can be considered current:
- 1. Continuation Schools or Fortbildungsschulen
- 2. Trade Schools or Fachschulen
- 3. Secondary or Intermediate Technical Schools or Gewerbliche Mittelschulen
- 4. Technical Colleges or Technische Hochschulen
- 5. School and Museums of Industrial Art, or Kunstgewerbeschulen
II
Continuation Schools
Fortbildungsschulen
Continuation Schools
Training Schools
Since at the age of fourteen years the German youth is no longer under the control of the compulsory school law, the value of the system of continuation schools is realized. [17]Of necessity the great mass of boys are at this age, forced to enter some gainful pursuit. It was clearly evident to the German people that boys should not be cut off from school education at this early age. Dr. James H. Russell in his German Higher Schools says:
Since at fourteen, German youths are no longer subject to compulsory schooling, the importance of continuation schools becomes clear. [17] At this age, most boys are inevitably pushed into some form of work. The German public recognized that boys shouldn't be excluded from education at such a young age. Dr. James H. Russell in his German Higher Schools says:
“The elementary and secondary schools are quite independent of each other—not one boy in ten thousand finds his way from the highest class of the elementary school into the Gymnasium.”
“The elementary and secondary schools are pretty independent from one another—not even one boy in ten thousand makes the transition from the highest grade of elementary school to the Gymnasium.”
It is evident that year by year an increasingly large number of boys discontinue their education at the close of the elementary school, for a statement made by Mr. Michael N. Sadler, (Vol. III of Special Reports on Educational Subjects, London), some years prior to the above writing, would seem to indicate a lesser percentage of dropping out than that proposed by Dr. Russell.
It’s clear that every year, a growing number of boys are quitting their education at the end of elementary school. A statement by Mr. Michael N. Sadler, in Volume III of Special Reports on Educational Subjects (London), made several years before this writing, seems to suggest a lower dropout rate than what Dr. Russell proposed.
[18]The desire then for more extended educational advantages must have been early felt, and there sprang into existence what has since developed into one of the most significant features and far-reaching factors in the German scheme,—the continuation school. I quote from Mr. H. Bertram who writes of the continuation schools in Berlin, December, 1899:
[18]The need for more comprehensive educational opportunities must have been recognized early on, leading to the establishment of what has now become one of the most important aspects and influential elements in the German education system—the continuation school. I quote Mr. H. Bertram, who wrote about the continuation schools in Berlin in December 1899:
“Amid the development of civilization among the nations the idea of the continuation school is making its way with increasing strength. Urgently required by the conditions of social organization, and in its turn acting on them, the new institution appears in many forms. It claims its place side by side with the Church and the School.
“Amid the development of civilization among the nations, the idea of the continuation school is gaining traction. Urgently needed by the conditions of social organization, and in turn influencing them, this new institution appears in various forms. It asserts its position alongside the Church and the School.”
“Among the great number of those who enter early upon the practical business of life, to whom the primary school has offered a start there awakens, sooner or later, the desire to [19]share in the stores of knowledge which human intelligence has won, in the insight into the working of the forces of nature, which it has acquired and applied to industry, in the arts which ennoble and support human action; in short to participate in the spiritual treasures which are, as it were, the birthright of those born under a luckier star. This desire, which opens to the diligent the way to material prosperity and inner contentment, seems for society as a whole an important incentive to industrial progress, and turns the discontent of the slaves of machinery into happiness of men conscious of their own success. The more the old order changes which held the work people in the narrow bonds of tradition, the more is customary prescription replaced by education and independent judgment, by insight into existing conditions, by special excellence within a particular sphere. For this reason, the elementary school, however [20]efficient and methodically correct its action may be, cannot suffice for the happiness of the masses, nor for the preservation of society. The instruction must come into close contact with the life of the future citizen, and must be at the command of everyone desirous to learn, as long as he seeks it. But the seeker, born amid such conditions as these, needs guidance. Public libraries, newspapers, magazines help him the more he pushes forward, but without expert assistance he hardly finds the beginning of the path.
“Among the many who start the practical side of life early on, thanks to the foundation provided by primary school, there eventually comes a desire to share in the wealth of knowledge that human intelligence has achieved, to understand how natural forces work and how they can be applied to industry, and to engage in the arts that elevate and support human endeavors. In short, they want to access the spiritual treasures that feel like a birthright for those born under a lucky star. This desire, which paves the way to material success and inner happiness for the diligent, serves as an important motivator for societal industrial progress and transforms the discontent of those enslaved by machinery into the joy of individuals aware of their own achievements. As the old order, which confined workers to rigid traditions, continues to change, customary practices are increasingly replaced by education, independent thought, insight into current conditions, and specialized excellence in specific fields. For this reason, the elementary school, no matter how effective and methodically sound it is, cannot meet the needs of the masses or ensure the stability of society. Education must be closely linked to the future life of citizens and accessible to anyone eager to learn, as long as they are searching for it. However, a seeker born into such circumstances needs guidance. Public libraries, newspapers, and magazines support them as they strive to advance, but without expert help, they often struggle to find the starting point of their journey.”
“This is the object of the Continuation School.”
“This is the purpose of the Continuation School.”
It is somewhat difficult to define the limits and scope of the continuation or Fortbildungsschulen. Conditions vary in the different German states and especially do they vary in the various kinds of continuation schools. Definition is made even more doubtful when we find that the limits [21]of certain schools overlap. It may be said that students are regularly admitted from fourteen to sixteen years of age. Not infrequently however, boys and men of more mature years take advantage of the courses offered. Instruction is carried on during the week-day evenings from six to eight o’clock and on Sunday mornings.
It’s a bit challenging to define the boundaries and scope of continuation or Fortbildungsschulen. Conditions differ across the various German states, and especially among the different types of continuation schools. The definition becomes even more uncertain when we see that the boundaries of certain schools overlap. Generally, students between the ages of fourteen and sixteen are regularly admitted. However, it’s not uncommon for older boys and men to take advantage of the courses offered. Classes are held on weekday evenings from six to eight o’clock and on Sunday mornings.
Prussia leads the other states in the number and character of her supplementary schools, the system having its fullest expression in Berlin. The fact became early apparent that preparation, whatever line the boy was to follow, was necessary, and this thought is confirmed in the many skilled laborers in Germany to-day. In Prussia, as elsewhere, it was found that boys many times left the common school before they became proficient in any line of book work. The causes were various; poverty, indifference, sickness, overcrowding, poor enforcement of the compulsory attendance [22]laws,—all these conspired to make supplementary schools necessary. In the older provinces very little attention was given the continuation school prior to 1875, and almost as much could be said of those provinces which were acquired in 1866. In 1844 a report issued by the Department of Public Instruction makes mention of the usefulness of such schools, while two years later a second report has only slightly more to say on the subject. This lack of interest may be attributed in large measure to the non-financial support of these schools by the government.
Prussia is ahead of other states in the number and quality of its supplementary schools, with the most developed system found in Berlin. It became clear early on that preparation was necessary, regardless of the career path a boy might choose, and this is evident in the many skilled workers in Germany today. In Prussia, as in other places, it was common for boys to leave school before mastering any academic subjects. Various factors contributed to this; poverty, lack of interest, illness, overcrowding, and poor enforcement of compulsory attendance laws all worked against the effectiveness of education, making supplementary schools essential. In the older provinces, very little attention was paid to continuation schools before 1875, and the same could be said for those provinces acquired in 1866. A report from the Department of Public Instruction in 1844 mentioned the benefits of such schools, while a follow-up report two years later had only slightly more to say. This lack of interest can largely be attributed to the government's insufficient financial support for these schools.
Several problems had to be faced in working out the scheme. Certain definite relations between the primary and continuation schools must be observed; those coming into the latter with an inadequate underschool knowledge must be looked after; provision must be made for students of lesser as well as of more mature years; all [23]classes of occupation must be given attention; these and many other difficult questions were to be met and overcome.
Several issues had to be addressed in developing the plan. Specific relationships between the primary and secondary schools needed to be maintained; students entering the latter with insufficient foundational knowledge had to be supported; arrangements had to be made for students of both younger and older ages; all [23]types of occupations needed to be considered; these and many other challenging questions had to be tackled and resolved.
“Three principles,” says Mr. Bertram, “have contributed to the solution of this problem—free choices between the courses provided, free enjoyment of the preparatory courses without fee, and the selection of the teachers according to their attainments in a particular branch and their ability to adapt their instruction to the needs of the pupils or participants in the course.”
“Three principles,” says Mr. Bertram, “have helped solve this problem—freedom to choose from the available courses, access to the preparatory courses at no cost, and selecting teachers based on their expertise in a specific field and their ability to tailor their teaching to meet the needs of the pupils or participants in the course.”
In certain sections, Nassau and Hanover for example, state aid came early to the continuation school. In 1874 an increased appropriation resulted in the betterment of the schools then existing and in the further establishment of like institutions. Here the communities must meet the cost of building, heating, lighting etc., and one-half of all the expenses not covered by the actual tuition. Since 1878 there is a fairly general [24]acceptance throughout the Empire of the statute providing that all employes under eighteen years of age must be allowed to attend a continuation school, the period of attendance to be determined by “competent authority”. This naturally leads the Public Instruction Department to be free in its financial support.
In some areas, like Nassau and Hanover, state funding was provided early on for continuation schools. In 1874, an increase in funding improved the existing schools and led to the establishment of more similar institutions. Here, local communities are responsible for the costs of building, heating, lighting, etc., as well as half of the expenses not covered by the tuition fees. Since 1878, most of the Empire has embraced the law that requires all employees under eighteen to be allowed to attend a continuation school, with the duration of attendance decided by "competent authority." This naturally allows the Public Instruction Department to offer more financial support.
It will be understood that in most cases six hours per week is the attendance required and that only those who have left the Volksschule or lower school and are not attending any higher institution are admitted. In Saxony a somewhat different condition exists. Children who have not made satisfactory progress in the Volksschule must, perforce, attend the continuation school for two years.
It will be understood that in most cases six hours per week is the required attendance and that only those who have left the Volksschule or lower school and are not attending any higher institution are admitted. In Saxony, a slightly different situation exists. Children who have not made satisfactory progress in the Volksschule must, therefore, attend the continuation school for two years.
The writer of this paper was thoroughly impressed with the work of the Sunday classes as seen in Leipzig, Saxony, during the summer of 1899. His first introduction [25]to such work was made, when on joining a group of boys, several of them carrying draughting-boards, he was conducted by them to their school. The general character and deportment of the boys, the spirit and enthusiasm manifested by them, and the thoughtful and intelligent quality of the work produced, fully justified in his own mind, the validity and worth of the Sunday class instruction.
The author of this paper was really impressed with the Sunday classes he observed in Leipzig, Saxony, during the summer of 1899. His first experience with this kind of work happened when he joined a group of boys, some of whom were carrying drawing boards, and they led him to their school. The overall behavior and attitude of the boys, the spirit and enthusiasm they showed, and the thoughtful and intelligent nature of the work they produced convinced him of the value and importance of Sunday class instruction.
As between the schools located in the cities and those in the smaller towns and country places, there is some slight difference. They may be classified as (a) rural or (b) city schools, on account of their location. The distinction lies rather in the arrangement of their curricula, the needs of the students in the particular locality being kept in mind. In the rural schools the programme of studies is somewhat general, comprising the German language, arithmetic, mensuration, nature study; and in some [26]instances may be added to these, geography, German history, drawing, gymnastics and music. This programme is elective to the extent that the capacity and previous education of the pupil are considered, and too, the ability of the teacher, local conditions and the time spent by the individual student. Such schools are admonished not to take on the character of technical institutions, but rather to continue the general education begun in the Volksschulen. Only under certain conditions is less than four hours per week of instruction permissible.
As for the schools in cities compared to those in smaller towns and rural areas, there’s a bit of a difference. They can be classified as (a) rural or (b) city schools based on their location. The difference mainly comes from how their curricula are organized, keeping in mind the specific needs of the students in that area. In rural schools, the study program is fairly broad, including subjects like German, arithmetic, measurement, and nature study; sometimes geography, German history, drawing, physical education, and music can also be included. This program is flexible to consider the student’s ability and prior education, as well as the teacher’s capability, local conditions, and the time each student spends. These schools are encouraged not to become like technical institutions but to continue the general education started in the Volksschulen. Only under certain circumstances is it acceptable to have less than four hours of instruction per week.
In Prussia the city continuation schools are of two grades, each grade made up of a number of classes. In the lower grade schools, instruction is given in accordance with the particular trade or calling the pupil is to follow. In the upper grade, work is much the same, proficiency being the chief additional feature. When six hours [27]of work is the minimum, language, arithmetic, elementary geometry and drawing, form the body of the course; while penmanship, geography, history, grammar and nature study all are taken up in connection with the reading work. Business forms are not overlooked. In the more fully equipped schools where the teachers are prepared for such branches, higher mathematics, mechanics, physics and advanced drawing are taken up.
In Prussia, the continuation schools in cities are divided into two grades, with each grade consisting of several classes. In the lower grade schools, instruction is tailored to the specific trade or profession the student plans to pursue. The upper grade is quite similar, with a major focus on achieving proficiency. When the minimum work time is six hours, the core subjects include language, arithmetic, basic geometry, and drawing; meanwhile, penmanship, geography, history, grammar, and nature study are integrated with the reading material. Business forms are also covered. In more advanced schools where teachers are qualified to teach these subjects, higher mathematics, mechanics, physics, and advanced drawing are included.
If, as before stated, the various types of continuation schools overlap, the same is true regarding the trade and industrial continuation schools. While in many instances the work in the latter schools is of a general character, aiming to supplement or round out the education of the pupil, we find that many of the original schools of this class have developed into a form of special or trade school. This is brought about through pressure from without, as it were. [28]When a certain industry predominates in a locality supporting a continuation school, it is only fair to suppose that the work done, general though it may be, will be colored to some extent at least, by the demands of such industry. If this process of merging is carried sufficiently far, as is in many cases done, the school may lose almost or entirely its original trend, and from a Fortbildungsschule, fall into the class of trade or Fachschulen.
If, as mentioned earlier, the different types of continuation schools overlap, the same applies to trade and industrial continuation schools. While in many cases the work in these schools is somewhat general, aimed at enhancing or completing the students' education, we notice that many of the original schools in this category have transformed into more specialized trade schools. This change is largely driven by external pressures. [28] When a particular industry is dominant in an area with a continuation school, it’s reasonable to expect that the work done, though it may still be general, will be influenced by the needs of that industry. If this merging process continues enough, as is often the case, the school may nearly or completely lose its original focus and shift from a Fortbildungsschule to a trade or Fachschule.
In the main then, the instruction given in a continuation school proper, is either of a theoretical nature or involves some form of drawing perhaps, thus rendering any other than an ordinary school room unnecessary for class use. In the city of Leipzig the situation is dissimilar to that in some north German cities. Here the classes are arranged according to the various trades followed, as bookbinders, printers, lithographers, bakers, metal workers, [29]workers in wood and stone, etc. There are again in Southern Germany simply schools of drawing with special reference to the various trades and industries. In addition to these are classes of a general nature for boys not following special trades. Such schools however, cannot be found in the smaller towns or in the country. Certain other Saxon cities have schools of somewhat similar character.
In general, the instruction provided in a vocational school is either theoretical or includes some type of drawing, making a traditional classroom unnecessary for classes. In Leipzig, the situation is different compared to some northern German cities. Here, classes are organized based on various trades like bookbinding, printing, lithography, baking, metalworking, and woodworking, among others. In southern Germany, there are simply drawing schools focused on different trades and industries. Additionally, there are general classes for boys who are not pursuing specific trades. However, such schools are not found in smaller towns or rural areas. Some other Saxon cities have schools that are somewhat similar.
In the Consular Report, Vol. 54, No. 202, page 447, 1898, Mr. J. C. Monoghan says, writing under the title Technical Education in Germany:
In the Consular Report, Vol. 54, No. 202, page 447, 1898, Mr. J. C. Monoghan states, under the title Technical Education in Germany:
“The supplementary schools are for the people who have to work, what Chautauquas, summer schools, and university extension courses are for others.—Parties in politico-economic circles have found that the system of common school education under which boys and girls were given an ordinary education in reading, writing, arithmetic etc., [30]up to their fourteenth year, was inadequate, partially if not wholly, to the ends aimed at in such a system. To supply this defect it was urged, and finally proposed and favorably acted upon, that graduates of the common schools, boys especially, in some few cases girls too, should continue to get instruction a certain number of hours a week. This was made compulsory. Manufacturers, shopkeepers, and mechanics in whose employ such boys were found, and not the parents, were made responsible for the boys’ attendance. In these schools, as indicated in the foregoing, the boys get as good an idea as possible of the trade or branch of business in which they are employed. As a rule, the hours of attendance are early in the morning or a certain number of afternoons in the week. Sunday mornings are not thought too sacred for such work. It seems to be an acknowledgement that the years hitherto given to a boy in which to [31]get an education, viz., from his sixth to his fourteenth year, are not enough to prepare him for the struggle for life that he has to enter upon. Men have told me, successful merchants and agents here, that they owe more to the hours spent in the developing or supplementary schools from the practical character of the instruction given and the information imparted, than to the many years spent in the common schools. While one is hardly willing to believe this, there can be no doubt of the good work done, and being done, by the schools referred to.”
“The supplementary schools are for people who have to work, just like Chautauquas, summer schools, and university extension courses are for others. Political and economic circles have realized that the common school education system, where children received basic education in reading, writing, and arithmetic until they were fourteen, fell short of its goals. To address this gap, it was suggested and eventually implemented that graduates of the common schools, particularly boys and sometimes girls, should continue their education for a certain number of hours each week. This became mandatory. Employers—manufacturers, shopkeepers, and mechanics who employed these boys—were made responsible for their attendance, rather than their parents. In these schools, as noted earlier, boys receive a solid understanding of the trades or businesses they are involved in. Typically, classes are held early in the morning or on specific afternoons during the week. Sunday mornings are not considered too sacred for this kind of work. It acknowledges that the years a boy has had to get an education, from ages six to fourteen, are not enough to prepare him for the challenges of life ahead. Successful merchants and agents here have told me they owe more to the time spent in the developing or supplementary schools—due to the practical nature of the instruction and the information provided—than to the years spent in common schools. Although it's hard to fully believe this, there’s no doubt about the valuable work being done by the schools mentioned.”
The Handwerkschulen in Berlin are very similar to Fortbildungsschulen in Leipzig for example. These schools have seen a marvelous development during the past few years. They have a technical quality, giving much attention to drawing. The sessions are in the evening, eight hours per week, the fee being six marks the half year. [32]They are attended by journeymen and apprentices who come recommended by their employers. In connection with these schools various Sunday classes are conducted throughout the city, each center specializing along certain trade lines.
The Handwerkschulen in Berlin are very similar to the Fortbildungsschulen in Leipzig, for example. These schools have experienced fantastic growth over the past few years. They focus on technical skills, with a strong emphasis on drawing. Classes are held in the evenings for a total of eight hours each week, and the fee is six marks for half a year. [32] They are attended by journeymen and apprentices who are recommended by their employers. In addition to these schools, various Sunday classes are offered throughout the city, with each center specializing in specific trades.
The Berlin Handwerker Verein is a type of continuation school, sustained not by the state but by an association. The Verein, founded in 1859, has for its object the promotion of general culture, a partial knowledge at least of the several callings represented, and good manners (gute Sitten). The moral and ethical elements are not lacking. Here public lectures of real merit are given, together with music, gymnastics, and instruction in general and technical subjects. Boys of good character, over seventeen years of age, are admitted. The families of the boys in attendance are also allowed to avail themselves of such general [33]exercises, lectures, music, etc., as the school offers.
The Berlin Handwerker Verein is a kind of continuing education school, funded not by the government but by an association. Founded in 1859, its goal is to promote general knowledge, some understanding of the various trades represented, and good manners. It includes moral and ethical components. Public lectures of real value are held here, along with music, gymnastics, and instruction in both general and technical subjects. Boys with good character, over seventeen years old, can join. The families of the attending boys are also welcome to participate in the general [33] exercises, lectures, music, and other activities offered by the school.
What may also be styled as belonging in a sense in the continuation school category is the German Association for the Diffusion of Popular Education, with headquarters in Berlin. Branches of this association are scattered throughout various parts of the Empire.
What could also be considered part of the continuation school category is the German Association for the Diffusion of Popular Education, which is headquartered in Berlin. This association has branches spread throughout different parts of the Empire.
In the year 1869, the industrial code provided that all boys under eighteen years of age might, at the discretion of the local authorities, be compelled to attend school. It is thus evident that the local or State authority was here consulted, rather than the General Government. At the present time however, when the adjustment of this matter is not in the hands of local authority, the employer must, if those engaged with him desire so to do, allow such boys to attend school at their option. In some States however, Saxony, Bavaria, Hesse and Baden, [34]compulsory school laws are in force among all boys fourteen to eighteen years of age. At present the law of 1891 is active and the portion touching our problem is here given:
In 1869, the industrial code stated that all boys under eighteen could be required by local authorities to attend school if they saw fit. Therefore, it’s clear that local or state authorities were consulted rather than the federal government. However, nowadays, since local authorities no longer control this issue, employers must allow boys to attend school if they wish to do so. In some states like Saxony, Bavaria, Hesse, and Baden, there are mandatory school laws for all boys aged fourteen to eighteen. Currently, the law from 1891 is in effect, and the relevant section addressing our issue is provided here:
“Employers are required to give the necessary time, to be determined eventually by the competent authorities, to their workingmen under eighteen years of age who attend an educational establishment recognized by the communal administration or by the State as an adult’s school. Instruction shall not be given on Sunday except where the hours are so fixed that the pupils are not prevented from attending the principal religious exercise or a religious exercise of their faith especially conducted for them with the consent of the ecclesiastical authorities. The central administration may, until October 1, 1894, accord exemptions from the last provision to adult schools already in existence, attendance upon which is not obligatory.
“Employers must provide the necessary time, to be determined eventually by the appropriate authorities, for their employees under eighteen years old who attend an educational institution recognized by the local administration or by the State as an adult school. Instruction cannot be held on Sundays unless the hours are arranged so that students can attend the main religious service or a faith-specific service organized for them with approval from the religious authorities. The central administration may, until October 1, 1894, grant exemptions from the last provision to existing adult schools that attendance is not mandatory.”
[35]“For purposes of this law schools giving instruction in manual work and domestic duties to women shall be considered as adult schools.”
[35]“For the purposes of this law, schools that provide training in manual labor and household responsibilities for women will be regarded as adult schools.”
This citation points out that the Sunday class work must not conflict with the religious services. There is a strong sentiment in many places in favor of a repeal of such laws as prohibit Sunday classes at such times as church services are held. Many of the clergy are opposed to the extending of Sunday continuation schools, while for the most part the government authorities are favorable to such extension.
This citation highlights that Sunday class activities shouldn't interfere with religious services. There’s a strong opinion in many areas supporting the repeal of laws that prevent Sunday classes when church services are taking place. Many clergy members are against the expansion of Sunday continuation schools, while government authorities generally support this expansion.
As regards the compulsory age limit, Prussia of all the German states is following out the option given the individual States. It is worthy of note that she declares (while declining to accept the law) that where freedom is allowed, boys are more likely to continue in school after their eighteenth year. It is insisted also that [36]with the restrictions removed, a deeper interest is excited in the school studies. The statement is made however that in Prussia two thirds of the industrial continuation schools have compulsory attendance laws in force as the local authorities may determine. Certain it is that much stress is laid upon the ethical side of instruction in the continuation schools and it is agreed that the compulsory school should not transplant the regular continuation school, except where it seems absolutely necessary to do so. In Bavaria for example, where the age limit by law is thirteen, the compulsory school has a place for the time being at least.
As for the mandatory age limit, Prussia, among all the German states, is following the options provided to each state. It's notable that they state (while opting not to accept the law) that where there's freedom, boys are more likely to stay in school after their eighteenth year. They also emphasize that [36] when restrictions are lifted, there's a greater interest in school subjects. However, it's noted that in Prussia, two-thirds of industrial continuation schools enforce mandatory attendance laws as determined by local authorities. It's clear that there’s a strong focus on the ethical aspect of instruction in the continuation schools, and it's agreed that the compulsory school shouldn't replace the regular continuation school unless absolutely necessary. In Bavaria, for instance, where the legal age limit is thirteen, the compulsory school currently has a place at least for the time being.
In Berlin, a century ago, Sunday afternoon classes were inaugurated, with a programme no more varied than that furnished by the three R’s. Apprentices not equipped with sufficient school training were forced to attend the schools. In 1869 the power [37]was wrested from the trade guilds and the elective system resulted, later producing the Elementary Continuation School. The local city government founded at a later date three such schools, and in these a more diversified curriculum was operated, adding to the three R’s, German composition and literature, modern languages, natural science, political science, law, bookkeeping and drawing. For various reasons these schools were not attended by a full measure of success and the city authorities formulated the plan of placing the continuation schools in some of the higher institutions of learning, courses to be operative in winter only. Later, from the preparatory school, which fitted for the continuation school proper, grew up the technical continuation school.
In Berlin, a hundred years ago, Sunday afternoon classes were started, offering a program no more varied than the basics of reading, writing, and arithmetic. Apprentices who didn't have enough school education were required to attend these classes. In 1869, control was taken away from the trade guilds and an elective system was established, which eventually led to the creation of the Elementary Continuation School. The local city government later set up three of these schools, where a more varied curriculum was offered, including not just the basics, but also German composition and literature, modern languages, natural science, political science, law, bookkeeping, and drawing. For various reasons, these schools didn't achieve full success, and the city authorities developed a plan to integrate the continuation schools into some higher education institutions, with courses operating only in winter. Over time, the preparatory school that prepared students for the continuation school evolved into the technical continuation school.
There are at the present twelve schools of the continuation type in Berlin. A large attendance is desired, for with large classes [38]groups of various intellectual standards may be formed. The student is free to elect subjects—as between certain languages, mathematics or art studies. The Director of the school, by keeping in touch with the employers in the various trades and shops, can thus control the attendance and shape the course of the lines of work offered.
There are currently twelve continuation schools in Berlin. A large number of students is preferred, as large classes [38]allow for groups of different intellectual levels to be created. Students can choose subjects from certain languages, mathematics, or art studies. The school director maintains communication with employers in various trades and businesses, which helps manage attendance and shape the types of work offered.
Some ten years since, two special lines of instruction were withdrawn from the continuation school proper—the carpenters’ school and the Gewerbesaal, comprising work in drawing and theory involved in machine construction and the like. Courses for turners are offered in the carpenters’ schools. In Berlin there are in excess of nine centers for the last named school and ten centers for the Gewerbesaal, the winter classes running up to 2000 and 850 pupils respectively.
Some ten years ago, two specific programs were removed from the main curriculum of the continuation school—the carpentry program and the Gewerbesaal, which included classes in drawing and the theory related to machine construction and similar topics. Turning courses are available in the carpentry schools. In Berlin, there are more than nine centers for the carpentry program and ten centers for the Gewerbesaal, with winter classes accommodating up to 2000 and 850 students, respectively.
This example serves to illustrate the fact mentioned in a previous connection, viz., [39]that the Fortbildungsschule was in some cases merged into a special school, for here in reality a Fach or trade institution has developed from the original continuation school. This practice has been going on more or less extensively among the various schools; and in Berlin especially, the continuation school has been the foundation of most of the Fachschulen. Something more will be said in this connection in the section under trade schools.
This example highlights the point made earlier, namely, [39] that the Fortbildungsschule was sometimes combined with a special school. In reality, a trade institution has evolved from the original continuation school. This trend has occurred to varying extents among different schools; particularly in Berlin, the continuation school has been the basis for many Fachschulen. More will be discussed on this topic in the section about trade schools.
Regarding the continuation schools for girls and women a word may be added. As with the boys’ schools, so these designed for girls were put on foot, partly at least, from an ethical standpoint. Girls spending their days in the factory and shop were in need of a refining influence, and this the continuation school afforded. Courses were offered in the German language, arithmetic, sewing and dressmaking. The efforts made to give girls this training were not entirely [40]successful. So many objections to Sunday work were brought forward that it was discontinued. The burdens of the day fell so heavily upon the girls that they were not ambitious to attend evening classes. At the present time the schools are more largely attended by girls who, during the day, remain in the family, and in the school take up the household arts, sewing, cutting out, and the like, and also languages, mathematics, geography, etc., gymnastics and music, shorthand and typewriting. It is hoped soon to introduce cookery in all girls’ schools. Drawing is given much attention.
Regarding continuation schools for girls and women, a few words can be added. Just like the boys’ schools, the ones designed for girls were established partly for ethical reasons. Girls who spent their days in factories and shops needed a positive influence, which the continuation school provided. Courses were available in German, arithmetic, sewing, and dressmaking. The efforts to provide this training for girls weren't entirely successful. There were so many objections to Sunday work that it was stopped. The daily burdens weighed so heavily on the girls that they weren’t eager to attend evening classes. Nowadays, the schools are more frequently attended by girls who stay at home during the day and focus on household skills, sewing, cutting, and similar subjects, as well as languages, mathematics, geography, gym, music, shorthand, and typing. There are plans to introduce cooking classes in all girls’ schools soon. Drawing receives considerable attention.
There are in Berlin, nine municipal continuation schools for girls, which are, as the name indicates, maintained by the city.
There are nine municipal continuation schools for girls in Berlin, which are, as the name suggests, funded by the city.
[41]III
As has been indicated in another connection, the classification of trade schools as such, is somewhat uncertain. It has been shown that many of the present schools for special trades have evolved from the continuation schools of the past. In the transition state it is sometimes quite difficult to definitely place a certain school, whether in the trade continuation, or trade group proper, or to class it with the Industrieschulen. The trade continuation schools have largely superseded the regular trade schools, in many localities at least, and where this condition exists, trade instruction seems to be losing ground, here the Fortbildungsschulen on the one hand, and regular ap[42]prenticeships on the other, coming in to supplant trade teaching.
As mentioned elsewhere, the classification of trade schools is a bit unclear. It's been shown that many of today's trade schools have developed from the continuation schools of the past. During this transition, it can be quite challenging to clearly categorize a school—whether it belongs in trade continuation, the main trade group, or with the Industrieschulen. In many areas, trade continuation schools have largely replaced traditional trade schools, and where this is the case, trade instruction seems to be declining. Here, the Fortbildungsschulen are taking over on one side, while regular apprenticeships are taking over on the other, replacing trade education.
The seeming contradictory statements made here must be interpreted in the spirit rather than in the letter, if the full meaning and significance of the trade school is to be grasped. Trades are taught as formerly. The point made is that while the trade school, per se, is doing its work, boys are, more and more, being trained for their trades in the so-called trades continuation schools and as apprentices in the shops. The latter form of training will be spoken of elsewhere in this section of the paper.
The seemingly contradictory statements made here need to be understood in their overall context rather than taken literally, if we want to fully grasp the importance of the trade school. Trades are still taught as they used to be. The main point is that while the trade school itself is fulfilling its role, more and more boys are being trained for their trades in what are called trades continuation schools and as apprentices in the shops. We'll discuss this latter form of training elsewhere in this section of the paper.
We have noted in following the work of the continuation school, that the attempt has been mainly toward the teaching of theoretical subjects, the practical lines being carried forward in the regular daily occupations of the individuals. Hence the trade is not held specifically in mind, although the desired end is always kept in view. In the [43]trade schools on the other hand, the work is largely of a practical nature, dealing with some particular occupation. The foregoing statement may be taken as fairly representing the Fachschule point of view, but it should be observed that while these schools are special trade schools, training for example iron workers, or joiners, or tailors, there is a differentiation within the general class. I refer to the Gewerbeschulen, where theoretical lessons are sometimes taught. These schools will be given mention in the secondary group.
We have observed in following the work of the continuation school that the focus has mainly been on teaching theoretical subjects, while the practical skills are developed through the individuals' regular daily activities. Therefore, the trade isn't specifically emphasized, although the ultimate goal is always kept in mind. In the [43] trade schools, however, the work is primarily practical, focusing on a specific occupation. This description fairly represents the Fachschule perspective, but it's important to note that while these schools are specialized trade schools, training for fields like iron working, carpentry, or tailoring, there is a distinction within the general category. I am referring to the Gewerbeschulen, where theoretical lessons are sometimes offered. These schools will be included in the secondary group.
Admission to the trade schools is gained usually at fourteen years of age, the length of each course covering a period of three years. The schools are in receipt of financial aid from both state and local governments.
Admission to trade schools typically starts at the age of fourteen, with each program lasting three years. The schools receive financial support from both state and local governments.
To simplify our study, we shall consider only such institutions as deal with a single trade each, leaving the schools for the building [44]trades and the like, and those dealing with industrial art and drawing to be treated elsewhere. Specialization has been carried so far that the following lists of schools, each training for its own particular trade or calling, may be given. The list is arranged alphabetically and without reference to the relative importance of the various vocations, or to the number of schools. Such schools are now found pretty generally in the larger cities throughout the Empire. Some of these are day schools; some evening schools, and others again offer both day and evening courses and Sunday instruction.
To make our study easier, we'll focus only on institutions that cater to a single trade, leaving out schools for construction trades and similar areas, as well as those that cover industrial art and drawing, which will be discussed separately. Specialization has progressed to the point that we can provide the following lists of schools, each providing training for its specific trade or profession. The list is organized alphabetically and does not consider the relative importance of the different vocations or the number of schools. Such schools are now commonly found in larger cities throughout the Empire. Some of them are day schools, some are evening schools, and others offer both day and evening courses, along with instruction on Sundays.
Single Trade Schools
Vocational Schools
- Schools for Bakers
- ""Barbers and Hairdressers
- ""Basketmakers, Wickerworkers, and Strawplaiters
- ""Blacksmiths
- ""Bookbinders
- [45]""Carpenters and Cabinetmakers
- ""Chimney Sweeps
- ""Confectioners
- ""Coopers
- ""Gardeners
- ""Glaziers
- ""Joiners
- ""Marine Machinists
- "Masons
- ""Painters
- ""Paperhangers and Decorators
- ""Plumbers
- ""Photographers
- ""Potters
- ""Printers
- ""Saddlers, Trimmers and Trunkmakers
- ""Shoemakers
- ""Tailors
- ""Tinsmiths
- ""Toymakers
- ""Upholsterers
- [46]""Wagonmakers and Wheelwrights
- ""Watch and Clockmakers
- "Woodcarvers
Some of the above named institutions are in certain localities styled apprenticeship schools. These train workmen and foremen of a minor degree. Shop work is offered, and in some cases pure and applied art as well.
Some of the institutions mentioned above are referred to as apprenticeship schools in certain areas. They train skilled workers and junior supervisors. They offer hands-on shop work, and in some instances, they provide both pure and applied art programs.
The evening work of the so-called Artisans’ Schools of Berlin, are deserving of special mention. There are two such institutions, called respectively school number one and school number two. The first was established in 1880; the second in 1892. The aim of these schools is to give to tradesmen and apprentices in their leisure hours such a knowledge of drawing, the arts and sciences, as will find an application in their own lines of work.
The evening programs of the so-called Artisans’ Schools in Berlin deserve special mention. There are two of these institutions, referred to as School Number One and School Number Two. The first was established in 1880, and the second in 1892. The goal of these schools is to provide tradespeople and apprentices with knowledge of drawing, the arts, and sciences during their free time, which they can apply to their own work.
The grade of instruction varies from quite elementary work to that for advanced students, [47]the latter being obliged to present evidence of fitness before entering.
The level of instruction ranges from basic work to that for advanced students, [47] with the latter required to provide proof of ability before enrolling.
The following courses are offered, the figures indicating the number of hours per week devoted to each.
The following courses are available, with the numbers showing the hours per week dedicated to each.
Arithmetic | 2 |
Algebra | 2 |
Geometry | 2 |
Trigonometry | 2 |
Analytical geometry and calculus | 1 |
Mathematical problems involving physics and mechanics | 2 |
Descriptive geometry | 4 |
Bookkeeping | 2 |
Physics | 4 |
Mechanics | 2 |
Electro-technics | 4 |
Chemistry | 4 |
Chemistry and pharmacy | 4 |
Free-hand drawing | 2-4 |
Aquarelle | 4 |
Projection | 4 |
[48]Ornament | 4 |
Trade drawing according to occupation | 4 |
Modeling in wax and clay | 4 |
Decorative painting | 4 |
In addition to the foregoing, school number two offers:
In addition to what has been mentioned, school number two offers:
Chasing | 4 |
Practical wrought-iron work | 4 |
Sketching and calculating the elements of machinery | 2 |
The courses continue for two years.
The courses last for two years.
It is interesting to note that whereas certain enactments are in force regarding the Sunday sessions of the Fortbildungsschulen, there are no such restrictions placed upon the Fachschulen, Sunday morning classes being held at the discretion of the school authorities.
It’s interesting to point out that while there are regulations in place for the Sunday sessions of the Fortbildungsschulen, there are no similar restrictions for the Fachschulen, with Sunday morning classes being held at the discretion of the school authorities.
Let us refer to our table of single trade schools as given above. The statements which follow have in most cases been taken from data relating to the schools of Berlin, [49]and may be said to fairly represent the general existing conditions throughout the Empire.
Let’s look at our table of single trade schools mentioned earlier. The following statements have mostly been derived from data about the schools in Berlin, [49] and can be considered a good representation of the overall conditions throughout the Empire.
In the school for bakers, instruction is given one day weekly for two and one half hours. The theoretical work (which in common with all such work in the regular trade schools, is related directly to the particular trade under discussion) is made up of chemistry and bookkeeping.
In the baker school, classes are held once a week for two and a half hours. The theoretical work, like in other trade schools, directly relates to the specific trade being studied and includes subjects like chemistry and bookkeeping.
In the barbers’ and hairdressers’ schools, instruction is carried on six days each week, four hours daily, the school continuing six months of the year, covering the winter period. Each class receives fourteen hours instruction per week. While the bakers’ school is supported by the guild, the barbers’ school is jointly maintained by state, city and guild. The curriculum includes shaving, hair cutting, and hair dressing, wig making, and ladies’ hair dressing. A tuition of three marks is charged for the [50]term, in the case of apprentices, and six marks for journeymen; a charge five times as great is made for ladies’ hair dressing, and for the surgical lectures, ten marks.
In barber and hairstylist schools, classes are held six days a week for four hours each day, operating for six months of the year, mostly during the winter. Each class gets fourteen hours of instruction weekly. While the bakers’ school is funded by the guild, the barbers’ school is supported by the state, the city, and the guild. The curriculum covers shaving, hair cutting, hairstyling, wig making, and women's hairstyling. Tuition is three marks for apprentices for the [50] term, and six marks for journeymen; a charge five times greater is applied for women's hairstyling, and for surgical lectures, it costs ten marks.
The guild, state and municipality maintain the school for basketmakers and wickerworkers. Apprentices receive instruction free, four marks each semester being charged the journeymen and adults. Attendance is compulsory on the part of apprentices of guild members. Four hours work per week are given, on Saturdays. The annual expenses of the school, are about five hundred and fifty dollars. Four courses are offered, as follows: first, general basket making and wicker furniture; second, making of small wicker furniture; third, large wicker furniture; fourth, fine and artistic wicker working.
The guild, state, and local government run the school for basket makers and wicker workers. Apprentices get free instruction, while journeymen and adults pay four marks each semester. Apprentices of guild members must attend classes. They have to work four hours a week on Saturdays. The annual costs of the school are about five hundred and fifty dollars. Four courses are available: first, general basket making and wicker furniture; second, small wicker furniture; third, large wicker furniture; fourth, fine and artistic wicker work.
In the blacksmiths’ school the instruction is for two hours, one day each week. Theoretical work in horseshoeing, and drawing [51]related to the course are taught.
In the blacksmith school, classes are two hours long, once a week. Students learn about horseshoeing theory and drawing related to the course. [51]
The city and guild support the school for bookbinders. The students are both apprentices and journeymen. They work week day evenings and Sunday mornings. The purpose is not to produce tradesmen, but rather to make more proficient those engaged in some form of bookbinding, and to this end applicants must have had experience amounting to two years work before entering the school. All students must be grounded in the general elements underlying the trade before they are allowed to take up any phase as a specialty. No fee is charged the apprentices of guild members; others pay five marks per term; journeymen pay nine marks per term.
The city and guild support the school for bookbinders. The students are both apprentices and journeymen. They work weekday evenings and Sunday mornings. The goal is not just to create tradespeople, but to enhance the skills of those already involved in bookbinding. To enroll, applicants must have at least two years of experience in the field. All students must have a solid understanding of the basic elements of the trade before they can specialize in any particular area. There is no fee for apprentices of guild members; others pay five marks per term, and journeymen pay nine marks per term.
In the cabinetmakers’ school, all lines of work pertaining to the trade are taken up, drawing and designing for trade purposes; free-hand drawing; modeling, carving; properties of woods, etc. Instruction is given [52]week day evenings and Sunday forenoons. Four marks are charged for the first term in the drawing course and for each subsequent term, two marks. The subjects taken up are: chemistry, free-hand drawing, projection, trade drawing, perspective and shadows, drawing from cast, modeling and wood carving, joinery. The school is under public control.
In the cabinetmakers’ school, all areas related to the trade are covered, including drafting and design for professional use; freehand drawing; modeling and carving; the properties of different types of wood, and more. Classes are held [52] on weekday evenings and Sunday mornings. Four credits are required for the first term of the drawing course and two credits for each term after that. The subjects offered include: chemistry, freehand drawing, projection, trade drawing, perspective and shadows, drawing from casts, modeling and wood carving, and joinery. The school operates under public oversight.
In most of the remaining trade schools, instruction is pretty generally given on week day evenings and Sunday mornings, the apprentices of guild members paying no fee, a small charge being made for outsiders. The support comes from city, state and guild in most cases. In the school for masons however, there is a preparatory course and also a carpenters’ course, the whole covering a three years term. In this school the instruction is thorough, covering plans, drawings and specifications; stone, brick, and wood construction; foundations, arches, [53]staircases, roofs, and the like. Almost without exception in all these schools the winter attendance is greater than that in the summer.
In most of the remaining trade schools, classes are typically held on weekday evenings and Sunday mornings. Apprentices from guild members attend for free, while a small fee is charged for outsiders. Funding mostly comes from the city, state, and guild. In the mason school, there’s also a preparatory course and a course for carpenters, covering a three-year period. This school offers comprehensive instruction, including plans, drawings, and specifications; stone, brick, and wood construction; foundations, arches, staircases, roofs, and more. Almost always, winter attendance in these schools is higher than summer attendance.
Certain individual schools throughout the Empire deserve special mention, the Royal Fachschule of Iserlohn, the first in Prussia, being a notable example. Here handwork is combined with industrial art adapted to metal work. Boys who entered the trade were, in the early days of the school, found to be in need of both theoretical and practical work, so each has a place in the curriculum. The length of the course is three years, covering the trades of designers, wood carvers, moulders, founders, turners, chasers, engravers, gilders, and etchers. Here are taught drawing in all its branches; modeling in wax and clay; history of art and metal work; elements of chemistry and physics; mathematics; German. Practical work in the department in which the student [54]is engaged, is given, the student stating on entrance what subject he desires to take up. The time of instruction is from eight to twelve, in the winter season, and from seven to eleven in the summer. The afternoon session is from two to six. In the engineering trade school, three hours per day are devoted to ornamental drawing, German, physics and arithmetic. As the instruction is planned for working people it is largely theoretical.
Certain individual schools throughout the Empire deserve special mention, with the Royal Fachschule of Iserlohn, the first in Prussia, being a notable example. Here, handwork is combined with industrial art tailored for metal work. In the early days of the school, boys entering the trade were found to need both theoretical and practical knowledge, so both are included in the curriculum. The course lasts three years, covering the trades of designers, wood carvers, molders, founders, turners, chasers, engravers, gilders, and etchers. Drawing is taught in all its forms; modeling in wax and clay; history of art and metal work; elements of chemistry and physics; mathematics; and German. Practical work is included in the department the student chooses upon entrance. Instruction times are from eight to twelve in the winter and from seven to eleven in the summer. The afternoon session runs from two to six. In the engineering trade school, three hours a day are dedicated to ornamental drawing, German, physics, and arithmetic. Since the instruction is designed for working people, it tends to be mostly theoretical.
The Reimscheid school is of the apprenticeship order. Attention is given the making of edge tools and such other implements as are manufactured in the district. All students take drawing and design as applied to iron work. They are made acquainted with the different kinds of iron work that can be carried on in the home; are schooled in the use of the tools made; learn regarding the markets at which they are sold, and the various methods of their [55]manufacture. Thus a general understanding of the principles underlying his trade is given the boy and he becomes acquainted with the commercial side of his calling while undergoing the necessary preparation in manipulation. The theoretical work is given in the morning and what shop practice is offered is in the afternoon from two to seven. The tuition is twenty dollars per year.
The Reimscheid school focuses on apprenticeship training. Students learn to create edge tools and other items made in the area. Everyone takes drawing and design related to ironwork. They explore the various types of ironwork that can be done at home, get familiar with the tools used, learn about the markets where these tools are sold, and study the different methods of how they are made. This provides students with a solid understanding of the principles of their trade and exposes them to the business aspect of their work while they gain essential hands-on skills. Theoretical classes take place in the morning, while practical shop work is scheduled in the afternoon from two to seven. Tuition costs twenty dollars per year.
The Pottery Trade School at Hohr Grenzhausen, Prussia, is under State control. There are day and evening classes, the former attended for the most part by the sons of manufacturers; the evening classes by men and women who are employed otherwise during the day. There are Sunday classes also. Decorated stoneware is given much attention. The day class boys enter with a fairly good knowledge of drawing and have perhaps attended the Fortbildungsschule. Drawing, descriptive geometry, [56]modeling in clay and wax, new forms of vessels and original ornamentation, painting, designing and decorative art, manufacture of earthenware, lectures and study of collections, make up the curriculum. Any original model made becomes the property of the father of the boy, or of the person financially supporting such boy during his attendance at school. Two duplicates of the model must be left at the school. The courses are three years, daily sessions, Saturdays excepted. The fees are nominal, being only five dollars per year for the day classes, thirty hours weekly, and one dollar for evening work, two hours weekly. Pupils living outside the municipality pay six dollars per year for day instruction.
The Pottery Trade School in Hohr Grenzhausen, Prussia, is run by the state. There are day and evening classes; the day classes are mostly attended by the sons of manufacturers, while the evening classes are for men and women who work during the day. There are also Sunday classes. A lot of focus is placed on decorated stoneware. The boys in the day classes usually have a decent understanding of drawing and may have previously attended the Fortbildungsschule. The curriculum includes drawing, descriptive geometry, [56] modeling in clay and wax, new vessel shapes and original ornamentation, painting, designing, decorative art, earthenware production, lectures, and studying collections. Any original model created belongs to the boy's father or the person paying for his schooling. Two copies of the model must remain at the school. The courses last three years, with classes held daily, except on Saturdays. The fees are minimal, costing only five dollars a year for the day classes, which are thirty hours a week, and one dollar for evening classes, which are two hours a week. Students living outside the municipality pay six dollars a year for daytime instruction.
The Furtwangen, or Black Forest schools are made up of several divisions, giving rather a high class of instruction. Clock making, wood carving, and straw plaiting, are largely carried on.
The Furtwangen, or Black Forest schools are made up of several divisions, providing a high level of instruction. Clock making, wood carving, and straw weaving are widely practiced.
[57]This paper would not be complete without some mention of the system of apprenticeship in vogue in Germany. The Lehrwerkstätten or apprentice shops play a considerable part in the industrial life of the Empire. In some instances they are maintained in connection with the trade schools, or again, are semi-private or separate shops. The apprenticeship shops on the one hand, and the continuation schools upon the other, are doing much of the work formerly undertaken by the trade schools proper. While manufacturing upon a larger scale is recognized as possessing advantages over the smaller productive plants, it has seemed wise to hold to the handicrafts, in a measure at least. The apprentice system helps to preserve the traditions and sentiments of the German people, by handing down these handicrafts. The associations, vereins, and guilds of past time, are to-day, through the aid of legislation, [58]coming to the fore, and bringing with them many boys trained in the shops under the masters. To show the power and scope of the guild, and in some cases it is incumbent upon a community to form a guild whether or no, let me give the following quotation:
[57]This paper wouldn’t be complete without mentioning the apprenticeship system currently used in Germany. The Lehrwerkstätten, or apprentice shops, play a significant role in the country's industrial landscape. Sometimes, they are linked with trade schools, while other times, they operate as semi-private or independent shops. The apprenticeship shops and the continuation schools are taking on much of the work that trade schools used to handle. Although large-scale manufacturing is seen as having advantages over smaller production facilities, it’s still important to maintain a focus on handicrafts, at least to some extent. The apprentice system helps keep alive the traditions and values of the German people by passing down these crafts. The associations, vereins, and guilds of the past are now re-emerging, supported by legislation, [58]bringing many boys trained in the shops under skilled masters. To illustrate the influence and importance of the guild, and in some cases, it is essential for a community to establish a guild, here’s a relevant quote:
“Persons carrying on trades on their own account can form guilds for the advancement of their common trade interests. The object of the guild shall be:
“People running their own businesses can form groups to promote their shared trade interests. The purpose of the group shall be:
1. the cultivation of an esprit de corps and professional pride among the members of a trade;
1. building a team spirit and professional pride among the members of a trade;
2. the maintenance of amicable relations between employers and their employes, and the securing of work for unemployed journeymen and their shelter during the period of their nonemployment;
2. the upkeep of friendly relations between employers and their employees, and the provision of work for unemployed workers and their housing during the time they are not employed;
3. the detailed regulations of the conditions of apprenticeship and the care for the technical and moral education of apprentices;
3. the specific rules regarding the terms of apprenticeship and the attention given to the technical and ethical education of apprentices;
[59]4. the adjustment of disputes between guild members and their apprentices, as contemplated by the law of July 20, 1890, concerning industrial arbitration.”
[59]4. the resolution of conflicts between guild members and their apprentices, as outlined by the law from July 20, 1890, regarding industrial arbitration.”
The shops offer about the same lines of work as do the private concerns, aiming however to be more systematic and to cover a wider scope. It is asserted by some that the instruction gained in the shop is superficial, and not to be compared with that obtained from the traveling master-workmen. When the shop is connected with some enterprise or manufacturing interest, a master-workman has one apprentice only under his charge, for which he receives from the state some thirty-five dollars yearly, the boy being given board, lodging and proper training. The master must have attained the age of twenty-four years, and must fulfil certain technical qualifications. The instruction is practical in the highest degree and thus follows the lead of the trade schools in letter [60]and spirit. The fees are mainly paid in by guild members, and those not members even, provided such reside in the district and are connected with the trade for which the school stands. Local and state aid is furnished. While the period of apprenticeship may extend over four years, three years is the usual term.
The shops offer about the same types of work as the private businesses but aim to be more organized and cover a broader range. Some claim that the training received in the shop is superficial and can't compare to that from the traveling master craftsmen. When the shop is linked to a business or manufacturing interest, a master craftsman is responsible for only one apprentice, for which he receives around thirty-five dollars a year from the state, while the boy is provided with food, housing, and proper training. The master must be at least twenty-four years old and meet certain technical qualifications. The training is highly practical and aligns with the principles of trade schools in both letter and spirit. The fees are mostly covered by guild members, and even non-members can access it if they live in the area and are connected to the trade the school represents. Local and state support is provided. While the apprenticeship can last up to four years, three years is the typical duration.
[61]IV
Art Trade Schools
Art Trade Schools
The various types of institutions taken up under this head are of an intermediate grade, standing half way between the trade school on the one hand and the higher technical institutions upon the other. Indeed, they contain many elements in common with the lower group, their scope however being broader and more general or indirect, theoretical work finding a place in their curricula. Owing to a similarity in the instruction given, several classes of schools seem to demand a hearing under this section. We shall begin with the more general trade schools omitted from our previous study.
The different types of institutions covered in this section are at an intermediate level, positioned between trade schools on one side and higher technical institutions on the other. They share many characteristics with the lower group, but their scope is broader and more general, incorporating theoretical work into their curricula. Due to similarities in the instruction provided, several categories of schools appear to fit into this section. We'll start with the more general trade schools that were left out of our earlier discussion.
Vocational Schools for Skilled Trades
(Baugewerkschulen)
The schools for the building trades, of which there are a half hundred in the Empire, [62]are very similar in character throughout. The Munich school, established in 1823, was the first of its kind. Their aim, as indicated in the title, is the giving of training in the trades connected with the various building operations. The majority of these schools offer a course two years in length. The age of admission is fourteen to sixteen years. It is a requisite under some boards, that applicants have had practical experience in the line to be followed, at least two half-years and in some cases two full years, before entrance to the school. They must have also a fair general knowledge of their own language, and of reading and writing as well. The candidate must be a graduate of the Volksschule or must subject himself to an examination. The fees in these schools vary from fifty to two hundred marks per year. These are day sessions only. The governing power is in some cases vested in the municipality, frequently [63]in the State, and again in private enterprise.
The building trades schools, of which there are about fifty in the Empire, [62]are quite similar in nature across the board. The Munich school, founded in 1823, was the first of its kind. Their goal, as the name suggests, is to provide training in the trades related to various construction activities. Most of these schools offer a two-year program. Admission age ranges from fourteen to sixteen years old. Some boards require that applicants have at least two half-years or, in some cases, two full years of practical experience in the trade they plan to pursue before entering the school. They also need a basic general understanding of their language, as well as reading and writing skills. Candidates must be graduates of the Volksschule or must pass an exam. The fees for these schools range from fifty to two hundred marks per year. Classes are held only during the day. The governance is sometimes managed by the municipality, often by the state, and in some cases, it is run by private organizations. [63]
While those who go out from these schools may, some of them at least, follow the trades as regular laborers, others again are qualified as master-workmen and leaders in their craft. Construction in wood, stone, iron and metals; laws of building; modes of heat, light and ventilation; plumbing; interior fittings; these and other occupations are taken up. The sessions of most schools extend over the winter months only, the students being actively engaged in their several trades during the summer season. These schools holding continuous sessions, are sparsely attended during the summer. When theoretical work is given, such subjects are included as bookkeeping, descriptive geometry, physics and mechanics, German, free-hand and mechanical drawing, design, principles of architecture. The practical programme comprehends a study of building materials [64]and the procuring and working of the same; relative strengths and adaptability to purpose; models of construction; ornamentation; architecture and design; estimates; chemical properties of materials; supports, trusses, arches and the like. In the more advanced institutions, algebra, surveying, mechanics, study of machines and chemistry may be added to the theoretical list given, while the practical studies are more intensive, and of a somewhat higher order. Special departments for engineering, (Tiefbauabteilungen) preparing men to occupy positions as superintendents, managers of public works, construction directors, etc., are sustained in some instances.
While some graduates from these schools may work as regular laborers, others become skilled tradespeople and leaders in their fields. They get involved in construction using wood, stone, iron, and metals; learn building codes; and study heating, lighting, and ventilation systems, plumbing, and interior design. Most schools operate only during the winter months, with students actively working in their trades during the summer. These schools that run year-round tend to have lower attendance in the summer. When theoretical lessons are scheduled, topics include bookkeeping, descriptive geometry, physics and mechanics, German, free-hand and mechanical drawing, design, and principles of architecture. The practical program covers the study of building materials [64] and how to source and work with them; their strengths and suitability; construction models; decoration; architecture and design; estimates; and the chemical properties of materials; as well as supports, trusses, arches, and more. In more advanced institutions, algebra, surveying, mechanics, machine studies, and chemistry may be included in the theoretical curriculum, while practical studies are more intensive and at a higher level. Some schools offer specialized engineering departments (Tiefbauabteilungen) to prepare individuals for roles such as superintendents, public works managers, construction directors, and similar positions.
Such schools are of an inferior engineering type, and deal with problems of advanced work as related to the construction of roads, water works and railroads; municipal engineering; bridge construction; electro-technics. [65]The theoretical lines are similar to those pursued in other courses.
Such schools focus on lower-level engineering and tackle issues related to the construction of roads, water systems, and railroads; municipal engineering; bridge building; and electrical engineering. [65] The theoretical concepts are similar to those taught in other programs.
The schools to which we have just referred illustrate well the statement made in a previous connection, that the grade of instruction rather than the character of the subjects taught, determines the classification of schools into groups. Three classes of trade instruction have just been mentioned, and might well be styled lower, middle and upper schools for trade teaching. Another point of interest lies in the fact, that while we have been speaking of theoretical and practical subjects as forming the curricula of the schools for the building trades, the distinction should rather be drawn on the line of traditional book subjects and applied or laboratory practice. Practical work, per se, is not carried on in the school. Thus we have a close connection between theory and practice; more closely perhaps than is found to exist in [66]other trades.
The schools we just mentioned clearly demonstrate the earlier point that the level of instruction, rather than the nature of the subjects taught, determines how schools are grouped. We just referred to three levels of trade instruction, which could be categorized as lower, middle, and upper schools for trade education. Another interesting point is that while we've discussed theoretical and practical subjects making up the curricula for the building trades, the real distinction should be between traditional book subjects and hands-on or lab practice. Practical work, in itself, isn't conducted in the school. This results in a close link between theory and practice, perhaps more so than in [66] other trades.
The following table shows the distribution of building trade schools throughout the Empire, the cities in which such schools are located being given.
The following table shows where trade schools for building are located throughout the Empire, listing the cities that have these schools.
Anhalt | Zerbst |
Baden | Carlsruhe |
Bavaria | Kaiserslautern |
Munich | |
Nuremburg | |
Ratisbon | |
Würzburg | |
Brunswick | Holzminden |
Hamburg | |
Hesse | |
Lübeck | |
Mecklenburg-Schwerin | Neustadt |
Sternberg | |
[67]Mecklenburg-Strelitz | Strelitz |
Oldenburg | Varel |
Prussia | Aix-la-Chappelle |
Berlin | |
Breslau | |
Buxtehude | |
Cassel | |
Cologne | |
Deutsch-Krone | |
Eckernförde | |
Erfurt | |
Frankfort-on-the-Oder | |
Görlitz | |
Hildesheim | |
Höxter | |
Idstein | |
Kattowitz | |
Königsberg | |
Magdeburg | |
Münster | |
[68]Nienburg | |
Posen | |
Stettin | |
Reuss-Schleitz | Gera |
Saxe-Coburg-Gotha | Coburg |
Saxe-Weimar-Eisenach | Weimar |
Stadt-Sulza | |
Saxony | Chemnitz |
Dresden | |
Grossenhain | |
Leipzig | |
Oschatz | |
Plauen | |
Rosswein | |
Zittau | |
Schwarzburg-Sondershausen | Arnstadt |
[69]Wurttemberg | Stuttgart |
Foreman Training Schools
(Werkmeisterschulen)
The Werkmeisterschulen or schools for foremen, are quite prominent in the scheme of secondary instruction. The courses given in these schools are of a general character, for the most part practical, and the institution, as the name implies, fits men to occupy positions as foremen and overseers. Machine construction is the chief industry for which these schools train. The first school of this character was opened in 1855 at Chemnitz, Saxony. There are at present twenty-one schools of this class in the Empire. Sixteen is the regular age of admission. Candidates must have an elementary education on presenting themselves. Two years is the average length of course, including both winter and summer terms. A requisite for admission also is practical experience [70]in the trade, hence little other than theoretical instruction is given.
The Werkmeisterschulen, or schools for foremen, are quite significant in the framework of secondary education. The courses offered at these schools are mostly general and practical, and as the name suggests, they prepare individuals for roles as foremen and supervisors. Machine construction is the primary industry for which these schools provide training. The first school of this kind was established in 1855 in Chemnitz, Saxony. Currently, there are twenty-one such schools in the Empire. The standard age for admission is sixteen. Applicants must have a basic education when they apply. The typical duration of the course is two years, covering both winter and summer terms. A requirement for admission is also practical experience in the trade, so not much theoretical instruction is provided. [70]
To the objection made by some, to extending the course over two years of residence and of including the elementary branches in the curriculum (such opposition favoring a reduction in time given to preparation) the answer comes that the school should give a well grounded education, such as will fit the participant for all the functions of his social and industrial life. Fifty to sixty marks is charged yearly for tuition fees. Certain of these schools have both evening and Sunday classes, the tuition being twenty marks yearly for week day evenings, eight to nine forty-five, and Sundays, eight to ten in the forenoon.
To address the objections raised by some regarding extending the program to two years and including basic subjects in the curriculum (with this opposition favoring less preparation time), it's important to emphasize that the school should provide a solid education that prepares students for all aspects of their social and work life. Tuition fees are set at fifty to sixty marks per year. Some of these schools offer evening and Sunday classes, with tuition costing twenty marks per year for weekday evenings, which run from eight to nine forty-five, and Sundays from eight to ten in the morning.
Table showing location of schools for foremen:
Table showing location of schools for foremen:
Anhalt | Dessau |
Baden | Mannheim |
Bavaria | Four Mechanische Fachschulen |
[71]Hamburg | |
Prussia | Altona |
Cologne | |
Dortmund | |
Duisburg | |
Elberfeld-Barmen | |
Gleiwitz | |
Gorlitz | |
Hanover | |
Magdeburg | |
Iserlohn | |
Reimscheid | |
Saxony | Chemnitz |
Mittweida | |
Leipzig |
The following data were compiled from tables appearing in the Report of the Commissioner of Labor of the United States, for 1902. The hours per week allowed each subject taught in the schools of machinery construction, at Duisburg and Dortmund, Prussia, are given.
The following data were gathered from tables found in the Report of the Commissioner of Labor of the United States, for 1902. The hours per week assigned to each subject taught in the schools of machinery construction, located in Duisburg and Dortmund, Prussia, are provided.
DUISBURG | DORTMUND | |||||||
Freshman Year | Second Year | Freshman Year | Second Year | |||||
First Half | Second Half | First Half | Second Half | First Half | Second Half | First Half | Second Half | |
German language and law | 4 | 4 | 2 | 2 | 5 | 3 | 2 | — |
Arithmetic | 4 | 1 | — | — | 5 | 2 | — | — |
Bookkeeping | — | — | — | 2 | — | — | — | 3 |
Descriptive Geometry | — | 3 | — | — | — | — | — | — |
Mathematics | 8 | 6 | 4 | 2 | 7 | 6 | 5 | 2 |
Experimental Physics | — | — | — | — | 4 | 2 | — | — |
Physics and Electricity | 4 | 3 | 2 | 2 | — | 4 | 3 | 3 |
Experimental Chemistry | 2 | — | — | — | 2 | — | — | — |
Penmanship | 2 | — | — | — | 1 | — | — | — |
Drawing | 12 | — | — | — | 17 | — | — | — |
Machine Drawing | — | 6 | 8 | 8 | — | 10 | 8 | 14 |
Projection | — | — | — | — | — | 2 | — | — |
Mechanics | — | 4 | 4 | 4 | — | 5 | 5 | 2 |
Technology of mechanics, smelting and refining | — | — | 6 | 4 | — | 2 | 6 | 4 |
Theory of machines | — | 6 | — | — | — | 6 | — | — |
Steam boilers and hoist machines | — | — | 6 | — | — | — | 7 | — |
Steam engines and hydraulics and small motors | — | — | — | 6 | — | — | — | 8 |
Heating | — | 3 | — | — | — | — | — | — |
Theory of building construction | — | — | 4 | — | — | — | 2 | 2 |
Practice in the work shop for machinery construction | — | — | — | — | — | — | 4 | 4 |
Estimated wages | — | — | — | 6 | — | — | — | — |
First aid to the injured | — | — | 1 | — | — | 1 | — | — |
Total | 36 | 36 | 37 | 36 | 41 | 43 | 42 | 42 |
[73]The following table showing the occupations of one time students at three of the Prussian schools was compiled in April, 1898. This table may be found on page 883 of the Seventeenth Annual Report of the Commissioner of Labor of the United States.
[73]The following table shows the jobs of former students from three Prussian schools, compiled in April 1898. You can find this table on page 883 of the Seventeenth Annual Report of the Commissioner of Labor of the United States.
- Columns:
- A—Duisburg: Graduates from Sept. 29, 1883 to April 10, 1898
- B—Dortmund: Graduates from Sept. 29, 1892 to April 10, 1898
- C—Magdeburg: Graduates from Sept. 29, 1893 to April 10, 1898
OCCUPATION | A | B | C |
Heads of establishments | 54 | 1 | 1 |
Other officers of establishments | 237 | 107 | 11 |
Machine builders and foremen | 39 | 18 | 1 |
Wage-workers | 34 | 9 | |
Owners of establishments or shops | 10 | 3 | |
Draftsmen and technical experts in offices | 86 | 55 | 83 |
Assistant Chemists | 3 | ||
Students at other schools | 11 | 1 | 2 |
Other than technical work | 4 | 1 | |
Military service | 16 | 23 | |
Deceased | 11 | ||
Unknown | 26 | 21 | 5 |
— | — | — | |
Total | 531 | 239 | 103 |
[74]Textile Trade Schools
One of the most interesting groups of trade schools are those for the promotion of the textile industry in its various aspects, there existing at the present time no less than seventy-nine such institutions. The fourfold classification of these schools which follow, seems to be in accordance with the spirit of the work attempted.
One of the most interesting types of trade schools is those dedicated to promoting the textile industry in its various aspects, with a total of seventy-nine such institutions currently in existence. The fourfold classification of these schools outlined below aligns well with the spirit of the work being pursued.
First; the superior weaving school (Höhere Webschulen).
First; the advanced weaving school (Höhere Webschulen).
Second; the secondary weaving schools (Webschulen).
Second; the secondary weaving schools (Webschulen).
Third; the apprentice shops for weaving and knitting (Webereilehrwerkstätten).
Third; the apprentice shops for weaving and knitting (weaving training workshops).
Fourth; instruction by traveling or itinerant masters. (Wanderlehrer)
Fourth: instruction by traveling or itinerant teachers. (Wanderlehrer)
Not only does Germany rank high in the character of her textile schools, but instruction is exceedingly wide spread. Then again all lines of the industry are taken up, [75]from the most elementary to the most technical processes known. It will thus be seen that men are trained for the lower as well as for the higher branches of the art. In the highest classes of institutions weaving is almost exclusively carried on. The general Government assumes the control of these schools notwithstanding that in the beginning, many such institutions were put on foot through the initiative of associations and guilds. In each of the several classes the work is both theoretical and practical. The age of admission is usually fourteen years and the course of two years duration.
Germany not only has a strong reputation for its textile schools, but the instruction offered is widespread. Additionally, all aspects of the industry are covered, from the most basic to the most technical processes. As a result, individuals are trained for both the entry-level and advanced areas of the field. In the top-tier institutions, weaving is almost exclusively practiced. Although many of these schools were initially established by associations and guilds, the central government now oversees them. Each class includes both theoretical and practical work. Students typically start at the age of fourteen, and the program lasts for two years.
The Webschulen train, not for specialists as do the schools just mentioned, but rather aim to turn out foremen and bosses. The apprenticeship shops come more closely in touch with the workmen of small means and those using hand machinery, while the Wanderlehrer schools are moveable. In the [76]latter instance, the home becomes the school when the teacher is present; that is a competent instructor is employed to travel from place to place, visiting the small factories or home manufacturers, and giving such instruction as he deems wise and necessary. Much good work is still done in the rural homes of Germany, and through the means mentioned the standards are kept up.
The Web schools train not just specialists like the other schools mentioned, but instead focus on preparing foremen and leaders. The apprenticeship shops are more in touch with workers who have limited resources and those using hand tools, while the Wanderlehrer schools are mobile. In this case, the home becomes the classroom when the teacher is around; a skilled instructor is hired to travel from place to place, visiting small factories or home businesses, and providing instruction that he considers wise and necessary. A lot of great work is still done in the rural homes of Germany, and through these means, the standards are maintained.
The work of these textile schools is largely specialized, depending upon the the location of the school. In some localities wool, in others linen or cotton, or again in others silk will be given the chief attention. Both theory and practice have a place in the school instruction. Work in the various courses includes a study at first hand of the materials used, cost of production, relative values, various processes of manipulation, chemistry, drawing, designing, painting, lectures on fabrics, elements [77]of weaving and machinery used, and original design and practical work.
The work of these textile schools is mostly specialized, depending on the school's location. In some areas, the focus is on wool, while in others, it's linen or cotton, and in some cases, silk gets the main attention. Both theory and practice are included in the school curriculum. The various courses involve hands-on study of the materials used, production costs, relative values, different manipulation processes, chemistry, drawing, design, painting, lectures on fabrics, elements [77] of weaving and the machinery used, along with original design and practical work.
The distribution of textile schools is shown in the following table.
The table below shows the distribution of textile schools.
- Columns:
- A—Superior Textile
- B—Secondary Weaving
- C—Primary Weaving
- D—Weaving, Knitting and Trimming
- E—Spinning, Weaving and Knitting
- F—Spinning and Weaving
- G—Primary Knitting
STATE | A | B | C | D | E | F | G |
Alsace-Lorraine | 1 | ||||||
Bavaria | 3 | ||||||
Hesse | 1 | ||||||
Prussia | 8 | 8 | 22 | ||||
Reuss-Greitz | 1 | ||||||
Reuss-Schleitz | 1 | ||||||
Saxe-Weimar-Eisenach | 1 | ||||||
Saxony | 27 | ||||||
Wurttemberg | 1 |
The Prussian superior textile schools are located as follows:
The Prussian superior textile schools are located as follows:
- Aix-la-Chappelle
- Bremen
- Berlin
- Crefeld
- [78]Cottbus
- Mülheim-on-Rhine
- München-Gladbach
- Sorau
The Berlin textile schools may be taken as fairly representing the higher and more completely equipped institutions of this class. The age of admission is sixteen years, a secondary education being necessary to entrance. Several courses are offered as follows:
The Berlin textile schools can be considered as good examples of the higher and better-equipped institutions of this kind. The age for admission is sixteen years, and a secondary education is required for entry. Several courses are offered as follows:
- knitting, one year;
- weaving, one and one-half years;
- designing, two years;
- passementerie making, one year;
- dyeing, one year;
- embroidery, one-fourth year.
There are day, evening and Sunday classes. The accompanying table shows the subjects taught in each course and the number of hours given to each subject, [79]reckoned on the basis of the entire length of course.
There are day, evening, and Sunday classes. The table below shows the subjects taught in each course and the number of hours allocated to each subject, [79]calculated based on the total duration of the course.
- Columns:
- A—For manufacturers and superintendents, 1½ yrs.
- B—Designing, 2 yrs.
- C—Knitting, 1 yr.
- D—Passementerie making, 1 yr.
- E—Dyeing, 1 yr.
SUBJECTS | A | B | C | D | E |
Theory of weaving | 4 | 3 | 6 | 6 | 2 |
Design transfer | 13 | 9 | 3 | 8 | |
Materials | 1 | ½ | 1 | 1 | |
Hand and power looms | 3 | 2 | |||
Motors | 1 | ||||
Preparing apparatus | 1 | ||||
Finishing apparatus | 1 | ||||
Practical exercises | 8 | 6 | 18 | 12 | 33 |
Dyeing | 2 | 2 | 2 | ||
Analysis and production of knitting goods | 4 | ||||
Chemistry of fibers | 2 | ||||
Chemistry and physics | 4 | ||||
Drawing | 8 | 23 | 2 | 5 | |
Arithmetic and bookkeeping | 2 | 3 | 3 | ||
Jurisprudence | 2 | 1 | 1 | ||
Lecture | 2 |
In many instances the weaving schools have in connection with them departments for dyeing and finishing. In such cases much attention is given to color blending [80]and harmony and to chemistry as well.
In many cases, weaving schools have departments for dyeing and finishing. In these situations, a lot of focus is placed on color blending [80] and harmony, as well as on chemistry.
Vocational schools
Extended mention will not be made of the Gewerbeschulen, as the point of distinction between such schools and the Fachschulen was set forth under the last section. They partake of the character of trade schools, but are more general in their tendencies. While both theoretical and practical work are given, the former is not always applied theory, the Gewerbeschulen being based upon, what we in America speak of, as the educational side of trade instruction. These schools are attended by boys and men fourteen to twenty-four years of age,—individuals representing the various trades. The courses cover a period of three years. Both State and local moneys go to the support of these schools.
Extended mention will not be made of the Gewerbeschulen, as the distinction between these schools and the Fachschulen was outlined in the previous section. They are similar to trade schools but have a broader focus. Both theoretical and practical work is provided, but the theoretical work isn't always hands-on; Gewerbeschulen are based on what we refer to in America as the educational aspect of trade instruction. These schools are attended by boys and men aged fourteen to twenty-four, representing various trades. The courses last for three years. Both state and local funds support these schools.
The Gewerbliche Fachschule of Cologne is somewhat distinctive. It instructs chiefly [81]the sons of tradesmen and superior artisans. There are three departments in the school:
The Gewerbliche Fachschule of Cologne is quite unique. It mainly teaches [81]the sons of tradespeople and skilled craftsmen. The school has three departments:
First—that of engineering and architectural drawing.
First—that of engineering and architectural drawing.
Second—modeling department.
Modeling department.
Third—the department of decoration, housepainting, etc.
Third—the department of decoration, house painting, etc.
The session covers both winter and summer months, the winter term, as in other cases, being the better attended. Other typical Gewerbeschulen are located at Grenzhausen and at Reimscheid. Applicants for admission must have prepared in the Volksschule or elementary school. The programme comprises the German language, French, English, literature, plane and descriptive geometry, physics, chemistry, drawing, mechanics, machine construction. The preparation here obtained fits the participants to enter the higher schools, or to act as foremen and masters. These schools also lead up to the industrial schools of Bavaria, of which we shall now speak.
The program runs through both winter and summer months, with the winter term generally seeing higher attendance. Other typical trade schools can be found in Grenzhausen and Reimscheid. To apply for admission, students must have completed their education in elementary school. The curriculum includes German, French, English, literature, plane and descriptive geometry, physics, chemistry, drawing, mechanics, and machine construction. The training received here prepares participants for higher education or to work as foremen and masters. These schools also serve as a pathway to the industrial schools in Bavaria, which we will now discuss.
[82]Bavaria's Industrial Schools
(Industrieschulen)
The industrial schools of the Bavarian Kingdom stand out as a distinct class of educational institutions. Here, since 1872, there has been a clean cut system, presided over by a Minister of Education. While the quality and character of the work done are quite similar to that taken up in the secondary schools elsewhere, the institutions are in some respects more exactly defined and supervision and instruction in the schools of weaving, woodcarving, basketmaking, pottery, violin making, etc., is frequently superior to that in some other locality.
The industrial schools of the Bavarian Kingdom are a unique category of educational institutions. Since 1872, there has been a clear system overseen by a Minister of Education. While the quality and nature of the work done are quite similar to that found in secondary schools elsewhere, these institutions are, in some ways, more clearly defined, and the supervision and instruction in schools of weaving, woodcarving, basket making, pottery, violin making, etc., are often better than that in other areas.
The age of admission is sixteen years, two years being the usual length of course; the education of the Real-Schule is a requisite, or failing this, an examination must be taken. In 1901-1902 the Munich schools had an enrollment of 241 students, distributed [83]as follows: mechanical engineering 124; chemical engineering 27; architecture 62; commercial 28. The graduates are fitted to occupy positions of trust and prominence in the various industrial pursuits of the country and to enter the technical colleges.
The admission age is sixteen, with the typical course lasting two years. A background in Real-Schule education is required, or an exam must be taken instead. In the 1901-1902 school year, the Munich schools had 241 students enrolled, distributed [83] as follows: mechanical engineering 124; chemical engineering 27; architecture 62; commercial 28. Graduates are prepared for trusted and prominent positions in various industrial fields across the country and for entering technical colleges.
The Industrieschulen of Bavaria are four in number, located at
The Industrieschulen in Bavaria are four in total, located at
- Augsburg
- Kaiserslautern
- Munich
- Nuremberg
they having been established in 1868. Advanced courses are offered in mechanical engineering, chemical engineering, building construction, and commercial education. The school at Würzburg is of a somewhat superior order, although secondary in its tendencies, machinery construction and electro-technics being given attention.
they having been established in 1868. Advanced courses are offered in mechanical engineering, chemical engineering, building construction, and commercial education. The school in Würzburg is of a somewhat higher caliber, although still focused on secondary education, with a focus on machinery construction and electrical engineering.
In the mechanical engineering course the following subjects are studied:
In the mechanical engineering course, the following subjects are covered:
- [84]elementary mathematics
- descriptive geometry
- calculus
- surveying
- physics
- German
- French
- English
- mechanics
- machine work
- machine construction
- mechanical drawing
- practical work.
In the chemistry course the curriculum is made up of
In the chemistry course, the curriculum consists of
- mathematics
- physics
- chemistry
- mineralogy
- German
- French
- English
- machine construction
- laboratory work.
The building construction course offers [85]language, mechanical drawing and architecture.
The building construction course covers [85]language, mechanical drawing, and architecture.
V
Higher Technical Schools
Technische Hochschulen
Technical Universities
Technische Hochschulen
We have at this point in our study reached the schools of highest rank offering training of a technical character, called variously technical high schools, technical colleges, or polytechnics, the Technische Hochschulen. These schools are not high schools in the sense that the term would be applied to our American institutions, but are rather schools of collegiate grade, ranking in fact, as the title indicates in the university class. While not exactly comparable to our engineering schools, they approach more nearly these than they do any other of our American educational institutions.
We have now reached the top-tier schools providing technical training, commonly referred to as technical high schools, technical colleges, or polytechnics, the Technische Hochschulen. These schools are not high schools in the way we understand the term in the U.S.; instead, they are more like colleges, and as the name suggests, they fall into the university category. While they aren't exactly the same as our engineering schools, they are much closer to them than to any other American educational institutions.
Before the beginning of the century just closed it was apparent to some German minds more far seeing than the rest, that [86]schools of a higher than secondary rank must be inaugurated to offer training in the sciences; give opportunity to show the application of science to the arts; and prepare young men to grapple with scientific industrial problems such as were constantly springing up. Should the university attempt such work? An effort was made looking toward this end. It was at once evident that here was not the place to begin. The university was an institution in and of itself. Its methods, curriculum and aim were fixed, owing to long established customs. It had a certain work to perform, its own peculiar function to fulfill, and traditional and classical tendency were too strong to be checked in their movement, or to allow a branch stream to flow in and thus add to or modify the existing content.
Before the start of the just-ended century, it was clear to some insightful German thinkers that [86] higher education institutions needed to be established to provide training in the sciences, showcase how science relates to the arts, and prepare young men to tackle scientific and industrial challenges that were continually emerging. Should the university take on such responsibilities? An attempt was made in this direction, but it quickly became clear that this was not the right place to start. The university was a unique institution. Its methods, curriculum, and objectives were set due to long-standing traditions. It had specific tasks to accomplish, its own unique role to play, and the influence of traditional and classical approaches was too strong to be redirected or altered by a new initiative.
The war for industrial supremacy, between England and Germany particularly, was a prominent factor leading up to the [87]establishment of technical schools in the latter country. Germany saw the necessity for heroic action, and her people, anxious to improve from the standpoint of her industries at home not only, but that they might rival and surpass their neighbors across the “Silver Streak” readily took up the cry for advanced scientific training. This then was the object of the Technische Hochschulen:[2]
The competition for industrial dominance, especially between England and Germany, played a key role in the creation of technical schools in Germany. Recognizing the need for bold action, Germans were eager to enhance their industries not just locally, but also to compete with and outdo their neighbors across the “Silver Streak.” They quickly embraced the call for advanced scientific education. This was the purpose of the Technische Hochschulen:[2]
“They were intended to secure for science a foothold in the workshop, to assist with the light of reasoned theory the progress of arts and industry, till then fettered by many a prejudice and hindered through lack of knowledge; on the other hand, they sought to raise that part of the nation engaged in industry to such a love of culture as would secure to it its due measure of public respect.”
“They were meant to establish a presence for science in the workshop, to support the advancement of arts and industry with the guidance of rational theory, which until then had been constrained by various biases and limited by a lack of knowledge; on the other hand, they aimed to inspire those in the nation involved in industry to develop a passion for culture that would earn them the respect they deserved.”
[2] Note on the earlier History of the Technical High School in Germany by A. E. Twentyman in Special Reports on Educational Subjects, London, Vol 9, page 468.
[2] Note on the earlier History of the Technical High School in Germany by A. E. Twentyman in Special Reports on Educational Subjects, London, Vol 9, page 468.
[88]The dates of the founding of the now existing Technische Hochschulen vary somewhat, certain of the schools growing out of a foundation which at the beginning was of a low or intermediate grade. Several of the schools have passed through a period of transition or reorganization state during the course of their existence. The institution, and time of establishment of each are as follows.
[88]The founding dates of the current Technische Hochschulen vary a bit, with some of the schools evolving from initial foundations that were lower or intermediate level. Several of these schools have gone through transitions or reorganizations at some point in their history. Here are the institutions and their respective establishment dates.
Berlin, | 1799 |
Carlsruhe, | 1825 |
Munich, | 1827 |
Dresden, | 1828 |
Stuttgart, | 1829 |
Brunswick, | 1835 |
Darmstadt, | 1868 |
Aachen, | 1870 |
Hannover, | 1879 |
In 1799 was instituted in Berlin the Bauakademie, a State institution whose purpose was set forth in the royal decree thus:
In 1799, the Bauakademie was established in Berlin, a state institution whose purpose was outlined in the royal decree as follows:
“To train in theoretical and practical knowledge capable surveyors, architects, civil engineers, and masons, principally for the King’s dominions, but foreigners may [89]find admittance if no disadvantage accrue thereby to the King’s subjects.”
“To train skilled surveyors, architects, civil engineers, and masons in both theory and practice, primarily for the King’s territories, but foreign applicants may [89] be accepted as long as it doesn't negatively impact the King’s subjects.”
Later, in 1821, Gewerbeschule came into existence, and in 1879 the union of these two formed the Berlin Technische Hochschule which is located in Charlottenburg, a suburb of the city. Owing to the high standards of this institution, it is styled the Königliche Technische Hochschule. Since its reorganization the plans of the other schools of like character have been modified in accordance with the Berlin scheme.
Later, in 1821, Gewerbeschule was established, and in 1879, the merger of these two led to the creation of the Berlin Technische Hochschule, located in Charlottenburg, a suburb of the city. Due to the high standards of this institution, it is referred to as the Königliche Technische Hochschule. Since its reorganization, the plans of other similar schools have been adjusted to align with the Berlin model.
The preparation necessary for admission to the Hochschulen is equivalent to that demanded by the university proper. The age of admission probably never drops below seventeen, the average age being considerably greater. Men of mature years and of wide experience and training avail themselves to the privileges offered. The courses are from three to four years in length.
The preparation needed for admission to the universities is similar to what is required by the university itself. The age for admission probably never falls below seventeen, with the average age being much higher. Mature individuals with extensive experience and training take advantage of the opportunities available. The courses last from three to four years.
[90][3] “The new universities thus developed have the purpose of affording higher instruction for the technical positions in state and community service, as well as in industrial life, and of cultivating sciences and arts which are intimately connected with the field of technology (Berlin provisory statute, 1879). They prove themselves equal to universities in the following points: they claim for their matriculated students the same preparatory education required by the old universities, namely, nine years at a classical high school; they grant and insist upon perfect freedom in teaching and learning; and are under the direction of rectors elected for one year, instead of having principals chosen for life as in secondary schools.”
[90][3] “The new universities that were established aim to provide advanced education for technical roles in state and community services, as well as in the industrial sector, while also fostering the sciences and arts that are closely linked to technology (Berlin provisional statute, 1879). They demonstrate their equivalence to traditional universities in several ways: they require their enrolled students to have the same preparatory education that the older universities demand, which is nine years at a classical high school; they promote and uphold complete freedom in teaching and learning; and they are managed by rectors who are elected for one year, rather than having principals appointed for life like in secondary schools.”
It may be said here that an exception to the rule of the annual election of the administrative officers, is furnished in the example[91] of the Munich school, which retains a permanent Director as the custom prevailed in times past.
It can be stated that an exception to the rule of annual elections for administrative officers is provided by the example[91] of the Munich school, which keeps a permanent Director, similar to the way things were done in the past.
Unless otherwise qualified, students must have prepared in the Industrieschule, the Gymnasium, the Real-Gymnasium or in the trade or building schools. In lieu of this an examination is demanded. Twenty-four is the minimum age of graduation.
Unless otherwise specified, students must have completed their education at the vocational school, the academic high school, the technical high school, or in trade or technical schools. Alternatively, an examination is required. The minimum age for graduation is twenty-four.
In tracing the development of these schools from unpretentious beginnings to their present high standards of excellence, we see that more and more they have become unified in purpose and similar in curricula. In the early days too, the qualifications for admission, their dynamic government, and educational standards were lower and more diversified than we find them to-day. Sustained by the State and each administered by its board or council, they are doing a work which cannot be excelled by the universities themselves.
In looking at how these schools have evolved from humble beginnings to their current high standards of excellence, we can see that they have increasingly unified in purpose and have similar curricula. In the early days, the admission requirements, their dynamic governance, and educational standards were lower and more varied than what we see today. Supported by the State and each managed by its own board or council, they are doing work that even the universities can't match.
[92]The organization of departments of work offered is approximately the same in all schools. In Berlin there are six departments:
[92]The setup of the work departments is roughly the same in all schools. In Berlin, there are six departments:
- first, general school of applied science;
- second, general construction engineering;
- third, machine construction;
- fourth, naval engineering;
- fifth, chemistry and mining engineering;
- sixth, architecture.
Special attention is given certain subjects in one or another of these schools; civil or mechanical engineering, building construction, industrial chemistry, etc. An agricultural department is maintained at Munich, and a forestry department at Carlsruhe. That a knowledge of the application of electricity is considered essential in our modern methods is shown in the fact that all students in departments of machine construction engage in the study of electro-technics.
Special attention is given to certain subjects in these schools, like civil or mechanical engineering, building construction, industrial chemistry, etc. There's an agricultural department in Munich and a forestry department in Carlsruhe. The importance of understanding electricity in our modern practices is highlighted by the fact that all students in machine construction departments study electro-technics.
The courses of study are to-day upon more [93]of an elective basis than formerly although even now the results of the work of Nebenius are clearly seen. The success of the Hochschulen is due to the efforts of Nebenius more than to any other one man. His ideas were worked out at Carlsruhe and in greater or lesser degree incorporated into all the schools. It was insisted by him that a proper foundation must be laid before any successful special technical training can be had. Preliminary work must be mastered and a natural sequence of studies followed. To this end a fixed graduated course is recommended, the student to be promoted as ability may determine. The one course plan however has been substituted for the several.[4]
The courses of study today are more on an elective basis than they used to be, although the influence of Nebenius's work can still be clearly observed. The success of the Hochschulen can be attributed more to Nebenius than to any other individual. His concepts were developed at Carlsruhe and have been incorporated into various degrees in all the schools. He emphasized the importance of laying a proper foundation before any effective specialized technical training can occur. Preliminary work needs to be mastered, and a natural sequence of studies should be followed. To achieve this, a structured graduated course is recommended, with students being promoted based on their abilities. However, the single course plan has replaced the multiple ones.[4]
[4] “Programm der Königl. Technischen Hochschule zu Hannover, 1901-1902, page 90. Den Hörern bleibt die Wahl der Lehrfächer frei überlassen, für ein geordnetes Studium empfiehlt sich aber die Beachtung der folgenden Studien und Stundenpläne.”
[4] “Program of the Royal Technical University of Hanover, 1901-1902, page 90. Students are free to choose their subjects, but for a structured study experience, it is advisable to follow the recommended study and schedule plans.”
The following table compiled from various sources will give some idea of the extent of [94]the work as carried on in Berlin. The school has a library of 54,000 volumes; a student body of upwards of 4,500 and a modern equipment throughout.
The following table compiled from various sources will give some idea of the extent of [94] the work as carried on in Berlin. The school has a library of 54,000 volumes, a student body of over 4,500, and modern equipment throughout.
Departments | No. of courses | SUBJECTS | No. of Professors and Instructors |
---|---|---|---|
General Science | 58 | Mechanics, Physics and general science studies; literature, French, English, Italian, law, political science. | 33 |
Civil Engineering | 34 | Mechanics, railway construction, bridges, canals, harbors, hydraulics, drainage, land surveying. | 13 |
Mechanical Engineering | 54 | Kinematics, machine construction, mechanical technology, machine design, water, steam and electrical machines, electro-technics, electro-mechanics, electrical and railway works. | 23 |
Naval Engineering | 19 | Theory of ship building, classification of ships, designing of warships, boilers, machine construction, practical ship building. | 6 |
Chemistry and Metallurgy | 51 | Organic and inorganic chemistry including physical, electro and technological chemistry, crystallography, metallurgy, foundry work, cements, botany, chemistry of plants and foods. | 27 |
Architecture | 56 | History of art, architecture and ornament; building construction, designing of buildings in different materials and for various purposes, preparation of estimates, etc. | 36 |
The rivalry existing among the various schools is in some respects a point to be commended. Then, too, the idea taking form in the Hochschulen and being more fully appreciated by the educationalists of our own country, that each school should specialize along some particular line, is worthy of attention. Energy is saved thereby, and students may have the advantage of increased facilities in equipment and instruction. Many Americans are studying in these schools, possibly more in Munich than elsewhere. While thorough in their treatment of subjects, the practical side of the work is too much lost sight of in the theoretical treatment. Testing and applied work are certainly given considerable attention however. To quote Dean Victor C. [96]Alderson of the Armour Institute, Chicago, who says in reference to testing:
The competition between different schools is, in some ways, commendable. Additionally, the concept emerging in the universities and becoming more recognized by educators in our own country—that each school should focus on a specific area—is worth noting. This approach saves energy and allows students to benefit from better resources and instruction. Many Americans are studying at these schools, particularly in Munich more than elsewhere. While they cover subjects thoroughly, the practical aspects are often overlooked in the theoretical focus. However, testing and hands-on work do receive significant attention. To quote Dean Victor C. [96]Alderson of the Armour Institute, Chicago, who comments on testing:
“Professors regard this work as professional practice, just as doctors, who are professors in medical schools, have an outside practice. The technical school allows the professors free use of the laboratories, but assumes no responsibility for the accuracy of the results or opinions expressed.”
“Professors view this work as professional practice, similar to how doctors, who teach in medical schools, maintain a private practice. The technical school gives professors unrestricted access to the labs but takes no responsibility for the accuracy of the results or opinions shared.”
The degree of Doctor of Engineering is conferred by these institutions, and that their work has been highly instrumental in developing the country cannot be doubted, especially in the line of applied chemistry in which branch of engineering Germany leads the nations. How closely the development of the industries of Germany are related to the work of the Technische Hochschulen it is difficult to say, but that these schools have shown through the accomplishments of their graduates that high standards of moral and intellectual training can be had in other than the traditional universities, and that as efficient social [97]service can be rendered through the application of science to the arts and industries as by means of the languages, cannot be doubted.
The Doctor of Engineering degree is awarded by these institutions, and it's clear that their contributions have been crucial in advancing the country, particularly in applied chemistry, where Germany is a leader among nations. It's hard to determine exactly how closely the development of German industries ties to the work of the Technische Hochschulen, but it's evident that these schools have demonstrated through their graduates' achievements that high standards of moral and intellectual education can be found outside traditional universities. Moreover, just as effective social service can be provided through the application of science to arts and industries, as it can through languages, this is undeniable. [97]
[98]VI
Schools of Industrial Art or Art Trade Schools
Industrial Art Schools or Vocational Art Schools
The Kunstgewerbeschulen are schools of art. The causes leading to their inception are clearly set forth in a paragraph contained in the 1902 Report of the United States Commissioner of Labor. It reads:
The Kunstgewerbeschulen are art schools. The reasons for their establishment are clearly outlined in a paragraph from the 1902 Report of the United States Commissioner of Labor. It states:
“The international museums of 1851, 1855 and 1862, in England, Austria and Germany, respectively called attention to the fact that with all their technical excellence the industrial products of Germany possessed few qualities of artistic finish and design. France showed what could be done in this direction. Her products easily held first rank in this respect, her eminence being the result of centuries of training in this field. Since Colbert’s time industrial art education has been emphasized in the training of French workmen, and the accumulated skill and taste due to this training, has left [99]its impress on French products. The German states at once set about to remedy this weakness in this respect, and since that time have so persistently established museums and schools for industrial art training that now there is no important city in the Empire which does not possess one or more of these institutions”.
“The international exhibitions in 1851, 1855, and 1862, held in England, Austria, and Germany, respectively, highlighted the fact that despite their technical excellence, Germany's industrial products lacked the artistic quality and design. France demonstrated what could be achieved in this area. French products easily ranked first in terms of artistic finish, thanks to centuries of training in this field. Since Colbert’s time, industrial art education has been a key focus in training French workers, and the accumulated skill and taste from this training have left a significant mark on French products. In response, the German states set out to address this shortcoming and have since established museums and schools for industrial art training so successfully that now there isn’t a major city in the Empire without one or more of these institutions.”
Considerable variety exists among the various types of art schools and even among those belonging in the same class and separated as to location we find differences. In Leipzig, Saxony, for example the Kunstgewerbeschule aims at the graphic arts mainly. In Berlin, Dresden, Carlsruhe, and certain other cities these schools train for sculptors and painters, and the term “Akademie” is frequently applied to these institutions. They are in fact, art trade schools whose main purpose, while yet industrial, is also the instilling of an artistic feeling into industrial work. They reach on and [100]out from the trade school and up to the institutions for the teaching of the fine arts. They are then a middle grade of applied art schools.
There’s a lot of variety among different types of art schools, and even within the same category, there are differences based on location. For instance, in Leipzig, Saxony, the Kunstgewerbeschule focuses mainly on graphic arts. In cities like Berlin, Dresden, Karlsruhe, and a few others, these schools train sculptors and painters, and they're often referred to as “Akademie.” Essentially, they are art trade schools that, while still industrial, aim to instill a sense of artistic feeling into industrial work. They connect the trade school level with institutions dedicated to teaching fine arts. Therefore, they represent a middle tier of applied art schools.
The genesis of the industrial art schools really lies in the establishment of museums of industrial art. The museums were an inspiring and energizing force, for here the best work could be exhibited and studied. The municipality and general government financed the movement for the museums. Schools sprang up in connection with the museums and later, independent art schools were established.
The origins of industrial art schools really come from the creation of museums dedicated to industrial art. These museums were inspiring and motivating because they showcased and studied the best work. The local and national government funded the movement for these museums. Schools were created in connection with the museums, and later, independent art schools were established.
A moderate fee is charged those who pursue work here, twenty to forty marks yearly. Candidates must have had practical experience in the line of work they propose to take up, and both these schools and the so-called industrial drawing courses assume a certain proficiency on the part of the candidates; a proficiency in general subjects and in [101]drawing particularly. An examination is given those who cannot present the desired credentials. The length of the courses in these schools is usually three years. The classes are both day and evening, 8 A. M. to 4 P. M. and from 5 to 10 P. M. In some instances Sunday sessions are held also.
A reasonable fee is charged for those who want to work here, ranging from twenty to forty marks a year. Candidates need to have practical experience in the field they want to pursue, and both these schools and the so-called industrial drawing courses expect candidates to have a certain level of proficiency; specifically, proficiency in general subjects and in [101]drawing. An exam is given to those who cannot provide the required credentials. The length of the courses in these schools is typically three years. Classes are offered both during the day and in the evening, from 8 A. M. to 4 P. M. and from 5 to 10 P. M.. In some cases, there are also Sunday sessions.
The courses consist of architectural designing in wood and metal, metal engraving and chasing, modeling, steel engraving and etching, design for fabrics, pattern designing, artistic embroidery, decorative painting, enamel painting, designing and painting figures and plants. The work throughout is both theoretical and practical in its nature, the instruction gained in the class being applied in the shop. The subjects of instruction and time devoted to each differ according to the course pursued. As an example of the programme offered, the following, taken from the architectural draftsman’s course in the Munich school is given; the [102]figures show the number of hours per week devoted to each subject.
The courses include architectural design in wood and metal, metal engraving and chasing, modeling, steel engraving and etching, fabric design, pattern design, artistic embroidery, decorative painting, enamel painting, and designing and painting figures and plants. The work is both theoretical and practical, with the instruction in class being applied in the workshop. The subjects taught and the time dedicated to each vary depending on the course. As an example of the program offered, the following is taken from the architectural draftsman's course at the Munich school; the [102]figures indicate the number of hours per week dedicated to each subject.
First year, | |
linear drawing | 7 |
ornament drawing | 9 |
ornament drawing | 2 |
modelling of | 21 |
modelling of ornament and of the human figure | 21 |
history of art | 1 |
style | 1 |
geometry and projections | 3 |
Second year, | |
architectural drawing | 7 |
drawing and modeling of the human figure and modeling of ornaments | 20 |
history of art | 1 |
style | 1 |
perspective and shadows | 2 |
anatomy, xylography, architecture, sculpture, or chasing | 10 |
Third year, | |
architectural drawing | 7 |
drawing and modeling of the human figure and modeling of ornaments | 10 |
anatomy | 1 |
[103]xylography, architecture, sculpture or chasing | 24 |
The Bauschule are only for those who wish proficiency in architectural studies.
The Bauschule is only for those who want to excel in architectural studies.
What the Industrial Hall at Carlsruhe, the Industrial Art Museum at Berlin, and the National Museum at Munich are to the art schools proper, the open drawing halls are to the industrial drawing courses. Here, as in the museums, are kept models and designs of rare merit and students may pursue work under competent instruction. Such halls are established in Bavaria, Hesse, Prussia, Saxony and Wurttemberg.
What the Industrial Hall in Karlsruhe, the Industrial Art Museum in Berlin, and the National Museum in Munich are to the formal art schools, the open drawing halls are to the industrial drawing courses. Here, like in the museums, there are models and designs of exceptional quality, and students can work under skilled instruction. These halls are set up in Bavaria, Hesse, Prussia, Saxony, and Württemberg.
In these art courses skill and originality are aimed at equally. The relation existing between the art work and the trade or industry with which it is connected is such as to make more valuable the latter.
In these art courses, skill and creativity are emphasized equally. The relationship between the artwork and the trade or industry it's associated with enhances the value of the latter.
It is needless to speak further of the museums. The art products there exhibited [104]give much incentive to students, as well as a feeling for the best from the standpoint of the beautiful and artistic, and all who visit them are consciously or unconsciously influenced for the better.
It’s unnecessary to say more about the museums. The art displayed there[104]greatly inspires students and fosters an appreciation for what is beautiful and artistic, and everyone who visits is consciously or unconsciously influenced in a positive way.
The following table shows the distribution of industrial art schools throughout the various States.
The table below shows the distribution of industrial art schools across the different states.
- Alsace-Lorraine, Mülhausen, Strasburg.
- Anhalt, Dessau.
- Baden, Carlsruhe, Pforzheim.
- Bremen,
- Bavaria, Kaiserslautern, Munich, Nuremberg.
- Hamburg,
- Hesse, Mentz, Offenbach.
- Prussia, Aix-la-Chappelle, Barmen, Berlin, Breslau, Cassel, Cologne, Düsseldorf, Elberfeld, Frankfort-on the-Main, Hanau, Hanover, Iserlohn, Königsberg, Magdeburg.
- Saxony, Dresden, Leipzig, Plauen.
- Wurttemberg, Stuttgart.
[105]VII
Bibliography
Bibliography
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Transcriber’s Note: The table below lists all corrections applied to the original text.
Transcriber’s Note: The table below shows all the corrections made to the original text.
- p. viii: for development read department → deportment
- p. 007: make any one clasification → classification
- p. 010: Conrad’s Handworterbuch → Handwörterbuch
- p. 011: Wurtemburg industrial → Wurttemburg
- p. 012: other conditions (examinations) or these schools → of
- p. 012: Ages ranges from fourteen to thirty → range
- p. 012: the only instition → institution
- p. 013: [errata] Pure Air → Art
- p. 014: Technischeschulen → Technische Schulen
- p. 016: Continuation Schools or Fortbilbungsschulen → Fortbildungsschulen
- p. 016: Fortbildtngsshulen → Fortbildungsschulen
- p. 017: [extra comma] at this age, forced to → age forced
- p. 017: a statsment made by Mr. Michael N. Sadler→ statement
- p. 018: [quote added] “Among the great number
- p. 019: [errata] in the arts which enable → ennoble
- p. 019: born under a luckler star → luckier
- p. 020: continuation of Fortbildungsschulen → or
- p. 023: adapt their instrnction → instruction
- p. 023: [errata] Here the committee must meet → communities
- p. 025: [errata] character and development of the boys → deportment
- p. 027: higher mathemematics, mechanics, physics → mathematics
- p. 028: is carried suffciently far → sufficiently
- p. 028: classes are arranged acording to → according
- p. 029: smaller towns or in the conntry → country
- p. 029: university extention courses → extension
- p. 031: similar to Fortbildungsschulen in Leipsig → Leipzig
- p. 031: schools have seen a marvelous developement → development
- p. 032: attended by journeyman and apprentices → journeymen
- p. 032: good manners (gute sitten) → Sitten
- p. 033: [normalized] throughout various parts of the empire → Empire
- p. 033: [extra comma] under eighteen years of age, might → age might
- p. 033: [extra comma] the employer, must → employer must
- p. 033: Baden. compulsory school laws → Baden, compulsory
- p. 034: to be determined eventually be → by
- p. 035: worthy of note that she delares → declares
- p. 039: that the Forthildungsschule → Fortbildungsschule
- p. 039: foundation of most of the Faceschulen → Fachschulen
- p. 046: Wagonmakers and Wheelrights → Wheelwrights
- p. 047: Free hand drawing → Free-hand
- p. 056: becomes the property ot the father → of
- p. 057: The Lehrwerkstatten or apprentice shops → Lehrwerkstätten
- p. 059: fulfil certain teohnical qualifications → technical
- p. 059: practical iu the highest degree → in
- p. 062: [missing letter] The governing power is in ome cases → some
- p. 063: [errata] laws of building; models of heat → modes
- p. 067: Buxtehede → Buxtehude
- p. 067: Magdeberg → Magdeburg
- p. 068: Orchatz → Oschatz
- p. 068: Zitteau → Zittau
- p. 069: [normalized] schools of this class in the empire → Empire
- p. 070: the elementary ranches in the curriculm → curriculum
- p. 071: Inserlohn → Iserlohn
- p. 071: Mlttweida → Mittweida
- p. 071: compiled from tables appearing the Report → appearing in the
- p. 074: [missing letters] Webereilehrwerkstä en → Webereilehrwerkstätten
- p. 074: itinerant masters. (Wenderlehrer) → Wanderlehrer
- p. 074: lines of the indnstry → industry
- p. 075: In each of the several classses → classes
- p. 077: Grefeld → Crefeld
- p. 079: [errata] Knitting, 2 yrs. → Knitting, 1yr.
- p. 079: [errata, removed line] Machinery | | | 3 | 6 | 2
- p. 081: superior artizans → artisans
- p. 081: prepared in the Volkschule → Volksschule
- p. 081: [errata] the participants enter → participants to enter
- p. 085: [added chapter number] V
- p. 086: show the aplication of science → application
- p. 087: in the atter country → latter
- p. 087: the necessity or heroic action → for heroic
- p. 087: due measure of public respsct → respect
- p. 087: by A. E. Twentymen → by A. E. Twentyman
- p. 088: Dresden, 1826 → 1828
- p. 088: principally for the Kiugs dominions → King’s
- p. 089: styled the Koeniglische Technische Hochschule → Königliche
- p. 090: Berlin provisory statue → statute
- p. 091: State and and each administered → State and each
- p. 092: The organization of deparments of work → departments
- p. 093: [errata] For the one course plan however → The one
- p. 093: [errata] have been substituted → has
- p. 093: [errata] substituted the several → substituted for the
- p. 093: Program der Königl. Technischen Hochschule → Programm
- p. 093: Den Horern bleibt die Wahl → Hörern
- p. 093: frei überlassen, Für ein geordnetes → überlassen, für
- p. 098: Kunstgewerbsechulen are schools of art → Kunstgewerbeschulen
- p. 104: Alcace-Lorraine, Mülhausen, Strasburg → Alsace
- p. 104: Prussia, Aix-la Chapelle → Aix-la-Chappelle
- p. 105: Enrichtungen für → Einrichtungen
- p. 105: Gewerbliche Erzichnung → Erziehung
- p. 105: Dr. G. Kerschenteuer → Kerschensteiner
- p. 105: Denkschriften über die Entiwickelung → Entwickelung
- p. 105: Fortbildungschulen in Prussen → Fortbildungsschulen in Preussen
- p. 105: Encyklopädischer Handbuch → Encyklopädisches
- p. 105: Handbuch der Pädogik → Pädagogik
- p. 105: in unserer zeit → Zeit
- p. 105: [removed in] Fortbildungsschulen in Deutschlands
- p. 106: [removed comma] Jahresbericht der Königlichen, Industrieschule
- p. 106: Technischen Stattslehranstalten → Staatslehranstalten
- p. 107: Program der Königlichen Fachschule → Programm
- p. 108: School of Marine Machinists, Fleusburg, Prussia → Flensburg
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