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7u . ·1 2~ ., ANNUAL I S727 . ' ANNOUNCEMENT i 5~ J; l d archives Jrouinriul lJnstttute of IDrc4nnlngy au~ Art CALGARY - ALBERTA
THIRTY-FOURTH ANNUAL ANNOUNCEMENT 1953 - 1954 A 576.7/';j s 7:2.7 "- I 9Y3/ !> tf
INDEX Administration ...... 8, 9, 10 Admission ...... 11 Aeronautical Engineering ...... 35 Aircraft Maintenance Engineering ...... 33 Agricultural Mechanics ...... 44 Apprentice Training ...... 19 Art ...... 50 Automotive Service Engineering ...... 31 Board and Lodging ...... 21 Buildi.ng Construction and Architectural Drafting ...... 36 Buildings ...... 5 Calendar ...... 7 Certificates and Diplomas ...... 12 Coal Mining Courses ...... 20 Commercial Wireless Operating ...... 28 Courses - Day ...... 11 Evening ...... 19 Correspondence ...... 20 Clothing and Design ...... 42 Enrolment ...... 54 Expenses ...... 21 Farm Co.nstruction and Mechanics ...... 46 Fees ...... 21 Food Service Training ...... 43 Industrial Arts for Teach ers ...... 49 IndU!;trial Electricity ...... 22 Key to Departments ...... Inside Back Cover Laboratory Technology ...... 48 Machine Shop ...... 30 Mechanical Drafting ...... 38 Oxy-Acetylene and Electric Welding ...... 47 Radio and Electronics ...... 24 Refrigeration ...... 26 Scholarships ...... 16 Staff ...... 8 Steam Engineering Courses 20 Students' Association 15 Surveying and Dra fting ...... 40 Tractors ...... % Transportation 21 Welding ...... 47 The Provincial I nslilule of Technology and Art
CALGARY ALBERTA
Affiliat ed with the University of Alberta
0
DAY CLASSES UNDER THE DIRECTION OF THE DEPARTMENT OF E DUCATION
0
HON. A. 0. AALBORG Minister of Educat ion
W. H. SWIFT Deputy Minister
E. W. WOOD Principal E. W. WOOD M.E.I.C., M.I.Mar.E., Principal The Institute Bu ildings
The Provincial Institute of Technology and Art was organized in 1916 in temporary quarters in East Calgary. In the year 1917 the facilities of the Institute were taken over by the Soldiers' Civil Re-establishment Board of Canada and conducted as a training institute for returned soldiers. This work was discontinued in 1920 and the In!!!titute was returned to provincial supervision. So popular had been the service rendered that it was necessary to provide additional accommodation and in 1921 the corner stone was laid for a combined Institution containing the Calgary Branch' of the University of Alberta and the Institute of Technology and Art. In 1922 the Institute began work in its magnificent new quarters. The buildings accommodating the Institute and the Calgary Branch of the University of Alberta are situated on a site comprising 123 acres of land located on the North Hill and commanding a view of the City of Calgary and of the Rocky Mountains to the West that is magnificent. These grounds make spacious provision for football and baseball areas, in addition to tennis courts and a skating rink. . A group of nine buildings provides accommodation for the Institute: (1) Main Building; (2) The "A" Work Shop Building; (3} The "B" Work Shop Building; (4) ero Shop; t5) Commercial Wireless, Refr1geration and Drafting Building; (6) Crafts and Sheet Metal Building; (7} Storage Building; {8) Power Plant; (9) Recrea tion and Lunch Bar. The Main Building is 340 feet in length and 90 feet in width. It consists of a central block containing the administration offices and the assembly hall on the main floor. On the second floor are the staff common room, separate stafi rooms, photography dark room and the gallery of the assembly hall. On the third floor are the library, gymnasium, shower baths and locker rooms. In the basement, under the assembly hall, is a cafeteria, a serving kitchen and lunch room with a snack bar. The west wing of the Main Building is used for the Calgary Branch of the University of Alberta a nd the University Demonstration School. The east wing is used for the Institute and provides on the main floor for laboratories, lecture rooms and classrooms. The Department of Correspondence Instruction is provided with a suite on this floor. The second floor accommodates the Clothin g and Design Department. On the third floor are the Art Department a n d the Mathematics classrooms. In all there are twenty-one separate rooms used by the Institute in its work, exclusive of the library, gym nasium and assembly hall. 5 This main building, which is entirely fireproof, is constructed of brick with stone facing, and is designed after the Collegiate Gothic style of Architecture. The special feature of the central block consists of two towers. The "a" workshop building is approximately 125 feet to the rear of the main building. This building is 317 feet long and 100 feet in width. On the north-east corner of this building a wing 150 f eet by 70 feet was erected in 1926 anrl made to conform with the general structural features of the shop. An additional wing was erected to the south-west corner of the shop building in the fall of 1928. This wing provides accommodation for Tractor, Farm Machinery, and Ignition Shopr1 and for two lecture rooms. During the summer of 1940, the Institute Buildings were lo;med to the Royal Canadian Air Force to form the nucleus of No. 2 Wireless School, a unit of the British Commonwealth Air Training Plan. To supplemen t the accommodation of the permanent buildings the R.C.A.F. erected some twenty-six temporary buildin gs. When the Air Force vacated the buildings in t he Spring of 1945, 1t was hoped that many of the temporary buildirlgs would be available for educational purposes. For the immediate present, how ever, these buildin gs h a ve been pre-empted for more emergen t uses -- though eventually the Institute may fall heir to some of them and wili utilize them for the expansion of its training program. On e building is now being used for the Comm ercial Wireless, Refrigera1.ion, and Drafting Departments, anoth er for the Aeron autics Dept. Shopwork, another for craft work an d Sheet Metal work and part of another for recreation and lunch rooms. Since being vacated by the R.C.A.F., the permanen t buildings have been restored and renovated. During the summer of 1946 the Institute moved back to the e buildings where a great deal of new equipment was made possible through the co-operation of the Dominion and Provincial Governments under the terms of the order in-council P.C. 1648. Under the terms of the Vocational Schools' Assistance Agreement substantial contribution towards the operation of the Institute of Technology and Art is made by the Dominion Government. In 1950 an extension was built onto the north end of the :vi.otor Shop which provides space for an automobile body and paint shop of the most modern type. During the ·ummer of 1951 three addi tional classrooms and four offices, together with a connecting cor ridor, were erected between the main building and the workshop building. During 1952 a large shops building was constructed to provide permanent accommodation for the expansion of the Automobile Mechanics and Building Con struction Departments. This building is approximately 274 feet long by 186 feet wide. The Institute has t hus begun a new era in its existence an d will be en abled to do even better work for the youth of Alberta than was possible in the period between the two great wars. 6 CALENDAR 1953 .. 54
1953 - FALL TERM
Saturday, August 29 - Last day for application for Supplemental Examinations. Tuesday, September 1 - First, Second and Third Year Aeronautics ·and Commercial Wireless Operating Courses open.
Thursday a nd Friday. September 24 and 25 - Supplemental Examin- ations. Monday, Septe·mlber 28 - REGISTRATION DAY FOR REGULAR EIGHT MONTH COURSES, a n d First Welding Course. Tuesday, September 29 - CLASSES OPEN IN REGULAR EIGHT MONTH COURSES. Monday. October 12. to Thursday. October 15 - Registration for Evening Classes. Monday. Nove mber 2 - Agricultural Mech a n ics, Tractor and Farm Construction and Mechanics Courses open.
Monday and Tuesday. December 21 and 22 - Fall Term Examina tions in Eight Month Courses. Tuesda y. December 22 - Institute close s for Christma Vacation.
1954 - WINTER TERM
Monday, January 4 - Institute re-opens for all classes and fifth Welding Course commences. Thursday and Frid•ay, January 21 and 22 - Mid-term Examinations for Five Month Courses. (0 II Wednesday and Thursday. February 11 and 12 - Open House. - 1· /D ,.,.../ II 1954 - SPRING TERM Thursday and Friday. April 1 and 2 - Final Examinations for Five Month Courses. Thursday, April 15 - Institute closes for Easter.
Tuesday, April 20 - Institute re-opens for all classes. Thursday and Friday, May 20 a nd 21 - Final Examinations for Eight Month Courses.
Friday, June I8 - First, Second and Thil'd Year Aeronautics and Commercial Wireless Operating Courses close.
7 Staff
ADMINISTRATION
Principal ...... E. W. Wood, M.E.I.C., M.I.Mar.E. Vice-Principal ...... W. A. B. Saunders, lVLSc. in C.E., M.E.LC, P..Eng. Shop Director ...... 0. Kingsep Directol' of Evo:1ing c:aszcr. e nd Placement Officer G. E. Brown, 'M.A.
DAY COURSES
Aeronautics ...... w·. A. B. Saunders, M.Sc. in C.E., M.E.I.C., P.Eng. S. N. Green, A.M. E ng.
DEPARTMENT OF CORRESPONDENCE INSTRUCTIOi': Head of Department and Public (1/.-) Relations Office r ...... J. Platt, B.Sc.f [email protected].) Instructor in St ea m Cou rses ...... T. A. Middleton , Aff. E. I. C. Inst ructor ir Steam Courses . . ... A. Low, Aff. E.I.C. Multigraph Opera tor ...... Miss E th l Dowkes Assist ant Mult igraph Op erator ... Miss DJris Keibel GENERAL Bursar ...... Miss Ivy Sinclair Secretary ...... Miss Elizabeth Bryant Cashier ...... Miss Shelagh Anderson Stenographer ...... Miss Irene P eacock Laboratory Assistant ...... Mrs. L. A. Emmerson Storekeeper and Tool Clerk ...... L. A. Watson 1\ssistant Storekeepers ...... K. Spencer M. Masuda Truck Driver ...... J. Krahn Librarian ...... G. E . Brown, Assistant Librarian ...... J. H. Sharpe Chief Caretaker ...... H. Glover
At Work in the Ceramics Shop Conditions of A dm iss ion .to Regular Courses Characteristics of a Technical Institute: "It is a school of post-secondary character, but distinct in character from a college or a university. Its purpose is to train men and women for callings and functions which occupy an area between the skilled crafts and the highly scientific professions." In most of the Institute courses half of the time is ·devoted to shopwork by means of which the students learn the skills and techniques of some particular occupation. Much of this shopwork has to do with projects o£ a commercial nature and simulates conditions in an industrial shop. The student is taught correct methods and procedures, and the use and care of tools, but time does not permit sufficient repetitive work to acquire the skill and speed of a qualified journeyman. It is this shopwork, however, which gives to the individual an immediate earning capacity. The other 50 per cent of the time in each course is devoted to classwork involving trade theory, mathematics, science, drafting, etc., as these are used in the various occupations. It is this theoretical background which will enable the individual to rise above the rank and file of the trade and to qualify for the responsibilities of a supervisory position. In other words, in the long-range view it is this "related instruction" which gives to the individual the prospect and potentiality of holding one of the better paid jobs.
Day Courses Offered: At the present time the following day courses are offered: Aeronautical Engineering Agricultural Mechanics Aircraft Maintenance Engineering Applied Arts and General Crafts Auto Body Repair Automotive Service Engineering Building Construction and Drafting Commercial Art, Advanced Commercial Wireless Operating Drawing and Painting Clothing and Design Farm Construction and Mechanics Fine Art, Advanced Food Service Training General Art Industrial Arts for Teachers Industrial Electricity Laboratory Technology Machine Shop
11 Mechanical Drafting Oxy-Acetylene and Electric Welding Pottery and Ceramics, Industrial Design Radio and Electronics Refrigeration Sheet Metal Surveying and Drafting Tractors
Admission t o Day Courses: All prospective students must be 16 years of age or over. In most of the courses certain minimum academic requirements for admission have been laid down as the result of years of experience. These requirements are indicated in the outlines of the various courses. Where the number of applications exceeds the accommodation in any department, the right is reserved to select those applicants who appear to have the qualifications that are essential to success in the particular course. To avoid disappointment, applications for admission should be made well in advance of the opening date of the course. All students who have been accepted for any course are expected to be in attendance on the opening date as shown in the Calendar on Page 7, unless they have been granted permission by the Principal to enter at a later date. The importance of the preliminary instruction in any course cannot be emphasized too strongly.
Payment of Fees: All fees except the $5 registration fee are payable in full when the student enters the Institute to attend his first classes for the school year. Prepayment of fees in advance of the opening date is not desired. The amount of the .fees for the various types of courses will be found on Page 21.
Diplomas and Certificates: The Institute will issue diplomas to all .·tudents who have successfully completed a regular day course of at least two years' duration, who have been in attendance for at leasL 90 per cent of the possible number of hours of the course, who have attained a minimum standing of 60 per cent in each and every unit of the course, and who have met the prescribed requirements in the matter of home reading. Certificates will be issued to all students whu have successfully completed any course of less than two years' duration. Duplicate diplomas will only be issued on payment of a fee of $3.00. 12 Credits for Institute Courses: The Alberta Apprenticeship Board has agreed to award credit for Institute courses as follows: "That any person successfully graduating from courses in the designated trades at the Provincial Institute of Technology and Art may apply to the Apprenticeship Board for advanced standing in the Apprenticeship period and such applicatiOn will receive the full consideration of the proper Advisory Committee. Advanced standing is only granted by the Board on the recommenda tion of the appropriate Advisory Committee". A minimum credit of one year is guaranteed. The Board has further agreed that graduates from Institute courses in the designated trades shall not be required to take the technical training required by apprentices.
Supplemental Examinations:
Students who have failed to attain the 60 per cent passing mark in any unit involving written examinations will be given the privilege of writing a supplemental examination in September. Ap plications to write Supplemental Examinations must be made on or before August 31st. A fee of $1.00 per paper will be requir~d . pay able when application is made to write the examination. Students who find it impossible to be in Calgary for these examinations may be allowed to write at outside points, subject to the following conditions: 1. The student must arrange to secure the services of a presiding examiner who will be acceptable to the Institute, e.g., a minister or a teacher. 2. The examinations must be held at the san1e times as those in Calgary.
Accreditation for High School Cour;;es: Students who have successfully completed a unit shop subject in Grades X, XI and XII of the Alberta High School Course with a minimum of Grade "A" standing may r ceive credit for the first year of the comparable two-year course at the Institute and may register in the second year of the course. Claims for such credit must be supported by documentary evidence to be submitted when making application for the course. Equipment and Tools: While the Institute provides all machine tools and special equipment, students in the various courses are required to provide their own hand tools, drafting instruments, shop clothing, textbooks, etc. This individual equipment is listed in, the outline of each day course. Students are advised not to purchase this equipment until they have met th various instructors and hav been advised 13 by them as to the quality of tools, etc., which it is desirable to obtain. For the shopwork in most courses two suits of coveralls are required, so that one suit may be laundered while the other js worn. This laundering should be done regularly at frequ nt intervals. Discipline and Attendance: Day clas es are held at the Institute !rom 8:30 to 11:30 a .m. and from 1:00 to 4 :00 p.m. five days per week throughout the school year. Punc1 uality and regularity in attendance are expected of all students. Any student who is persistently late for classes may be suspend d. Any student who wilfully absents himself from any class for which h e i enrolled, automatically d bars himself from the privileges of the Institute. All students l'lre trusted to conduct themselves in a manner conducive to the development of a good school spiril. D<'f.l cment of buildings and wilful damage to equipment are considered as serious offences. Any student whose ability to profit by a selected course is shown to be inadequatE', or whose conduct is not in the best interests of the Institute, or whose diligence is such that he will make a failure of his year may be asked to retire at any time. In such a case no portion of the fee other than t he tool deposit wiil be refundable. Students must a tt end all classes in related work in the depart ment in which they enroll unless other arrangements have been made with the Principal. In addition to the work done in school hours each student is expected to devote a minimum of ten hours per week to home !:'tudy. This time should be planned so as to do justice to all the subjects of the course. Open House : It is the intention of the Institute to conduct it annual "Open House" during the second week in February on the evenings of
Lunch Time in Student-operated Cafeteria 14 Wednesday, Feb. 10, and Thursday, Feb. 11. The general public is cordially invited to attend and inspecr the Institute sh.:.ps a nd classes in operation.
Extra-curri cular Activities: In the modern industrial world technical knowledge a nd manipulative skills alone ar not sufficient to ensure success. Certain personal qualities such as integrity, dependability, initiative, co operation, t he ability to work with and for others, courtesy, etc., are expected from employees who look for promotion. To encourage the development of these desirable personal qualities the Institute has its Students' Association under whose auspices many varied extl'a- urricular activities are organized. These activities are social, literary, musical and athl etic. They are planned and carried through under student leadership with the advice of one or more members of the staff who act as sponsors. Silver cups have been donated as awards in the various inter-clas athletic leagues. In addition the "Tech" hockey, basketba 11, and fast ball teams have made a great nam for th mselves in various city leagues. Music and the drama ar._ not overlooked. Through the Choral Society, the Orchestra and the Dramatic Club, tudents of the Institute have plac d themselves in a most favourable light with the public of Calgary and dis.trict, a nd have becom recognized as purveyors of high-gxade entertainment. By means of the business meetings or the Ex cutive and of the tudentf.' Assn. a sound training is given in th correct conduct of public meetings while at the weekly "Lits" many students are given valuable experien ce in facing an audienc from the platform. Out of-town students are urged to bring with them such athletic equip ment, musical instruments, fancy-dress costumes, etc., as they may possess. Students having a flair for journalism will find cope for their talents through the two Institute publication s - the mon thly "Emery Weal" and the Annual "Tech-Art Record". The highlight of t he school year i5 probably the Annual Tech Banquet and Dance usually h eld in the Palliser Hotel on the ve ning of the first Friday iu February. The arfair is one of the out standing social even ts in the Cit.\' of Calgary. Its success involves much planning on the part o( several student committee and pro vides valuable training for all those concerned. The evening's entertainment is the sourc· oC many happy recollections on the part of hundreds of students, ex- tudenl . and th ir friends. The ingenious and claborat t abl d coratiom· at the Banquet have b come a tradition and they add greatly to the piea. ure f the o casion. During the early part of May the Field Day with its accompanying dance provides the occasion for a Ia t happy get-together as !he end of the school year approaches. 15 SCHOLARSHIPS Through the generosity and the interest in the work of the Institute of business firms and organizations, the following scholar ships were made available to students in various courses, t <::nable in the school y ear 1952-53. These scholarships are awarded to outstanding studeHtS who have completed at least one year's training at the Institute artd who will be continuing their training there during the schcol year 1953-54. The basis of these awards is a threefold one, namely: (1) mechanical ability, (2) academic ability, (3) qualities of leader ship. I. Bruce Robinson Electric Ltd., Calgary This firm donated a scholarship val>1ed at $150.00 for the best all-around student in the first year of the cour<;e in 1ndustrial Electricity and tenable in the second year of the course. During the school year 1952-53 this scholarship was awarded to: Nick Pozdnikoff, Salmo, B.C. 2. canadian Western Natural Gas Co. Ltd. This firm donated two scholarsh·ips valued at $150.00 each for the best all-around student in the first year of the courses in Machine Shop and Survey Drafting and tenable in the second year of the course. During the school year 1952-53 th se scholarships w ere awarded to: Raymond Albert Hopkins, Airdrie, Al b rta (Machine Shop). Merton Allan Buehler, Olds, Alberta (Survey Drafting). These scholarships are being offered again for the school year 1953-54. :J. Crown Lumber Co. Ltd., Calgary This firm donated a scholarship valu'!d at $50.00 to be awarded to a student in the first y ar of the course in Building Con struction and Drafting and tenable in the second year ·of the. course. During the school year 1952-5.3 this '>eholarship was awarded to: Nick Plotnikoff, Trail. B.C. This scholarship is being oHered again for the school year 1953-54. 4. Manning Egleston Lumber Co. Ltd., Calgary This firm -donated a scholarship valued at $150.00 to be awarded to a student in the first year course in Buildi!lg Constructwn and Drafting and tenabl in the sec.md year of the course. During the school year 1952-53 this scholarship was awarded to: Robert Alexander Steele, Calgary, Alberta. This scholarship is being offered again for the schcol year 1953-54. 5. Department of Economic Affa it·s Through the kind offices of Mr. R. R. Moore, Deputy Minister, and Mr. Dan E. C. .Campb ell, Director of Travel Bureau, the 16 Department of Economic Affairs has gen erously donated three scholarships C$100.00, $75.00 and $50.00) to be awarded during the school year 1952-53 to students in the Food Service Training Course. 6. The Alberta Command of the Canadian Legion of the British Empire Service League Scholarship This scholarship is valued at $100.00 and is awarded to a student in a ny course for gen eral all-around excellence. During the school year 1952-53 this scholarship was awarded to: Theodore Finlay Levick, Trail, B.C. This scholarship is being offered again for the scl10ol year 1953-54. 7. Calgary Power Ltd. This scholarship, valued at $150.00, is to be awarded to ao. student in the first y ear of the course in Industrial Electricity and t enable in the second y ear o.f the course. During the school year 1952-53 this scholarship was awarded to: Dennis Raymo.nd Do ering, Coronation, Alberta. This scholarship is being offered again for the school year 1953-54. 8. Calgary Motor Products Ltd. This firm donat d a scholarship valu..,d at $150.00 to be awarded to a student in the first year Automotive Service Engineering and tenable in the second year of the ..:: ourse. During the school year 1952-53 this scholarship was awarded to: Tymen Bouwsema, Nobleford, Alberta. This scholarship is being offered again for the school year 1953-54. 9. Freeman Wilson Ltd. This firm donated a scholarship valued at $150.00 to be awarded to a student in the first y ear Automotive Service Engineering and t enable in the second year of the ..: ourse. During the school year 1952-53 this scholarship was awnrded to: Theodore Finlay Levick, Trail, B.C. This scholarship is being offered again for the school year 1953-54. 10. General Supplies Ltd. This firm donated a scholarship valued at $150.00 to be awarded to a student in the first year Automotive Service Engineering and t enable in the second year of the course. During the school year 1952-53 this scholarship was awarded to: William Rozak, Radway, Alberta. This scholarship is being offered again for the school year 1953-54. ll. Maclin Motors Ltd. This firm donated a scholarship valued at $150.00 to be awarded to a stu-dent in the first year Automotive Service Engineering and tenable in the second year of the course.
17 During the school year 1952-53 this scholarship was awarded to: Lin 18 The Airframe Shop :EVENING COURSES For the ben efit of tradesmen and others in Calgary and district, the Institute provides an elaborate programme of Evening Classes. These usually run on the basis of two hours instruction per evening, two nights per week, for a period of eighteen weeks - from late in October till early in March. Before any class is organized there must be a minimum enrolment of twelve students. Courses now offered include: Art Geology Auto Mechanks Mo.chine Shop Carpentry Materials Testing Diesel Oil Chemistry Drafting Motor Tune-Up Clothing and Design Radio Electricity Radio Code Estimating for Builders Welding Fron t··end Alignment Woodwork For complet details of the above, see the Evening Class Announcement. Other courses may be organized as the demand warrants. Technical Training for Apprentices: During 1949 the _Provincial Department of Education and the Apprenticeship Board of Alberta jointly agreed to tran sfer gradually the technical training of appren tices from Canadian Vocational Train ing to the Provincial Institute of Technology and Art. 19 Accordingly, in furtherance of this plan, the first groups of apprentices commenced technical training classes at t he Institute in the school year 1948-49. During the school year 1951-52 apprentices from the following trades attended the Institute: Automobile, Mechanics, Auto Body Repair, Carpenters, Electricians, Radio Tech nicians, Refrigeration and Sheet Metal. The list of trades will be gradually increased until apprentices from all designated trades receive their technical training at the Institute. On account of this expanding programme it may be n ecessary to restrict enrolment in the following Institute courses: Automobile Mechanics, Building Construction and Architectural Drafting, Indus trial Electricity, and Radio and Refrigeration Servicing. Under these circumstances the Institute reserves the right to select the students who are best prepared and most likely to succeed in any given course of training. CORRESPONDENCE COURSES For many years the Institute has offered home-study courses to assist coal miners and steam engineers in preparing for Govern ment Examinations of competency. At the present time the Institute has correspondence students located at very many points throughout the Dominion. In addition, the 'courses which have been prepared are being used as standard texts by the Technical Branches of the Departments of Education in Manitoba, New Brunswick, a nd as texts for various night classes in Alberta. The following Correspondence Courses are available: Coal Mining-First Class (Mine Manager) Coal Mining-Second Class A registration fee of $5.00 is required and is payable whe:n appli cation is made, for all Day Courses. This fee is not refundabie if the applicant has b een accepted for admission . .. ., OQ>.. "' ~ " . ~~g 0 .... ~u;a , u.," .. 0".!l u..:"0 - >~ u .. ., ..,~ ..,;:~ o .. ~=~~"" >trn5 .. ga~ "O ,g~.., l D>tl D>D> .!:!- .5~ c- .E.S a-:a ·~"Ct» c..,.= D>., ~Et~"' "' :':!., .,-C""' Gl,g-~ ""., .. ..:o .. "'"'>~>; >"' !- Total ...... $65.00 $50.00 $27.00 $57.00 $40.00 (* Applie to certain courses only) Fees other than the registration fee are payable at the time of enrolment. The tool deposit of $5.00 less deductions if any, will be returned upon completion of the course. Tool deposits n ot claimed within sixty days after the close of th e course may not be recoveral>le. Day students may enroll in night classes with the approval of th Principal and on payment of the regular fee. CORRESPONDENCE COURSES Fourth Third Second First Strip Class Class Class Class Surveying Mining Mining ...... $15.00 $25.00 $40.00 $25.00 $13.00 Steam ...... 10.00 15.00 25.00 40.00 Practical Maths . .. 10.00 BOARD AND LODGING There are no dormitories conn ected with the Institute. Students may obtain board and room in the vicinity of the buildings at a reasonable rate. A list of boarding houses may be obtained from the Main Office. Board and room will cost from $50 to $55 per month. RAILWAY AND BUS TRANSPORTATION Students planning to attend the Institute are advised to contact their local railway or bus ticket agent with r espect to the special rates which are available to students. 21 INDUSTRIAL ELECTRICITY TWO-YEAR COURSE September 28th, 1953, to May 21st, 1954 Fee for First Year is $45.00 plus Registration F'ee of $5.00 Fee for Second Year is $45.00 plus Registration Fee of $5.00 Industrial Electricity is a broad term which embraces a number of special fields including the production, distribution and use of electric power. The units in this cour e have been developed to give instruction in the basic theory and the sl Graduates in Industrial Electricity who may be intere ted in obtainin g their Journeyman's license as electrical wiremen are referred to "Credits for Institute Courses," page 13. 22 Attention is drawn to t he fact t h at it may be n ecessary to restrict the enrolmen t in this course. For further details please t urn to "Technical Training for Apprentices," on page 19. FIRST YEAR Subject Unit Hours Shop Work and Testing ...... E-10 405 Machine Shop ...... H-14 45 Electrical Theory ...... E-ll 120 Mathematics ...... U-10 120 Science ...... M-11, 1'2 90 Drafting ...... L-11-1 90 General Knowledge ...... T-10 30 900 SECOND YEAR Shop Work and Testing ...... E-20 450 Theory ...... E-21 150 Mathematics ...... U-20 120 Science ...... M-21 60 Drafting ...... L-21-1 90 G neral Knowledge ...... T-20 30 900 Textbooks: First Year - In~ustrial Electricity, Part I ...... Dawes Mathematics for Electricians ...... Kuehn Five Figure Logarithmic and Other Tables ...... Castle Second Year - Industrial Electricity, Part II ... . Dawes American Electricians' Handbook . Croft Tools: The student shall provide: 10" adjustable wrench (Cre cent), 8" side cutting pliers, 6" long nose pliers, 6" diagonal cutters (optional), 6" insulated handle screw driver, 2" insulated handle screw driver, 1lb. ball peen hammer, claw hammer (optional), :J lbs. soldering iron, 4" blade scissors, strong jack knife, padlock (2 keys), 2 pairs khaki overalls (unless pre-shrunk, get one size larger), 6' steel tape, 6" steel scale, loose leaf note book to fit 3 hole sheets 8'h '' x 11". Students are advised not to purchase tools until they have met their shop instructors who will recommend the quality of tools to b purchas d. 23 RADIO AND ELECTRONICS TWO-YEAR COURSE (See note) September 28th, 1953. to May 21st, 1954 Fee for First Year is $45.00 plus Registration Fee of $5.00 Fee for Second Year is $45.00 plus Registration Fee of $5.00 In recent years there have been tremendous developments in the fields of radio and electronics. Technicians servicing and install ing modern radio and electronic equipment require a sound funda mental knowledge of the theory underlying these devices and com plete familiarity with modern servicing and testing equipment. With the advent of frequency modulation, television, high frequency devices, and more industrial applications of electronics, technical training in these fields is becoming even more essential. The first year of the course covers the theory and shop practices required for the servicing and maintenance of the majority of domestic receivers. The second year of the course covers the theory of A.M. trans mitters, F.M. receivers and transmitters, television, industrial elec tronics, and high frequen cy systems. Shop practice with A.M. trans mitters, F.M. transmitters and receivers, intercommunication and high frequency equipment is also provided. Students enrolling in this course mu t have successfully com pleted Math 10 of the Alberta high school course or equivalent. Note: Students wishing to enrol in the second year of the course. who have not completed the first year, may do so providing they hold a Second Class Radio Technician's Certificate for Alberta. Students so enrolled will be entitled to a diploma upon successful completion of the course. Students holding a Second Class Radio Technician's Certificate for Alberta may also enrol for any substantial portion of the second year, such as frequency modulation. television, etc. Applications for enrolment under these special conditions will be dealt with on their individual merits. Students so enrolled will not be entitled to a diploma but will receive a statement at the conclusion of their training. 24 Subject Unit Hours Shop Work ...... ER-10 450 Electrical and Radio Theory ...... ER-11 180 Mathematics ...... U-16 90 Radio Drafting ...... , ...... L-11-2 90 Radio Instruments ...... ER-12 30 General Knowledge ...... T-10 30 Business Knowledge ...... 0 -13 30 Total ... 900 SECOND YEAR Shop Work ...... ER-20 450 Theory ...... ER-21 210 Mathematics ...... U-28 90 Science ...... M-20 90 Drafting ...... L-21-2 60 Total ...... 900 Textbooks: First Year Elements of Radio Servicing ...... Marcuss and Levy Basic Electricity for Communications ...... Timbie Receiving Tube Manual ...... Five Figure Logarithmic and other tables ...... Castle Second Year - Basic Electricity for Communications ...... Timbie Receiving Tube Manual ...... Five Figure Logarithmic and other tables ...... Castle Tools: 6" insulated screw driver, 'A. " blade screw driver, 6" side cutting pliers, 4" diagonal cutters, 6" long nose pliers, radio tuning wrench, 75-watt el ectric soldering iron, a good jack knife, a khaki smock, 600 and 450 drafting set squares, a set of drafting instruments and a slide rule. Students are advised not to purchase tools until they have met their shop instructors who will recommend the quality of tools to be purchased. REFRIGERATION ONE-YEAR COURSE September 28th, 1953, to May 21st, 1954 Fee for this Course is $45.00 plus Registration F ee of $5.00 Refrigeration plays an important part in domestic, commercial and industrial operations. The widespread use, in recent y ears, of frozen foods is one factor which has increased th e nation's refrigera t ion requirements. The installation and mainten ance of refrigeration is a Iield in which specialized training and experience are required. This course is designed to provide the n ecessary theoretical back ground and an introduction to the practical experience n ecessary for insta lling a nd maintaining all types of domest ic, a s w ell as small and m edium size commercial refrigeration mach in es. Because elec tricity is a n important factor in the operation of refrigerator drives and controls, care is taken to ensure an adequate understanding of this subject. Students enrolling in this course a re required to have completed Math 10 of the Alberta high school course or equivalent. Subject Unit Hours Refrigeration Shop ER-13 330 Electrical Shop __ _ E-12 60 Machine Shop ...... H-17 60 Refrigeration Theory ER-14 150 Electrical Theory E-13 60 Mathematics ...... U-19 60 Science ...... M-10 60 Drafting ...... L-11-3 90 Gen eral Knowledge ...... T-10 30 Total . 900 Textbooks: Drake's Refrigeration Service Manual ...... Manly Tools: 6'' scre\v driver, 8" screw driver, 6" side cutting pliers, a set of OQen-end wrenches covering the sizes from '-h " to 11.4 ", a good jack knife, 450 a nd 60° s et squares, set of drafting instruments, 6" long nose p)iel,'s, small screw driver with 3/ 16" blade, khaki smock or overa1ls. .26 Students are advised not to purchas tvols until they have met their shop instructors who will r commend the quality of tools to be purchased. Students who so desire may qualify for a diploma in "Radio and Refrigeration Servicing'' by successfully completing the first year of the two-year Radio and Electronics course and the one-year Refrigeration course. Servicing ability in both fields is very d esirable for those students who plan to work for small firms or in the smaller towns. Servicing Radio Receivers COMMERCIAL WIRELESS OPERATING ONE-YEAR COURSE September 1st, 1953, to June 16th, 1954 Fee for this Course is $60.00 plus Registration F'ee of $5.00 Radio communication is vital to the development and continu ance of industry and transportation and has become a key factor in national defence programs. In the field or aviation, radio is indispensable. Government operated air Jines as well as private commercial companies find it essential in the everyday operation of their planes. At sea every ship carries transmitting and receiving equipment. Without the facilities of radio, modern transportation would be set back a hun dred years. All radio stations are government licensed and require licensed commercial operators. The Certificate of Proficiency for Commercial Operators is awarded after the government examinations have been passed. Requirements for these examinations are laid down by international agreement. These consist of sending and receiving code at 20 words per minute, written and oral examinations on electrical and radio theory, message handling, and practical tests on the operation and main tenance of government approved equipment. The possession of a Commercial certificate gives the holder a definite status in the radio industry, and is often a means of advancement to better positions. The holder of a Canadian Certifi cate of Proficiency is qualified for employment in any shore station in Canada, or on any ship of Canadian registry. The majority of operators today operate teletype in conjunction with their regular wireless work. This calls for proficiency in typing. The Institute has installed typewriters to make it possible for students to increase typewriting proficiency and to enable them to gain some experience in transcribing morse signals directly on the typewriter. It is recommended that students not already proficient in typing consider enrolling for night class instruction at any of the regular commercial schools for typing. Although typewriting is not as yet a part of the government examination for wireless operator~; ' certificates, typewriting experience gained at school will prove of considerable value to the operator when he is in the field. 28 Students taking this course must have at least Grade X standing. Preference will be given to those who hold a Grade XII certificate. Subject Unit Hours Electrical and Radio Theory ...... E0-10 380 Code ...... E0-11 456 Radio Shopwork E0-12 190 Traffic Handling E0-13 114 Total ...... ~ ...... 1140 Textbooks: Traffic Handbook for Radio Operators ...... Kitchen Elem ents of Radio Marcus Handbook for Wireless Operators - Obtainable from Radio Jnspector. A sum not exceeding fifteen dollars, ($15.00) will be required for the purchase of t ext books, mimeographed n•aterial, printed circuit diagrams, and parts for an audio-frequency o n cilla~or for hoinE' code practice. Students are advised not to pmchase the above until they have m et their instructors who will recommend the items in current use for this course. However, if students alr Commercial Wireless Shop 29 MACHINE SHOP TWO-YEAR COURSE September 28th, 1953, to May 21st, 1954 Fee for First Year is $45.00 plus Registration Fee of $5.00 Fee for Second Year is $60.00 plus Registration Fee of $5.00 The rapidly increasing mechanization of both industry and agri- culture has made great demands on the supply of trained machinists able to repair and rebuild mechanical equipment. The manufac turing of ma,chines and parts in the West is increasing, and provides employment opportunities for many skilled workmen. This course is designed for those who propose to become gen eral machinists, and seek employment in a general machine shop, or manufacturing plant; or to start a small shop of their own. It provides background in theory together with practical work, so that those with mechanical aptitude may make rapid progress on securing industrial experience. FIRST YEAR Subject Unit Hours Machine Shop ...... H-10 450 Theory ...... H-12 90 Drafting ...... L-12 120 Mathematics ...... U-11 120 Science ...... ~ ...... M-11,12 90 General Knowledge ...... T-10 30 Total ...... 900 SECOND YEAR Machine Shop ...... H-20 360 Welding .... ,...... W-11 90 Theory H-21 120 Mathematics U-21 90 Science ...... M-23, 24 :)() Drafting ...... L-22 120 General Knowledge ...... T-20 30 Total ...... 900 Textbooks: First Year - Mathematics for Technical Schools ...... Warren and Rutherford Machine Tool Operation, Parts I and II ...... Henry D. Burghardt Second Year - Elementary Applied Mechanics ...... Morley and Inchley Mathematical and Physical Tables ...... Cla rk "Machinery's Handbook" ...... Oberg & Jones The student shall provide: 6" steel rule, 4" inside calipers, 4" outside calipers, 1 lb. ball peen hammer, centre gauge, centre punc h and 6" hermaphrodite calipers, GOO and 450 set squares, set of draft ing instruments, 10" slide rule, two pairs of khaki coveralls. 30 AUTOMOTIVE SERVICE ENGINEERING TWO-YEAR COURSE Sep tember 28th, 1953, t o May 21st, 1954 Fee for First Year is $45.00 plus Registration Fee of $5.00 Fee for Second Year is $45.00 plus Registration Fee of $5.00 During the fiscal year 1951-52 the number of licenses issued for motor vehicles in Alberta was as follows: Passenger cars ...... 166,568 Motorcycles ...... 2,508 Dealers ...... 1,895 Buses, Trucks, Taxis, School Vans ...... 91,017 Th maintenance, repair, and servicing of these vehicl~s along with the business arising from transient visitors' cars constitutes a tremendous :volume of work with a correspondingly attractive oppor tunity for employment. Prospective employees in this industry will find competition keen, but w ell-trained m echanics will always be in demand. · This cour c in Automotive Service Eng ineering provides the sound basic training n ee s ary to assure success. Approximately ha!.f of the total time is devoted to Shopwork, involving the repair of modern vehicles by the use of the most up-to-date equipment. Such repairs are carried out to the manufacturer' specifications, and each job that leaves th shop must giv satisfaction to the owner. The course also provides excellent preparation for the examina tions of compet ncy which all motor mechanics must pa s in order to be licensed under the Tradesman's Qualification Act of the Province of Alberta. Successful completion of the course also ca rries with it official recognition by the Apprenticeship Board of the Province. Grade X standing is req uired for admission to th is course. How ever, con ideration will be given to candidates w ho, for sound reasons, may not have attained this academic standard. Attention is drawn to the fact t hat it may be necessary to restrict the enrolmen t in this course. For further details please turn to "Technical Training for Appr ntices," on pag 19. FIRST YEAR Subject Unit Hours Automobile Shop ...... G-10 450 Automobile Theory ...... G-11 120 Drafting ...... L-13 90 Mathematics ...... U-12 120 Science ...... M-11, 12 90 General Knowledge ...... T -10 30 Total ...... 900 31 • ' • J , SEGOND YEAR Subject Unit Hours Automobile Theory ...... G-21 150 Automobile Shop ...... G-20 360 Machine Shop ...... H-11 90 Mathematics U-22 60 Science ...... M-22-26 120 Metallurgy ...... M-29 30 Drafting ...... L-23 60 General Knowledge ...... T-20 30 Total ...... 900 Textbooks: First Year- Automotive Mechanics ...... Crouse Mathematics for Technical Schools ...... Warren and Ruth erford Second Year - Automotive Electrical Equipment ...... Crouse Notes on Bookkeeping for Motor Students. Students are required to provide the following tools of a quality satisfactory to the instructor: 8 oz. and 1 lb. ball peen hammers, 6" diagonal cutters, 8" screw driver, set open-end wrenches, sug gested sizes % - 7/ 16, lh - 9/ 16, % - 11/ 16, %. - %, 15116 - 1"; set of sockets, 6" steel cale, two pairs khaki coveralls with covered buttons. Second-year students are required to provide the following tools: 10" ignition screw driver, 6" long-nose side-cutting pliers, ignition wrench set, 8 oz. hammer, 8" combination pliers, two pairs khaki coveralls. Students are advised not to purchase tools until they have met their shop instructors who will recommend the quality of tools to be purchased. ,...... Major automotive repairs Automotive Shop). 32 AIRCRAFT MAINTENANCE ENGINEERING TWO-YEAR COURSE September 1st, 1953, to June 18th, 1954 Fee for First Year is $60.00 plus Registration Fee of $5.00 Fee for Second Year is $60.00 plus Registration Fee of $5.00 Throughout the world a rapid expansion of civil air transport services is at present taking place. In this development, Canada should play a leading part. The Dominion is so located geographic ally that many important inter-Continental air lines will fly over her territory; on account of the great distances involved, the time saving factor of flying is oi greater moment in Canada than it is in smaller countries; and the great Canadian North is still almost entirely dependent upon aviation for transport facilities. The rapid development and expansion of the aircraft industry in Canada today has resulted in a strong demand for additional, suitably trained personnel. To ensure employment and the retention of employment, superior training and ability will be necessary. The Department of Aeronautics is offering an Aircraft Mainten ance Engineers' course of two years. covering instruction in both air frames and engines. The objective of this course is to provide the technical training required to pass the Department of Transport examinations for the "A" Aircraft Maintenance Engineer's Certificate. It also provides the first two years of the three-year course in Aeronautical Engineering. The Department of Aeronautics has won recognition from the Department of Transport of the Dominion Government. Time spent by the students in the shops is credited to the experience qualifica tion required for the "A" Aircraft Maintenance Engineer's Certificate. The Department is also the only school of Aviation in Canada listed hy the Department of Transport as an "Authorized Enterprise" for the rebuilding, repair and overhaul of commercial aircraft and engines. Students enrolling in the Aircraft Maintenance Engineers' Course should rave passed in Math 20 Alberta High School syliabus, or equivalent. 33 FIRST YEAR Subject Unit Hours Airframe Shop Z-10 187 Aero Engine Shop Z-12 187 Sheet Metal Work . H-15 60 Welding ...... W -12 60 Airframe Theory ...... Z-11 38 Aero Engine Theory Z-13 38 Aeronautical Theory Z-14 130 Mathematics U-13 160 Physics ...... M-15 84 Chemistry M-16 30 Aircraft Materials ...... Z-15 46 Drafting ...... L-14 90 General Knowledge ...... T-10 30 Total ...... 1140 SECOND YEAR Airframe Shop ...... Z-20 202 Aero Engine Shop ...... Z-22 232 Machine Shop ...... H-22 60 Airframe Theory ...... Z-21 38 Aero Engine and Ignition Theory ...... Z-23 38 Aerodynamics ...... Z-24 92 Mathematics ...... U-23 92 Metallurgy ...... Z-25 76 Physics ...... M-28 84 Chemistry ...... M-26 60 Aircraft Materials Z-26 46 Drafting . L-24 90 General Knowledge T-20 30 Total ...... 1140 Textbook s : First Year - Arith metic for Engineers ...... Clapham Aviation Mechanic's Aircraft Manual ...... Vale Civil Aeronautics Manual 18. Second Year - Mathematics for Engineers, Part I ...... Rose Elements of Practical Aerodynamics ...... Bradley Jones Tools: Studen ts shall provide: 8" Crescent wrench, 8 oz. ball peen ham mer, 6" combination pliers, set of open-end wrenches, set of box-end wrenches, 10" mill file and handle, 6" scale, 8" screw driver, tool box, welding goggles, drafting instruments, 450 and 600 set squares, slide rule, two pairs of overalls. Second-year students should also provide : Triangular architect's scale, drawing ink, I ttering pen. 34 AERONAUTICAL ENGINEERING T HREE-YEAR COURSE' September lst, 1953, t o June 18th , 1954 Fee for Third Year is $60.00 pl·us Registration Fee of $5.00 This course will consist of the two-year Aircraft Maintenance Engineers' Course, together with a third year of advanced work in Aeron,autical Engineering. To be eligible for this course, students must have graduated from the two-year Aircraft Maintenance Engi neers' Course. The object of the course is to give the technical instruction required to pass the examinations for the Associate Fellowship of the Royal Aeronautical Society. These examinations demand a level of technical education approaching that required for the B.Sc. degree in Engineering. To write these examinations it may be necessary for students to have passed their Senior Matriculation. This year th e Navy has accepted 3rd Year Aeronautical Engin eer ing Students into the Naval Res rve (Air Br:1nch) with the ran k of Midshipman. Before acceptance the must pass a medical examina tion and an Officer Selection Board. Those accepted attend parades one night a week at H.M.C.S. "Tecumseh" for which they are paid. Subject Unit Hours Mathematics U-30 266 Aerodynamics ...... Z-30 236 Strength of Aircraft Materials and Structures, including Laboratory Work ...... Z-31 290 Physics ...... M-31 198 Drafting ...... L-34 90 English ...... T-30 30 Thermodynamics M-32 ;,o Total ...... 1140 Textbooks: Mathematics for Engineers, Part II ...... Rose Handbook of Mathematical Tables and Formulae .. R. S. Burington Physics ...... Hausman and Slack Analysis and Design of Airplane Structure ...... E. F. Bruhn BUILDING CONSTRUCTION AND ARCHITECTURAL DRAFTING TWO-YEAR COURSE September 28th, 1953, to May 21st, 1954 Fee for First Year is $45.00 plus Registration Fee of $5.00 Fee for Second Year is $45.00 plus Registration Fee of $5.00 This course is especially designed to prepare young men for positions in the building industry and in architectural drafting. A well-balanced programme is presented which, in building con struction, leads to jobs such as estimator, timekeeper, foreman, supervisor, inspector, contractor, maintenance, and building products salesman. The training in architectural drafting leads to positions in architects' offices, oil company offices, design departments of constructional firms, drafting offices of constructional firms, and also to architectural apprenticeship. Unless they are granted special exemption, students enrolling in this course must have completed Math 10 and English of Grade XI. FIRST YEAR Subject Unit Hours Architectural Drafting ...... L-15 270 Shopwork ...... K-11 360 Materials and Construction ...... K-12 60 Science ...... M-11, 12 90 Mathematics ...... U-18 90 General Knowledge ...... T-10 30 Total ...... 900 SECOND YEAR Architectural Drafting ...... L-25 270 Shopwork ...... K-21 270 Materials and Construction ...... K-22 90 Estimating ...... K-23 90 Physics ...... M-24 60 Mathematics ...... U-24 90 General Knowledge T-20 30 Total ...... 900 36 Textbooks: First Year - Arithmetic for Engineers ...... Clapham Lessons in Lettering, Books 1 and 2 ...... French and Turnbull Second Year - Mathematics for Engineers, Part I ···' ...... Rose Kidder's Architects' and Builders' Pocket Booli: ...... 18th Edition Tools: Each student shall provide : Good set drafting instruments, 12" triangular boxwood scale, 60° and 45° set squares, drawing ink, 10" slide rule, one 6-ft. steel "Mezurall" Lufkin Pocket Tape, two shop aprons. Students are advised not to purchase tools until they have m et their shop instructors w ho w ill recommend the quality of tools to be purchased. r. ' 37 MECHANICAL DRAFTING TWO-YEAR COURSE September 28th, 1953, to May 21st, 1954 Fee for First Year is $45.00 plus Registration Fee of $5.00 Fee for Second Year is $45.00 plus Registration Fee of $5.00 This course provides a thorough groundin g in mechanical d raft ing and drawing-office practice. The successful student will be capabl of undertaking work as a junior draftsman or detail designer, under supervision. The related work a nd theory are designed to provid the n ecessary bacl FIRST YEAR Subje ct Unit Hours Mechanical Drafting L-16 390 Machine Shop ...... H-13 180 Theory ...... H-12 90 Science ...... M -11, 12 90 Mathematics U-14 120 General Knowledge T-10 30 Total . 900 SECOND YEAR Mechanical Draftir,g L-26 300 Topographical Drafting L-26-1 90 Machine Shop ...... H-23 100 Theory ...... H-21 120 Science ...... M-23, 24 90 Mathematics ...... U-21 90 General Knowledge T-20 30 Total ...... 900 38 Textbooks: First Year - Mat hematics for Technical Schools ...... Warren and Rutherford Mathematical and Physical Tables ...... Clark Machine Tool Operation, Parts I and II ...... Henry D. Burgha rdt Engineering Drawing ...... Thomas E. French Lessons in Lett ring, Books 1 and '2 ...... French and Turnbull Second Year - Elem entary Applied Mechanics Morley and Inchley "Machinery's Handbook" ...... Oberg & Jones Too ls: Each student shall provide : Good set drafting instruments, 12" triangular boxwood scale, 60° and 450 set squares, drawing ink, 10" slide rule, two pairs of khaki coveralls. Surveying A Class in Drafting 39 SURVEYING AND DRAFTING TWO-YEAR COURSE September 28th, 1953, to May 21st. 1954 Fee for First Year is $45.00 plus Registration Fee of $5.00 Fee for Second Year is $45.00 plus Registration Fee of $5.00 A new program is being offered in Surveying and Drafting. The first year of the course provides an intensive practical train ing in Surveying and its related Drafting. The second year is designed to prepare the student for the preliminary examinations for ..:ertifica tion as an Alberta Land Surveyor or as a Dominion Land Surveyor. A further modification is being incorporated in the fltst year program. In recent years aerial photography has played an increas ing roll in mapping, and in geophysical, geologteal, forestry, and olher surveys. To bring the student abreast of modern developments in the field, a basic course in Photogrammetry is being included. Successful completion of the first year of the course prov1des the student with a certificate in Surveying and Drafting. It fits him for work with oil companies, land offices, expl·)ration companies and others not requiring a government certified la nd surveyor. He may be employed as draftsman, computor, transit !'nan, leveller, and plane table man. Second year work leads to a diploma in Surveying and Draftmg. The primary aim is to m eet the requirements in mathematics, physics, orthography, Canadian history, and general geography set by the Board of Examiners for the Alberta Land Surveyors and by the Board of Examiners for the Dominion Land Surveyors. In addition there will be considerable practical work in surveying and drafting frcm field notes. Completion of such course would open a wide field in survey work to the successful student. It would also enable him to appren tice as an A.L.S. or D.L.S., and in view of the shortage of sarveyors at the present time this could be a very profitable venture. The course in both years is very intensive. The studcnJ must provide himself with a well-lighted des:< or table at which to do home study. This study a rea must be provided with a drafting board and T-square. There is a great demand for both first and second year graduates of this course. Students enrolling in this course must have completed Math 20 or its equivalent. FIRST YEAR Subject Unit hours Survey Drafting ...... L-17 '"M.rl Field Work ...... LS-10 180 Survey Theory .... . LS-11 150 Science ...... M-11,12 90 Mathematics U-17 l:lO 40 General Knowledge . • ...... J. ,... ·~ T-10 3(J Photogrammetry .. · ...... LS-12 :J() Total :JO(J SECOND YEAR Survey Drafting L-27 90 Field Work .. LS-20 270 Survey Theory and Geology ...... LS-21 180 Physics ...... M-25 90 Mathematics U-27 240 General Knowledge ...... T-24 30 Total ...... 900 Textbooks: First Year - Elements of Topographical Drawing .... . Sloane & Montz Engineering Surveys: Elementary and Applied ...... Rubey, Lommel & Todd Lessons in Lettering, Books 1 and 2 French & Turnbull Five Figure Logarithmic Tables ...... Castle Tools: Each student shall provide: Good set drafting instruments, 12" €ngineer's triangular boxwood scale, 600 and 450 set squares, draw ing ink, 10" slide rule (Hughes Owens No. 1768). Students are advised not to purchase tools until they have m et their instructors who will recommf" nd the quality of tools to be purchased. Testing Strength of Concrete Samples 41 CLOTHING AND DESIGN Sep tem ber 28th. 1953. to May ?. !st. 1954 DIVISION ONE Dre ssm aking and Tailoring Fee for this Course is $45.00 plus RegistrRtion Fee of $5.00 This is a one-year certificated oourse designed to give t he student a sounrl knowledge of th e basics in dressmaking and tailoring, s<» t hat she may enter the business field in either of these lines. or hav a thorough grounding for personal or family n eeds. Althoug h basic processes are taught, this course goes beyond i.he r gular Home Economics courses at High School level. In dlessmak ing the student proceeds by easy stages from the construction of simple garments for h erself to more complex on es, a nd even Lually t<» custom work for children and adults. Tailoring processes include the construction of a t ailored suit for the student and a top-coat for a customer, with special emphasis placed on fitting. Basic a1 ~era tions for customers aid in learning the careful fitting of garments, and prepare the student to go out into this I'ield of work on completion of her first year. U;'HT HOUR t ~ Dressmaking -ShOp P-10 450,..... _.., Textiles ..... ,.. P-11 ::10 / Applied Craft ...... P-14 6()' -1. Applied Art .. PR-10 6(; History of Costume ...... P-12 ;)()' Applied Mathematics ...... U-12 30 .....__ , General Knowledge T-11 180 / Total 900 Materials to complete the prescribed garmen ts in the Dt·essmak ing and Tailoring Course will be approximt 42 The intensiYe study of Textiles would fit the graduate for Fabric and Fashion Consultant work , special lines of teaching and better positions in factory work. Emphasis is placed on drafting and designing styles for difficult !igures. Students specialize in fitting c ustomer's dresses and Dress maker suits under conditions similar to an actual designing shop. Modern equipment of different types is used throughout and instruc tion is given on an individual basi in Shop Work. UNIT HOURS Dressmaking Shop ...... P-20 420 ~0 _-7Drafting ...... P-23 180 I. A T extiles ...... P-21 60 J .Applied Craft ...... P-24 60 -- Applie-d Art ...... PR-20 60 General Knowledge ...... T-22 30 ,_..::7History of Costume ...... P-25 :50 :Business Knowledge and Bookkeeping ...... 0-11 60 -:rota! 900 Materials to complete the prescribed garments in the Fashion Design and Draftin g Course will be approximately $60.00. A list of Equipment r equired will be g iven to the student on arrival. FOOD SERVICE TRAINING ONE-YEAR COURSE WITH C.ERTIFICATE Se ptember 28t h, 1953, to May 21s t , 1954. Fee for this Cour se is $45.00 plus Registration Fee of $5.00 This course is design ed to fill the growing need for people 1;rained in food service work. With Albert a becoming a mecca for touri ts there are u nlimited poss ib iliti ~ s for employmen t a n d business <>pportunities in this field. A graduate of this course will find m a ny <>penings in restaurants, lunch-counters, industrial and institution al Total ...... 900 Each student will provide: Girls - 3 white short-sleeved smocks. Boys - 3 uniform sets in white - pants, shirt and black tie. Tools will be purchased after class is in session. AGRICULTURAL MECHANICS TWO-YEAR COURSE November 2nd, 1953, to April 2nd, 1954 Fee for First Year is $60.00 plus Registration Fee of $5.00 Fee for Second Year is $45.00 plus Registration .!Tee of $5.00 Apart from the investment in land, the initial investment in a tractor and its allied equipment · constitutes the largest financial item in a farm set-up. Unlike the land, which frequently increases in value from year to year, there is a constant depreciation of farm equipment which is reflected in annual upkeep costs and the eventual replacement of each machine. Successful farm management involves a comprehensive knowledge of all machines used in Alberta agricul ture, their operational costs, costs of ownership and maintenance. The steadily increasing diversity in the types of diesel-powered tractors appearing on the market, and the probable economy of "bottled gas'' engines (Propane) in Alberta, indicate the need for an understanding of these variations of the internal combustion engine. The correct location, arrangement and construction of farm buildings may determine the eventual success or failure of a farming enterprise. This course is designed to equip young men with the necessary skills and knowledge to enable them to buy wisely and to maintain their own tractors, farm machin ery &nd buildings. FIRST YEAR Subject Unit Hours ~ractor Shop .... D-10 &D-12 360 Farm Power Theory D-11 110 Welding D-15 90, Science .. M-19 40 Total ...... 600 SECOND YEAR Building Construction and Concrete Work ... K-24 270 Machinery .. D-21 75 Machine Shop H-16 60 44 Diesel and Ignition Theory ...... D-20 75 Tractor Shop ...... D-22 60 Chemistry ...... M-27 40 Business Knowledge 0-25 20 Total ...... 600 Text(books: First Year - Farm Power...... Moses and Front Farm Gas Engines and Tractors ...... Jones Farm Tractor Maintenance ...... Morrison Second Year - Diesel-Engine Construction .. Brown Tools: Students shall provide: 6" steel rule, 6" combination pliers, 10" screw driver, ball peen hammer, 1 set open-end wrenches, 1 set box end wrenches, 2 pairs khaki coveralls. Students are advised not to purchase tools until they have met their shop instructors who will recommend the quality of tools to be purchased. .. Tractor overhaul. 45 FARM CONSTRUCTION AND M ECHANICS FIVE -MONTH COURSE Nov ember 2nd. 1953. t o April 2nd, 1 954 Fee for this Course is $45.00 plus Registration Fee of $5.00 This course is designed to give instruction and practice in the mechanical and building operations common to farm life. With respect to farm power, the first t en weeks of this course are identical in subject matter with the first ten weeks of the first year of the Agricultural Mechanics Course. During the second ten weeks classroom and shop instruction will be given in farm machinery, carpentry and concrete work. Subject Unit Hours Tractor Shop ...... D-10 150 Farm Power ...... D-11 110 Farm Machinery ...... D-16 150 Science ...... M-19 40 Woodworking & Concrete (Shop & Theory) ...... K-13 150 Total ' 600 Textbooks: Farm Gas Engines & Tractors . . ... Jones Farm Tractor Maintenance .. Morrison Tools: Students shall provide: 6" steel rule, 6" combination pliers, 10'' screw driver, claw hammer, 1 set open-end wrenches, 1 set bo:x-end wrenches, 2 pairs khaki coveralls. Students are advised not to purchase tools until they have met t-heir shop instructors who will recommend the quality of tools to be purchased. Students who wish to take only part of the course in Farm Con struction and Mechanics should note the following dates: Engines and Tractors - Nov~mber 2nd, 1953 to January 22nd, 1954; Wood working and Concrete Work - January 25th, 1954 to February 26th, 1954; Farm Machinery - March 1st, 1954, to April 2nd, 1954. The first ten weeks of this course is identical with the ten-week Short Tractor Course formerly offered. TRACTORS Students may take the first ten w eeks of the Farm Construction and Mechanics Course for the Short Course fee of $27.00. 46 OXY-ACETYLENE AND ELECTRIC WELD~NG Special Three ~ Week Courses Fee for each Course is $52.00 plus Registration Fee of $5.00 Anyone requmng two co urs ~s (6 weeks) must complete two ap plications each accompanied by $5.00 registration fee. Welding courses will commence September 28th, 1953; 0 tober 19th,. '19ei3; November 9th, 1953; Nov<:>mber 30th, 1953; January 4th. 1954; J~muary 25t!l, 1954; Fepruar:y 15th, 1954; March 8th, 1954; March ~9th, 1954; April 19th, 1954; May lOth, 1954 . .The increasing use of welding in the construction, erection, main tenance and repair of structures~ pressure-vessels, tanks, piping, auto mobile bodies and innumerable types of machine parts offers splendid employment opportunities for skilled welders. The Institute w elding shop is completely equipped with modern facilities and offers oxy-acetylene and electric welding courses both for beginners and for certificated welders seeking to improve their qualifications. The. attention' of students enrolling in this course is drawn to Paragraph 2, Section 7 of th,e W elding Regulations which reads as follows: "Any person who attends a Welding School in Alberta which is regarded by the Department as competent, shall receive one month credit for each week practical school training received up to and including six weeks in each' calendar year, provided the applicant is ~mployed at the Welding Trade not later than six months after -school graduation. School training received at night school will be credited at 4 hours for each hour ot training received." Beginners are advised to take the Oxy-Acetylene Welding course, W-13, only. In view ot the heavy demand for instruction in welding, prefer ~nce will be given to men holding Province of Alberta Welders' Certificates of Competency. Subject Unit Hours Oxy-Acetylene and Electric Welding W-11 90 Oxy-Acetylene Welding ... W-13 90 Electric Welding .... W-14 90 NOTE - The special fee of $52.00 is charged to cover the cost of welding rods, flux and gas used in the three-week course. Goggles may be pmchased at the Institute toolroom. Students who possess goggles of good quality are advised to bring them. (7 LABORATORY TECHNOLOGY ONE YEAR COURSE Sep te mbe r 28t h. 1953, t o May 21st. 1954 Fee for this Course is $45.00 plus Registration Fee of $5.00 Tremendous strides have been made in d veloping the petroleum and n atural gas reserves of this Province. As a direct result of this industrial expansion, a Petrochemicals Industry of sizeable propor tions is making its appearance. A .number of large chemical plants. are now in process of construction or are already in production. ll is natural therefore that a k een demand has arisen for laboratory technicians of high calibr to assi t in procE:ss control of a variety of chemical products. Many openings are available at attractive rates of pay. There appear to be excellent prospect s of employn;ent in this field with the Canadian Chemical Company (Celanese Corporation) and the C.I.L. Polythene: Plastics Plant, both of Edmonton; the Petroleum re fineries in Calgary; the ConsolidatE-d ::viining and Smelting Company's plants at Calgary a n d Trail; the Shell Sulphur Extracting Flant at Jumping Pound, and the Canadian Gl.ilf Oil Company's chemical de velopment at Pincher Creek. This course i!:; open to both young m en and young women. The minimum age is sixteen years. The pre-requisite for admission to the Course is the Alberta High School Diploma, including Math 10, Science 10, and Chemistry 1, or equivalent training. Preference will be given to students with s enior credits in these subjects. Subject Unit Hours Laboratory T echniques Total 00 Equipmen t - The stu dent shall &upply a suitable lab. coat or smock. 48 INDUSTRIAL ARTS PROGRAM FOR TEACHERS Four-year course leading to t he degree of Bachelor of Education in Industrial Arts. The Provinc.ial Institute of T echnology and Art, Calgary, is now co-operating with t h e Faculty of Education of the University of Al berta by giving shop courses require d in the programme leading to the degree of B. Ed. in Industrial Arts. This programme extends ove r four years, during the first three of which sh0p courses are g iven at the Institute. At the same t ime, cour es in professional suhjects are given in the Faculty of Education at the Calgary Branch of the University of Alberta at lOth St. and 13th Ave. N.W. The work of the final year is given at the Faculty of Education in Edmo nton. The following is t h e outline of the programme leading to Lhc -degree of B.Ed. in Industrial Arts. FIRST YEAR 1. Phys. Ed. 101: Physical Education. 2. Phys. Ed. 105: Health. 3. Ed. 176: Introduction to Adolescent and Educational Psychology. 4. Ed. 180: Education Methods ART Septembei 28th, 1953, to May 21st, 1954 The Institute offers a variety of courses in Commercial Art, Fine Art, Applied Art, Craftwork (Weaving, Leatherwork, Fabrics, etc.), Pottery and Ceramics. Part-time students may work with the day students in regular class periods and obtain credits. Credits are also given to Evening Class students, and may be applied to the Diploll}a Courses. 1. General Art Diploma ...... 2 years 2. Fine Art Advanced Diploma ...... 4 years 3. Commercial Art Advan ced Diploma ...... 4 years 4. Applied Arts and General Crafts Diploma ...... 3 years 5. Pottery and Ceramics, Industrial Design ...... 3 years For full information write for the 1953-54 Prospectus of the .Art Department of the Provincial Institute of Technology and Art. Prospective students may obtain an interview with Mr. Illing worth Kerr, head of the Art Department, from September 22nd by appointment. Phone 871559. OFFICERS OF STUDENTS'' ASSOCIATION 1952 • 1953 FALL TERM President ...... : ...... E . Eisler Vice - President ...... P. Scott Secretary ...... M. Stevenson Treasurer ...... , ...... R. Hilker Winter Term President ...... W. Porochnuk Vice - President ...... L. Stacey Secretary ...... J. Montgomery Treasurer ...... R. Hilker Spring Term President ...... W. Porochnuk Vice - President ...... 0. Samycia Secretary ...... M. Aschacher Treasurer ...... G. Arthur STAFF REPRESENTATIVES Banker ...... D. C. Fleming Banquet ...... A. Shapiro, Mrs. R. A. Denny Baseball ...... A. J. Roper, E. Wood, G. A. Sanders Basketball ...... E. J. Clark, A. R. G. L eckie Girls' Basketball ...... E. M. Mears, D. A. Suffesick Boxing & Wrestling .... R. M. Reid, R. B. Van Metre Bowling, Staff ...... N. G. Tweedle Cribbage, Staff ...... R. M. Reid Curling, Staff ...... R. C. Smith Curling, Student ...... S. Simons, R. A. Brown, W. Bull, W. R. Warden Decorations ...... I. H. Kerr, J. S. Perrott Drama Society ...... 0. Kingsep, L. 0. Lindoe, Mrs. C. L. Allsop, S. P. Bird, Mrs. M. Nicoll Elections, Student ...... L. C. Goode, R. C. Smith "Emery Weal" ...... F. Forster, N. Burtch Executive ...... F. G. Young, R. C. Elliott Field Day ...... Mrs. R. A. Denny, N. Safran, S. N. Green Gymnasium ...... W. Partin Ham Club ...... C. M. Johnson Hockey ...... G. R. Howarth, S. F. Snell IOTA Club ...... D. A. Suffesick, E. M. Mears Literary ...... J. K. MacKen zie, N. Burtch, G. Hare Model Club ...... S. N. Green Orchestra ...... M. J. Tomlinson Record Library ...... F. G. Young (Carnegie collection) Rifle Club ...... F. B. Wynne Sales Activities ...... D. C. Fleming Secretary, Staff ...... Mrs. C. L. Allsop Social ...... F. E. Wh ittle, G. Miles, M. W. Raby, W. Moore Square Dancing, Staff .. E. Wood, W. G. Duke Student Christian Movement ...... J. R. Reid Volleyball ...... A. T. Miller, H. 0 . Merrick Year Book & Photography ...... A. J. Bowering, J. Platt, J. A. Middleton 51 LIST OF CERTIFICATES ISSUED, 1951-52 Day Courses COMMERCIAL W IRELESS F. A. Burwell, Cowley V. A. Peter. on, Oyen H. G. Doepel, Bentley N. Verbisky, Vilna, Alta. A. ~ . Harri;,, Oyen M. Yachimec, Thorsby J. Chernen.wff, Salmo, B.C. WIRELESS OPERATING SPECIALS W. Andreef. Gage, Alta. E. #. BurrJws, Saskatoon H. J. Bell, Goodlands, Man. J. R. McAreavy, Calgary F. P. Bridgewater, Saskatoon W. A. Scal e~. Lariviere, Man. J. P. Skitcko, Rokeby, Sask. FARM CONSTRUC-TION AND MECHANICS B. S. Blust, Masinasin, Alta. R. R. Moreside, Tuberose, Sask. C. K. Currie, Irma, Alta. J. A. Stafinski, Manville D. S. Jam '~s. Carstairs H. C. Usher, Big Valley RADIO SERVICING D. ·i!:. Rathje, Lacombe C. E. Watts. Winchester, Ont. REFRIGERATION C. A. Bakuska, Calgary W. Martin, Edmonton A. W. G. Lawrence, Dawson Creek H. K. Abrahamson, Medicine Hat RESTAURANT MANAGEMENT E. M. Warren , Innisfail J. E. Karlonas, Calgary N. M. Seefeldt, Calgary H. W. Nyback, Camrose E. Bristow, Hazenmore, Sask. S. A. Tomyn, Hotchkiss, Alla. DRESSMAKING SPECIALS E. M.. Bailey, Calgary E. R. Wilson, Calgary E. M. Banning, Calgary WELDING M. Bechthold, Calgary N. R. Van Dam, Youngstown F. H. Cowan, Leduc H. W. Clarl;.e, Scandia P. Selonke, Calgary J. E. Howes, Cochrane H. D. C. Bo~s . Vauxhal S. T. Lukala, Eckville J. L. Dcscheneau, Ponoka A. McLennan, Three Hills D. R. Hack, Eckville F. J. Sinal, Cadomin A. W. Scott, Palo, Sask. L. A. Watson, Big Valley A. R. Stewart, Carstairs A. E. Gallup, Calgary J. W. Tompkins, Blackie W. Ryning, Seeb e, Alberta K. D. Bunn, Banff G. Ikebu chi, Barnwell H. F. Guard, Wimborne D. R. Sundberg, Carstairs T. Houlieff, Kamsack, Sask. D. ~. Thom, Edmonton 5'2 E. A. Nolte. Calgary W. W. Vance, Slave Lake F. A. Bettis, Maple Creek, Sask. W. R. Remin, Falum J. E. Johnson, Huxley L. J. Casson, Strathmore B. Ackerman, Verden, Man. L. Cretin, Cluny R. H. Coleman, Brooks J. H. DeGraff, Big Valley H. A. Fox, Calgary W. Fors, Red Deer B. C. Pet erson, Edmonton G. Kroeger, Esther H. A. Scott, Wilkie, Sask. S. V. :Millor A. L. Sweet, Menaik J.H.S. Rae, Medicine Hat J. B. Yuill, Barnwell N. E . Selvig, Shausavon, Sask. M. Duke, r,avoy K. T. Sorge, Pincher Creek C. P. Hendr"ckson, Innisfail J. F. Damsgard, Chinook J. T. Laitinen, Hespero W. D. Gillrie, Didsbury J. G. Pawluk, Clover Bar N. Hawg, Enchant A. 0. Rau, Edberg H. G. Klassen, Calgary E. 0. Wittke, Medicine Hat B. Molzan, Sibbold E. W. Christensen, Hussar G. F. Mcintosh, Calgary J. N. Crowell, Calgary W. E. Poole, Burdett J. Ernst, Wimborne J. C. Quist, Marwayne H. H. Hamb:-ook, Red Deer G. A. W etter, Fleet E. R. MawC'r, Acme J. B. Allred, Calgary M. M. Neufeldt, Swallwell I. W. Barber, Golden N. J. Rushmer, Calgary H. :vr. Brookhart, Stettler H. E. Slater, Strathmore E. Cohen, Lethbridge C. D. Bergland, Calgary M. L. Davies, Calgary G. W. Dorion, Golden, B.C. W. L. Hartman, Kimball F. E . Grimson, Red Deer G. A. L1tke, Jarvie M. R. Keim, Acme R. B. McKinnon, Red Deer A. Laba, Shepard D. Zah::tro, Calgary H. B. McDonald, Vulcan P. Cheperdak, Egremont S. H. Nafe, Kipling, Sask. L. Haffos, Innisfail R. W. Quast, Medicine Hat C. L. Horton, Westlock W. D. Thomas, Marshall W. Lang, Pincher Creek N. W. Yamashita, Taber J. M. 1'-akamura, Cranford P. R. Andrew, Drumheller F. M. Pudlowski, Spedden V. V. Brawnberger, Morrin W. A. Taylor, Vulcan F. I. Chelstad, Ponoka M.R. Burgess, Vulcan H. J. Damen , Strathmore E. N. Harvey, Rosedale J. Doull, Marwayne, Sask. F. Kinjerski, Dodds A. R. Herman, Michichi S. R. Litwiller, Carstairs H. F. McKevitt, Midnapore E. :vr. · Pardell, Bonnyville H. Sauter, Okotoks L. M. Smith, Longview L. T. Chandler, Sundre D. W. Freeman, Didsbury V. L. Hendrickson, Ponoka R. A. LaRue, Calgary T. K. Hopkins, Lacombe L. A. Destobel, Bellevue J. Kuryvial, Cranford H. A. Kolmel, Calgary A. Lehtoja, Lethbridge N. ::vrassini, Medicine Hat A. L. Oler, Rosemary L. C. Torsti, Sylvan Lake E. R. Stewart, Kitscoty 53 ENROLMENT 1952-53 Course Corres Day Evening pondence Total Aeronautical Engineering ...... 6 6 Aircraft Mechanics ...... 69 69 Agricultural Mechancis (Plus Tractor and Farm Construction) ...... 82 82 Aircraft Maintenance ...... 35 35 Architectural Drafting ...... 11 11 Art ...... 52 40 92 Art f I LIST OF DIPLOMAS ISSUED, 1951-52 Name Home Course Robert A. Constable ...... Innisfail ...... Aero. Engineering George Edward Harshman .... Calgary ...... Aero. Engineering William A. K. Howat ...... Red Deer ...... Aero. Engineering George Murray Malyon ...... Olds ...... Aero. Engineering Robert B. McDonald ...... Bown ess ...... Aero. Engineering James Osler ...... Calgary ...... Aero. Engineering William David H. Roberts .... Calgary ...... Aero. Engineering Robert Stanley Skulsky ...... Calgary ... Aero. Engineering Thomas McRae Thurston ...... Calgary ...... Aero. Engineering Lyall A. Webster ...... Vernon, B.C. .. ..Aero. Engineering Bruce M. Bennett ...... Manville ...... Agricultural Mechanics Ervin R. Brown ...... Ensign ...... Agricultural Mechanics Melvin R. Burgess ...... Vulcan .... Agricultural Mechanics J ens H. P. Dam ...... Rowley ...... Agricultural Mechanics Ronald J. Hilton ...... Strathmore ...... Agricultural Mechanics Minoru Saruwatari ...... Raymond ...... Agricultural Mechanics Sylvester J. Shantz ...... High Prairie ...... Agricultural Mechanics Ernest N. Smyth ...... Trochu ...... Agricultural Mechanics William R. Thompson ...... Arrowwood ...... Agricultural Mechanics Rodney D. W enger ...... Olds ...... Agricultural Mechanics Ronald L. Wenger ...... O lds ...... Agricultural Mechanics GeorgE Murray Malyon ...... Olds ...... Air Engineering William Edward Darnell .... Calgary ...... Air Engineering Gordon Frank Burton ...... Vanguard, Sask. .. Air Engineering Frederick Arnold Mattis ...... Bruce ...... Air Engineering Donald A. MacWhirter ...... Kimberley, B.C . .. Air Engineering Wilfrid H. Bell ...... Vancouver .. ... Air Engineering Nichilas Bidniak ...... Calgary .. Art, General Steve Joseph Kiss ...... Calgary .... Art, General Nelson Horatio MacDonal Advanced Machine Shop 56 KEY TO DEPARTMENTS "A" Administrative "FD" Farm ''LS'' Survey Drafting Construction "B" Mining "G" Automotive Service''M" Laboratory Engineering T echnology "C" Steam "GT" Motor Mechanics "0" Bookkeeping Apprentices "D" Tractor "GBT" Auto Body "P" Clothing a n d Rep:-tir Apprentices Design "E " Ind. Electricity "H" Machine Shop "R" Art "ET" Electrical "HST" Sheet Metal "S" Industrial Arts Apprentices Apprentices "EO" Commercial "J" Forging "T" General Knowledge Wireless Operating "ER" Ra dio & Elec- "K" Woodworking "U" Mathematics tronic T echnicians "EN" Refrigeration "KT" Cat·pent r ''V" Food Serv1c Technicians Apprentices Training "ERT" Radio Techni "L" Drafting "W" W elding cian Apprentices "F" Automotive "Z" Aeronautics Electricity