THE

SWINBURNE TECHNICAL COLLEGE

PROSPECTUS

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ohe

SWINBURNE TECHNICAL · coLLEGE

The College owes its foundation to the munificence and initiative of the Hon. George Swinburne; the foundation stone was laid on the 19th September, 1908, by the Hon. Sir Thomas Bent, K.C.M.G., and the original build­ing was opened on the 10th February, 1909, by His Excellency the Governor, Sir Thomas

Gibson-Carmichael.

The National Press, Printe rs, Lonsdale St, Melb.

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School Council

President:

HON. GEORGE SWINBURNE.

Vice-President:

Cr. H. ROOKS.

Council:

W. G. BURTON, Esq., J.P. G. G. MERCY, Esq., J.P.

Cr. H. COLEMAN.

J. DEW, Esq., M.A.

J. HOSKEN, Esq.

T. RUST, Esq.

Cr. F. F. READ.

Cr. H. ROOKS.

H. R. HAMER, Esq. Hon. G. SWINBURNE.

Cr. G. W. SIMPSON.

Cr. W. WISHART.

W. W. KERR, Esq., C.M.G.,

C.B.E.

Cr. R. W. LORD.

J. MACKAY, Esq.

Cr. W. F. YOUNG.

Hon. Treasurer:

H. R. HAMER, Esq.

Asst. Hon. Treasurer:

G. G. MERCY, Esq., J.P.

Director:

J. R. TRANTHIM-FRYER.

Secretary:

F. W. M. WOOD.

· Auditor:

E. PYKE, Esq., AS.A.A. (Eng.).

Telephone-Haw. 2347-2348.

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School Calendar

The School Year is divided into three Terms.

First Term: February to May.

Second Term: June to August.

Third Term: September to December.

Holidays:

Good Friday, Easter Monday, Eight Hours Day, King's Birthday, Show Day, Cup Day.

Office Arrangements

The office is open daily from 9 a.m. till 5 p .m.,

7 till 9 p.m.; and on Saturdays from 9 a.m. till 12 noon.

Fuller information as to classes and fees may be obtained on enquiry .

The Director (Mr. J. R. Tranthim~Fryer ) may be consulted daily, between 10 a.m. and 12.30

p.m. , and at other times by appointment.

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, Regulations ALL FEES ARE PAYABLE IN ADVANCE.

All students, whether holders of Scholarships or not, must register at the office at the commencenl.ent of each term.

In the case of the withdrawal of a student from the College during the Term, no claim to a return of fees will be entertained.

Students must be over the age of 15 years, and should possess a Junior School Certificate, or give satisfactory evi­dence of the completion of a preliminary general education.

Everything produced in the College by Students using College materials remains the property of the Council.

All Students' work must remain in the College until it has been examined at the end of the year.

Students shall not handle nor displace any of the models, apparatus or books belonging to the College, except by per­mission of the Principal or Instructors.

At the close of the lesson the Students are expected to replace the models, and remove the materials they have been using.

Any Student causing damage to models, apparatus, books, etc., will be held personally responsible for the same. Models, apparatus, books, etc., shall not, under any pretext be taken from Class Rooms by Students.

Students will not be admitted to the Workshops, or Class Rooms, except during the hours of instruction, unless by special permission of the Principal.

Neglect of work, or breaches of discipline, will be reported to the Principal, and may lead to the expulsion of the offend­ing Student.

Text books, stationery, etc., may be obtained at the College Book Room, in main building, John Street.

Bicycle Stables.-Cycles must not be taken into the College buildings or left in the quadrangle. Stables are pro-vided, where they may be left at owners' risk, free of charge.

Students' Property.-Although all reasonable care is taken ,of articles in lockers, cloak rooms, bicycle stables, etc.. the College cannot accept responsibility for any loss therefrom .sustained by Students.

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Regulations (continued)

School Colours.

The Colours of the School ( Green, red and gold) must be worn by all full time day Students and the regulation School cap by all students in the Junior School. Caps, badges, hat bands, sweaters and blazers, are obtainable by order only.

Sports Fee.-A sports fee of 10/~ per annum is charged to provide for expenses in connection with same. This must be paid at the beginning of the session by all full~time day students, irrespective of whether they are scholarship holders or not.

Caution Money.-A sum of 10/~ must be lodged at the office at the beginning of each session by every day student, irrespective of whether he is a scholarship holder or not. This w ill be returned at the end of the session, less the value of a ny breakages of tools or apparatus or damage to College property.

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Railway Fares

Suburban.

The following concessions are granted by the Railway Department to all Students of the College under 25 years of age:-

1. Ordinary return tickets at half fares. Students re~ ceive attendance certificates after payment of their fees.

2. Students under 18 years of age, periodical tickets at half fares, provided the Student is not in receipt of remunera~ tion exceeding £65 per annum.

3. Students over 18, and not exceeding 25 years of age, periodical tickets at two~thirds fare, provided they are not in receipt of more than £65 per annum.

4. Periodical tickets are not issued to suburban Students attending less than three times a week.

Country.

Country Students may obtain second~class return tickets, available for all stations outside the suburban radius and within sixty miles of Melbourne, at the rate of one penny a mile. These tickets can be obtained only at the Melbourne stations on the production of a certificate signed by the Principal. They are available for return for one week, except in the case of vacations, when they will be extended. The home journey must be taken by the first available train after the . close of the last Lesson, and the return journey to the College by the last train arriving before the next Lesson. Intending Students must pay the ordinary fare to Melbourne when coming to join, and as they will require a certificate of attendance in order to obtain one of these tickets, they should arrange their journey so as to be able to attend the Class before returning.

Periodical tickets are issued to Country Students, irre~ spective of the number of times a week they attend.

School vacation tickets are issued only to Students under 25 years of age attending the full Day Courses, and only to Students attending five full days a week.

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Government Scholarships

There shall be awarded annually one hundred and five Senior Technical scholarships, or any less number, to qualified applicants in attendance at junior technical schools, technical schools, evening continua~ tion classes, central classes, central schools, higher elementary schools, district high schools, or registered secondary schools, of which-

( a) Twenty shall be awarded to boys, and shall be tenable for the full length of approved day courses in technical schools, and shall entitle the holders to free tuition and to an allowance of £30 per annum;

( b) Ten shall be awarded to girls, and shall be tenable for the full length of approved day courses, and sh:31l entitle the holders to free tuition and to an allowance of £30 per annum;

( c) Twenty shall be awarded to boys, and shall be tenable for the full length of approved evening courses, and shall entitle the holders to free tuition and to an allowance of £10 per annum;

(d) Five shall be awarded to girls, and shall be tenable for the full length of approved evening courses, and shall entitle the holders to free tuition and to an allowance of, £10 per annum; and

( e) Fifty shall be awarded to boys in attendance at junior technical

schools who have completed the course for the Junior Technical

Certificate, or an approved equivalent course, and shall be tenable for the full length of approved evening courses in technical schools, and shall entitle the holders to free tuition and to an allowance (payable through the Principal at the beginning of each year) of an amount not exceeding £5 per annum for school requisites.

The Senior Technical scholarships under clause 22 above shall be awarded on the recommendation of · a Board consisting of the Chief inspector of Technical Schools as chairman, the Inspector of Art, and a ·

member of the teaching staff of the University of Melbourne appointed for the purpose by the Director.

The recommendation of the Board mentioned in clause 25 above shall be based on the age, suitability, and school records of the applicants, ~nd, if considered necessary, on the result of a personal interview with selected applicants.

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List of Subjects and Fees Applied Mechanics­

Grade II. Grade III., Structures Grade III. , Machines .. . j ..

Armature Winding. fi'..,.f., .-W. 'l f:,, ,,..c Architecture-

Grade I. Grade II. Grade III. Grade IV.

Board Fee, 1 / ~ per term.

Art- . Complete Art Modelling Applied Art Modelling Commercial Illustrating General Design Art Teachers' Certificate Metal Work ( Single Subject) Dress Design General Drawing Architects' Drawing Pottery ( Single Subject)

(Firing charge, 3/- per term ) Building Construction­

Grade I. Grade II. Grade III. Special

Book-keeping­Grade I. Grade II.

Carpentry-

Day 35/ -35/ -55/ -55/ -55/ -20/ -20/ -

30/ -

Per Term 10/-12/ -12/ -

15/-

20/ -23/ -27 / -35/-

Evening 35/ -35/ -35/ -35/~ 35/ -20/ -

30/ -35/ -20/ -

15/ -18/ -27 / -27 / -

25/ -25/ -

Day Course Evening Course, All Grades Class for Schoolboys

35/ ­.. Junr., 12/ ~; Senr., 24/ -

15/ -

Diploma Course for Builders Civil Engineering, Grades 1 and 2

Cookery-Day Class Advanced Evening Class Nurses' Course Maids' Fee

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35/ -17/ 6

20/ --25/ -15/ -22/ 6 10/ -

Dressmaking­Day Class Evening Class

Engineering-Day Diploma Courses

Certificate Courses. Mechanical and Marine Engineering­

First Year Second Year Third Year Fourth Year

Refrigerating Engineering­First Year Second Year Third Year Fourth Year

Electrical Engineering­First Year Second Year Third Year Fourth Year

Civil Engineering­First Year Second Year Third Year Fourth Year Fifth Year

Per Term. 20/-15/-

100/-

25/-27/6 30/-32/6

25/­_27 /6 30/-32/6

25/-27/6 30/-32/6

25/-27/6 35/-35/-40/-

Field work in Surveying, 10/ ~ per term extra. Machine Shop Practice­

First Year Second Year Third Year Fourth Year Fifth Year

Milling and Gearcutting­F irst Year Second Year Third Year

Motor Mechanics­First Year Second Year Third Year Fourth Year Fifth Year

(Alternate )

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Junior. Senior. 17/6 20/-~ 25/-20/ - 25/~ 25/- 27/6 27/ 6 30/-

30/-

32/6 37/6 37/6

Junior. Senior. 17/ 6 20/- · 20/ - 25/-20/ - 25/-25/ - 27/6 27/6 30/-

Electric Wiring­First Year Second Year Third Year Fourth Year

Engineering Drawing­Grade I. Grade II., Machines or Structures Grade III. , Machines or Structures

Electrical Technology­Grade I. Grade II . Grade III.

Electric Wiring-

Per Term. Junior. Senior.

17/6 20/-25/-

25/- 27/6 32/6

9/ - . . 10/-

. 12/-

9/- .. 10/ -12/ -

.!,,.,, ,I✓ I J st Year /' :"~ jy ___ , 2nd-Year . . , ..

_/ a,,..,d I I ~ a ,,.,d I M I/ ~~ Heat Engines-

Junr., 17/6; Senr., 20/­Junr., 25~-; Senr., 27 /6

'I J5j-' ~ 4-0/-Grade I. Grade II.

Hydraulics-Grade I., 1 hour Grade I., 2 hours Grade II., 1 hour Grade II., 2 hours

Mathematics­Practical Course 1st Year 2nd Year Advanced

Mechanics and Heat

Milling and Gear-cutting

Motor Mechanics-Motor Mechanics, Grade I. Motor Mechanics, Grade II. Motor Mechanics for Ladies, After­

noon Class .. Motor Mechanics for Ow~r Drivers,

Evening Class . i ~ . , Motor Mechanics, full time Day

Course

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Junior. 20/-25/-

10/ -12/ -

12/ -17/6 12/ -17/6

9/-9/--,-

10/ -12/-

9/-

32/6

Senior. 25/-27/6

60/-

50/-

100/-

Machine Shop Practice-J..s ea». (:, Ir, .I . . . ~ .II. .3.~ l' JII ... 4th Y~iilr JV

Plumbing­Grade I. Grade II. Grade Ill. Grade IV.

Refrigeration­Grade I.

Grade II.

Shorthand

Surveying­Grade I. Grade II. Grade III.

Per Term. Junr. , 17 / 6; Senr., 20/ ­Jl\nr., 20/ - ; Senr., 25/­Junr. , 25/ -; Senr., 27 / 6 Junr., 27 / 6; Senr., 30/ -

Junr. , 12/ -; Senr., 15/ ­Junr., 14/ - ; Senr. , 17/ ­Junr., 15/ - ; Senr., 18/­Junr., 20/ -; Senr., 25/ -

10/ - 1 hour 17 / 6 2 hours 12/ - 1 hour 20/ - 2 hours

15/ -

12/-17/ 6 17/6

Field Work in Surveying, 10/ ~ extra per grade.

Students earning less than 40/ ~ weekly are admitted at the Junior Fee.

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Teaching Staff ENGINEERING.

Head of the Department: F. W. Green, B.Sc. (London), Whitworth Exhibitioner,

Assoc .Mem.I.C.E., A.M.I.E.E. Instructor in Mechanical Engineering:

D. D. Griffiths ( Senior Instructor ) Instructor in Civil Engineering:

E. Edwards, B.M.E., A.M.A.I.M.E. Instructor in Electrical Engineering . . . . W. Thorn, M.E.E. Instructor in Mathematics and Science:

H. Bru"nskill, M.A.C:I., Public Analyst Instructor in Refrigeration . . . . . . . . . . . . . . R. V. Crook Instructor in Applied Mechanics and Engineering Drawing:

E. Godfrey, B.C.E. (Melb.), A.M.I.E.(Aust.) Instructor in Engineering Drawing and Surveying: H. Hollins Instructor in Mathematics . . . . . . . . . . . . . . C. Henderson Instructor in Applied Mechanics ...... J. C. Miller, M.C.E. Instructor in Civil Engineering . . . . . . . . . . . . W. Mylius Instructor in Hydraulics . . . . . . . . . . . . . . . . L. Reynolds Instructor-in-charge-Machine Shop . . . . . . . . A. E. Page Instructor-in-charge-Electric Wiring Workshop:

E. H. Russell Instructor-in-charge-Milling and Gear-cutting: Alex. J. Smith Instructor-in-charge-Motor Mechanics Workshop:

D. J. George Instructor in Machine Shop Practice . . . . . . . . S. M. Green Instructor in Machine Shop Practice and Engineering

Drawing . . . . . . . . . . . . . . . . . . . . . . L. R. Hamond Instructor in Motor Mechanics . . . . . . . . . . . . A. Douglas Asst.-Instructor in Machine Shop Practice ........ I. Jones Asst.-Instructor in Machine Shop Practice . . . . G. Campbell Asst.-Instructor in Machine Shop Practice . . . .. . D. Rodger Asst.-Instructor in Electric Wiring ...... W. H. Thomson

COMMERCIAL ART. Head of the Department:

S. W. Tompkins. Instructor in Design . . . . . . . . . . . . . ..... A. H. Jordan Asst.-Instructor in Design . . . . . . . . . . . . . . . . B. Calcutt Instructor in Light and Shade and Painting . Miss M. Withers Instructor in Pottery . . . . . . . . . . . . . . . . Miss A . Joshua Instructor in Wrought Metal Work ........ E.G. Cousins Instructor in Historic Ornament . . . . . . W. H. Taylor Instructor in Geometry and Perspective . G. H. Rofe Instructor in Modelling . . . . . ........... D. Gray

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ARCHITECTURE. Head of . the Department:

Wallace G. Brodie, A.RV.I.A. Instructor in Mechanics of Building Construction:

D. D. Griffiths Instructor in Building Construction .. F. Bamford, A.RV.I.A. Instructor in Architecture . . . . . . . . . . . . . . . . E. Hughes

CARPENTRY AND JOINERY. Head of the Department:

A. McK. Cousland. Instructors: S. Applebee, W. McNamara, J. Lochhead,

W. Cazaly.

PLUMBING AND SANITARY ENGINEERING. Head of the Department:

C. H. Wright. Instructors: W. R Condon, C. Davies, D. Guy, A. E. Smith.

COMMERCIAL CLASSES. Instructor-in-charge . . . . . . . . . . G. Eddington Clark, B.A.

DOMESTIC ARTS SECTION. Instructor-Cookery ................ Miss D. M. Giles AsstAnstructor-Cookery . . . . . . . . . . . . . . Mrs. E. Beatt Asst-Instructor-Cookery . . . . . . . . . . . . Miss M. Drake Instructor-Dressmaking . . . . . . . . . . Miss E. Edmondson Asst.-Instructor-Dressmaking . . . . . . . . Miss D. Downer

BOYS' JUNIOR TECHNICAL SCHOOL. Head Master:

D. McKay, T.T.C. Senior Assistant . . . R White f

...... ~<rl' ... S. Bennett

.. A. G. Boanas 7 . . A. Budge. B.Sc. :; A. Green, Dip.Ed. 1

.. ... . D. C. Gray 'l..

w..~~""'ffi"-,1,!,t,~~HTe--M~@M!!IM.;;f!- . ....... -HvS. HaH

. B. Howells, B.A., Dip.Ed. ,-, Instructor in Physics and Chem· try . . . . . . . . R Maddocks Instructor in Woodwork . . . . . . . . . . . W. F. McNamara Instructor in English and hematics . J. D. McGregor, B.A. Instructor in Drawing an odelling . . . . . F. P. Vize ~--Instructor in Instrumen Drawing . . . . L. F. Wilson

✓-~--!-.1 · ,1/,4;,~, ~ K .R .~6-L... -

GIRLS' JUNIOR TECHNICAL SCHOOL.

Head Mistress: Miss Betsy L. Blackmore.

Instructor in English and Hygiene Mrs. E. J. Clark Instructor in Mathematics . . . . . . . . . . . . Miss D. Eyles Instructor in Art . . . . . . . . . . . . . . . . . . Miss C. Hartless Instructor in Art . . . . . . . . . . . . . . . . . . . Miss E. Morris Instructor in Dressmaking and Millinery . Miss D. B. Smalley

JANUS EPIDIASCOPE

A Lantern for the

projection of slides,

micro-slides, opaque objects, pictures from

books, etc., etc.

H. B. SELBY & CO. Suppliers of Laboratory Glassware, Scientific Apparatus, Chemicals, etc.

393 Swanston Street, Melbourne And at Sydney

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Art Courses No. Course.

1. Comp. Art Modelling. 2. Applied Art Modelling. 3. Commercial Illustrating. 4. General Design. 5. Art Teachers' Certificate. 6. Metal Work, Single Subject. 7. Dress Design. 8. General Drawing. 9. Architects' Drawing.

10. Pottery, Single Subject.

Course No. 1. MODELLING. SUBJECTS TAUGHT: Features from the Cast, Head from Cast, Figure

from Cast, Bust from Life, Figure from Nature, Comparative Propor­tions, Modelling Animals from Cast, Photographs and Nature, Moulding for Terra Cotta and Bronze.

Course No. 2. MODELLING FOR APPLIED DESIGN. SUBJECTS TAUGHT: Modelling Plant Forms from Nature, from Photo­

graphs, and from Historic Examples, Study of Bird and Animal Forms, the Human Figure applied to Ornament, Composition, Single Figures and Groups, The Ornamental Value of the Human Figure, Reproduc­tions of Models in Wood, Stone, Wrought and Cast Metal, Terra Cotta, etc.

Course No. 3. COMMERCIAL ILLUSTRATING. SUBJECTS TAUGHT: Freehand, Light and Shade Drawing, Pencil,

Crayon, Pen and Ink, Oil and Water Color rendering, Design, Color Harmony, Wash Drawing, Newspaper and Advertisement Drawing, Posters and Showcards, Figure Drawing and Composition, Perspective and Artistic Geometry, Fashion Plate \Vork.

Course No. 4. GENERAL DESIGN. SUBJECTS TAUGHT: Freehand, Light and Shade Drawing, Historic Orna­

ment, Lettering, Practical Design, Applied Design, Color Harmony, Plant Analysis, Pen and Ink and Water Color rendering, Figure Draw­ing and Composition.

Course No. 5. ART TEACHERS' CERTIFICATE. Primary and Secondary Certificate Work, Art Masters' Certificate Work.

Course No. 6. ART METAL WORK. SUBJECTS TAUGHT: Raising, Repousse, Chasing, Silversmithing, Solder­

ing, Brazing, Saw-piercing, Hammering, Planishing, Riveting, Seaming, Finishing, Coloring and Polishing, Drawing, Design and Modelling.

Wrought Metal Work is one of the most interesting of the Art Craft subjects, rapidly training the hand and the eye. It develops the power of constructive ability and trains the mind to understand and value utility as applied to beauty of form.

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Course No. 7. DRESS DESIGN. SUBJECTS TAUGHT: Freehand Drawing, Drafting Drawing, Simple

Lettering, Studies of Drapery (Tucks, Gathers, Pleats, etc.) , Color Harmony, Simple Studies of Head, Hands, Feet and the Whole F igure (suitable for Fashion Work), Lecturettes on Historic Costume.

Course No. 8. GENERAL DRAWING. SUBJECTS TAUGHT: Freehand Drawing, Brush, Pen and Ink and Water

Color Rendering, Artistic Geometry, Perspective, Color Harmony, Cast Drawing, Lettering, Elementary Design, Light and Shade Drawing.

Course No. 9. DRAWING FOR ARCHITECTS AND ARTISANS.

SUBJECTS TAUGHT: Drawing from Cast in Outline and Light and Shade, Ornamental Drawing and Design, Modelling, Pen and Water Color Rendering, Architectural Perspective Accessories, Geometry, Lettering.

Course No. 10. POTTERY. SUBJECTS TAUGHT: Design and Color Work, Historic Ornament,

Modelling and Mould-making, Preparation of Clays, Building and Casting Shapes, Finishing, Decorating, Glazing, Firing, etc.

The present demand for a personal and individual expression in the industrial arts and the use of Australian clays offers ample scope for those students who take up the craft.

Architectural Department The full course consists of:­

A,rchitecture, Grades I. to IV. Freehand Drawing. Building Construction, Grades I. to IV. Engineering Construction for Architects and

Builders. Perspective, Practical. Plane and Solid Geometry.

The course of study is designed to assist students towards a sound knowledge of Architecture, Building Construction, and Architectural Draw­ing and Rendering, and is intended to supplement the knowledge gained by the student during his day's work. ·

For this reason, those students who are in architects' offices are strongly advised to take the full course, which is arranged to assist them towards qualifying as Associates of the Royal Victorian Institute of Architects.

Those who are engaged in the Building Trade are advised to take the four grades of Building Construction and Engineering Construction for Architects and Builders.

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SYLLABUS: ARCHITECTURE.

First Year Course: Study.-Principles of Architectural Drawing; The Orders of

Architecture; Historic Features of Egyptian, Western, Asiatic and Greek Architecture.

Drawings.-The Orders and their application; Mouldings, Features and Ornament.

Second Year Course: Study of the development of Greek, Roman, Early Christian,

Byzantine, Romanesque, Norman and Early English Architecture; supplemented by Detailed Drawings show­ing the Application of Classic and Gothic Details, Mould­ings, Features and Ornament.

Third Year Course: Study of the Development of Gothic a nd Renaissance Archi­

tecture in England and on the Continent; Mouldings, Features and Ornament; Detail Sketching and Principles of Styles applied to Design Subjects, Design Subjects set and worked out in detail by students during year.

Fourth Year Course. Advanced Architectural Drawing and D esign; Modelling and

Architectural Perspective.

FREEHAND DRAWING. In this course special attention will be given to Historical

Ornament. Advanced Modelling.-Students who have passed in

Modelling Ornament may attend the Special Figure Modelling Classes, · conducted by Mr. Tranthim-Fryer, for the study of the human figure applied to architecture, composition of single figures and groups, and reproduction of models in wood, stone, wrought and cast metal and terra cotta.

A comprehensive selection of Text and Reference Books is available for the use of the students in these classes.

BUILDING CONSTRUCTION.

Grade I. Scope of Work.-Constructive Principles and Materials

involved in Single-Storied Buildings in Wood and Brickwork, and Details thereof. Simple Specifications.

Excavations. Concrete Footings -for Single-Storied Buildings. General

Composition of Concrete for Foundations.

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Brick Construction. Bricks: Sizes and Proportions. Bonds. Cavity Walls. Damp-proof Courses. Lime

and Cement Mortar. Masonry. Carpentry.-Details of Simple Wood-framed Construe~

tion. Fencing. Gates. Joinery.-Simple Doors, Casements, and Prames. Mould~

ings and Joints. Glazier. Ventilation. Roofing.-Materials and Methods.

Gutters and Flashing. Plastering. Painting.

Grade II.

Roofing Details.

Scope of vVork.-Constructive Principles and Materials involved in Two-Storied Buildings in Timber and Brickwork, and Details thereof. Setting-out Work. Simple Specifications.

Excavations. Simple Levelling. Concrete Footings for Two-Storied Buildings. Brick Construction for Two-Storied Buildings. Masonry, Ashlar, and Rubble Construction for Two-

Storied Buildings. Carpentry.-Details of Construction of Floors for Two­

Storied Buildings. Simple Roof Construction up to 35-It. span. General Knowledge of Timber.

Joinery.-Various Panelled Windows and Frames. Simple Stairs and Setting-out. Soft and Hard Woods for Joinery.

Ventilation. Natural System. Wall and Ceiling Vents. Roofing.-Gutters and Flashing. Materials, Methods, and

Details. Plastering.-Internal Plastic and Fibrous. Rendering.

Mouldings. Plastering Materials and Workman­ship.

Painting. Drainage of Buildings to Wells or Channels. Steelwork-General knowledge of Cast, Wrought Iron,

and Steel. Properties of Materials. Heating.-Theory of Design for open Fireplaces and

Chimneys.

Grade III. Scope of W ork.-Constructive Principles and Materials

involved in Multi-Storied Buildings in Brickwork and Masonry, and Details thereof. Simple Specifications.

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Excavations for Concrete Footings for Multi-Storied Buildings. Grading, Timbering and Maintenance of Excavations in various soils.

Concrete.-Mixing, Methods of Placing, Water-proofing, Footings for Multi-Storied Buildings. Wall and Column Footings. Concrete Casing of Steelwork. Pre-Cast Concrete.

Brick Construction for Multi-Storied Buildings. Masonry.-Construction of Multi-Storied Buildings. Carpentry.-Details of Construction of Roof Trusses for

spans up to .50 feet. Laminated Roof Trusses. Trussed Beams.

}oinery.-Details of Special Windows, Doors and Frames. Skylights and Lanterns. Staircase Details. Panelling.

V entilation.-lnlet and Outlet Vents for Public Build­ings. Public Health Regulations.

Roofing.-Details of Flat, Asphalt, Composition, and other forms of Roofing. Gutters and Flashing.

Plastering.-Pressed Cement Ornament and fixing . Special Lathing Systems. Materials, Tests, Defects, and Remedies.

Painting and Decorating. Drainage.-Sewers and Drains, Boning, and Grading.

Drainage Systems and Tests. M.M.B.W. Regulations re House Connections.

Steelwork.-Standard Construction, Details, Junctions for Joists, Columns, and Cantilevers. Steel windows.

Heating. Fire Resisting Construction, Casing of Steelwork,

Materials, Escape Stairs. Gas Installations, Meters, Pipes, Fittings, Materials, and

Workmanship. Heating of Water by Gas.

Grade IV. ( Thi_s Grade should cover Two years.)

Scope of Work.-Constructive Principles and Details for Steel-framed, Re-inforced Concrete, or other Buildings. Strength of Materials. -Preliminary Building Operations. Building Regulations. Draft Specifications.

Excavating Systems and Plant. Special Foundations, Basements, Precautions and Protection of Adjoining Buildings, Sheet Piling, Underpinning, Shoring and Timbering, Blasting, Wedging and Drainage of Excavations. Bearing Piles and Systems. Steel and Concrete Footings, Bearing Power of various soils. Use of Dumpy Level.

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Reinforced Concrete.-Standard Systems for Columns, Beams, Lintols, Slabs, Walls, Partitions, and Stairs. Construction Methods and Tests. Retaining Walls. Melbourne City Council or other accredited Regula­tions and British or Australian Concrete Institutes' Standard Specifications in their application to Struc­tural problems.

Brick Construction in Retaining and Basement Walls, Damp-proofing. Factory Chimney Shafts. Precau­tions in alterations to existing Structures. Mel­bourne Building Regulations re Walls for various types of Buildings. Bonding for Architectural Terra Cotta and Face-bricks.

Construction Details.-Masonry. Bearing Strengths of Stone. Quarrying Methods. Artificial Stone. Mel­bourne or other accredited Building Regulations in thefr application to Masonry.

Carpentry.--Details of Construction. Strength and Weights of timbers for various purposes. Preserva­tion of Timber. Roof Trusses: Loads, Stress Dia­grams. Scaffolds and Gantries. Timber and other forms essential for Concrete Construction.

J oinery.-Public Stairs, Regulations and Details. Fittings for Shops and Public Buildings. Melbourne City Council Regulations re Windows.

Skylights. Ventilation. Mechanical Systems and Plants. Compo­

sition of air. Air Conditioning, Velocities, Density, Humidity, Temperatures.

Roofing.-Special Details, Dead and Live Loads, for various types of roofs.

Plastering.-Mosaic and special Surfacing. Pressed Cement. ornament and fixing.

Painting.-Spraying, Gilding, and various finishes. Modern Processes.

Drainage.-Sewage Disposal: Septic Tank System. Basement Drainage. Subsoil Drainage.

Steelwork.-Construction Details. Roof Trusses: Stan­dard Types to 60-ft. span. Stress Diagrams. Com­pound Girders. Grillage Foundations. Loading Cal­culations. Melbourne Building Regulations, and British Standard Specifications in their application.

Heating.-Thermal Units, Radiation, Convection and Conducted Heat. Combined Heating and Ventila­tion Systems. High and Low pressure. Hot water and Steam Heating Systems. Hot air or Plenum Systems.

20

Fire Resisting Construction. - Fittings, Sprinklers, Drenchers, and other Systems. Doors and Windows. Melbourne Building and Fire Underwriters' Regula­tions in their application.

Gas. Petrol-Air Gas Systems. Regulations.

Building _ and Contracting DIPLOMA COURSE. ,.

Entrance Standard.-Intermediate Technical School Course, or equivalent.

Candidates who pass the examinations prescribed here­under, and submit .to the -Education Department evidence of having been engaged in practical work with an approved Contractor for a period of Two Years, and have fulfilled the prescribed conditions, may obtain a Diploma of Building and Contracting. Hours per

week. 6

9

First Year.

Building Construction, Grade I., and Elementary Builders' Quantities ( applied to the work done in Building Construction).

Trade Subject-Carpentry and Joinery, Grades I., II.

4 English and Commercial Correspondence. 2 Mathematics, Grade I.-"A" Algebra. 4 Practical Plane and Solid Geometry, Grade I., and

Solid Geometry applied to Building Practice. 2 Setting out Builders' work. 3 Mechanics and Heat ( Physics Grade I.-"A").

30

Second Year. 6 Building Construction, Grade II., and Builders'

Quantities (applied to the work done in Building Construction) .

3 Architectural Drawing (including the Orders of Architecture).

12. Trade Subject-Carpentry and Joinery, Grade III. 4 Mathematics-Grade I.-"B" Tri.gonometry; Grade

I.-"C" Geometry. ] Solid Geometry-( Applied to Building Practice). 4 Applied Mechanics, Grade II.

32

21

Third Year. Hours per

week. 6 2

6 3 2 2 3 2 4

30

Building Construction, Grade III. Builders' Quantities ( applied to work done in Build-

ing construction). Trade Subject- Carpentry and Joinery, Grade IV. Concn~te Construction ( Forms and Methods). E lectric Wiring, Grade I. Surveying, Grade I. Geology of Building Stones. Bookkeeping, Grade I. Applied Mechanics, Grade III. (Structures) .

Fourth Y ear. T his Year to be devoted to outside work, with part-day

and evening tuition in the following subjects:-Building Construction, Grade IV. Trade Subject, Carpentry and Joinery, Grade V.

Saw, Moulding and Joinery Mills

TRY

PARKER & BIRD Pty. Ltd.

Timber Merchants

192 Burwood Road, Hawthorn

Importers of American and Baltic T imbers Phones Hawthorn 2800 (3 lines)

22

Carpentry and Joinery, Special Joiners Course, and Staircasing

CARPENTRY AND JOINERY.

First Grade (Preliminary Year). Two hours per week Manual Work. One hour per week

Projection. One hour per week Geometrical Development. One hour per week English (as in Junior Technical School Syllabus). One hour per week Mathematics.

Practice.-The construction of the framing for a work­shop covered with weatherboard or iron, lean-to roof, and including the following exercises:-Scarfing, housing, bracing, jamb-linings, ledge-doors, hingeing ( T hinges), fixing common locks, sash ( not moulded), cutting rafters, and generally setting out and making all necessary parts of above workshop.

Describe timber in above workshop and trade sizes of same.

Drawing and Lecture W ork.-Drawing parts and details .of workship. Geometrical Drawing. Trade Mathematics.

Fencing.-Strutting and housing posts, fixing rails, plinths and covering.

Other Exercises.-Shooting; housing; battle-dore; bracket; ­bread-board (hexagonal); pot board; dressing and gauging; lapped halving; pot stand; hat rail; mortise and tenon (bare­faced); picket gate; book-case; haunched tenon; small door; door frame; fit and hang door; glue joints (plain and dowel); table leg joint; small table; plowed door joint; panel door and moulds; casement frame; sash joints; small sash; fit and hang sash to casement; common dovetail; box and hinges; steps; skeleton bracket; simple roofing; mitre box and mitring; com­mon ladder.

Second Grade. Two hours per week Manual Work. Two hours per

week Trade Drawing. One hour per week Geometrical Drawing. One hour per week Mathematics.

Practice.-Picket fencing, gates; the grinding and keeping in order of tools; framing of weatherboard dwelling with gable roof; front door-frame and fanlight; casement frame and sashes; barge-boards; fascias and soffits; fixing jamb-linings; architraves and skirtings; hanging door; fixing locks, &c., making cupboard, raised panel door, and drawer; making and fixing kitchen mantelshe_lf; pair of steps and plumb rule.

Lecture and Drawing.-Drawing to scale of not less than I½ inch to the foot of the parts of above building, with isometric

23

views of the simple joints in connection therewith. Technical terms used. Timbers used, description, and market sizes. Plane and Solid Geometry. Projection 0£ simple solids and their developments. Application of Geometry to above examples. ·

Practical Trade Mathematics.-Including the method of taking off the various quantities used in construction and the pricing of the same.

Third Grad~. Two hours per week Manual VVork. Two hours per week

Trade Drawing. One hour per week Geometry . One hour per week Mathematics.

Practice.-The Carpentry and Joinery necessary for brick villa with slate or tile roof.

Saw sharpening; semi and segmental centres up to 6-ft. span; making box and solid sash and door frames (plain and margin light); making panelled doors: hip and valley roof; fixing jamb-linings; grounds, and preparatory work for fixing picture-rails; dadoes; architraves and skirtings and fixing same; joisting and flooring; verandah posts, sweeps for frieze, and parts in connection; square and triangular louvred frames; making and fixing of an outside stair to verandah ( no risers).

Lecture and Drawing.-The value of the mortise machine, buzz planer, and circular saw in economizing labour. Conver­sion and seasoning of timber.

Working drawings in connexion with above building, not less than one-eighth full size. Solid Geometry; sections of solids; traces of lines, planes, &c.; scales; application of geometry to the above building.

Practical Trade Mathematics.-lncluding the method of taking off the various quantities used in construction and the the pricing of the same.

Fourth Grade. Two hours per week Manual Work. Two hours per

week Trade Drawing. One hour per week Geometry. One hour per week Mathematics.

Practice.-The Carpentry and Joinery for a church or school, including king post, roof truss, skylights, dormers, hipped and framed lanterns, working mouldings to pattern, raking moulds, gothic frames and framed ledge doors, glass doors, splayed linings ( square and circular), circular louvred frames. The application of the steel square.

Lecture and Drawing.-Working drawings. Solid Geo­metry-Planes shown by their traces; dihedral angles and

2-l

their application. The application of Geometry to the above building.

Practical Trade Mathematics.-lncluding the method of taking off the various quantities used in construction and the pricing of the same.

Fifth Grade. Two hours per week Manual vVork. Two hours per week

Trade Drawing. One hour per week Statics. One hour per week Mathematics.

Practice.-Curved roofs; circular mouldings; bending timber; circular head sashes and doors; large centres; ventilat~ ing turrets; newelled stairs, and generally the Carpentry necessary for a two-storied buildin.g.

Lecture and Drawing.-Working drawings. Solid Geometry-intersection of planes, showing application in practice. Quantities. Builders Mechanics. Shoring.

Practical Trade Mathematics.-Including the method of taking off the various quantities used in construction and the pricing of the same.

SPECIAL COURSE FOR JOINERS. Practice.-Show-case making ( wood and metal); shop

fittings; double curvature frames; bank and church fittings; oriel windows.

Lecture and Drawing.-Working drawings of above. Quantities. Special timbers used.

Handrailing and Staircasing.

Two years' course. Before entering upon this course a student should have

reached the Fifth grade standard in Carpentry or its equivalent. Practice.-Construction and use of pitchboard. Tools used in stair construction. How special tools are

made and kept in order. Making curtail, bull-nose, D-ended, and all forms of curved

steps. Making staved, laminated, kerfed, and veneered strings. Laying-out winders, fliers, and diminished treads. Making

spandrils. Setting out rods, showing methods of finding positions of

trimmers, landings, and headroom on same. Setting out, squaring, and moulding all kinds of wreaths,

ramps, bends, and scrolls. Methods of fixing stairs. Proportions of "go" and "rise."

25

Drawing plans and elevations of cylinders enclosed in ( square and irregular) prisms. The development of the sec~ tions of these cylinders and prisms when cut by oblique a nd other planes.

The dihedral angles between intersecting planes and the application of this problem to handrailing.

Setting out face and falling moulds and finding bevels for all kinds of w reaths. and finding the thickness of material for same. Drawing bevel~ended moulds and method of find ing the best face mould plane.

Schoolboys' Class. A class is held on Saturday mornings for boys at School.

The boys learn the names, construction and uses of the tools, the bench and its fittings, the making of simple joints used in joinery, making small door, picture frame, mitre-box and dove­tailed drawer.

Scaled drawing, practical geometry, names and properties of various timbers ( colonial and imported), defects, warping and shrinkage.

A Full Range of TOOLS for all Trades at Lowest Rates

Full range of Brown & Sharpe and Stanley Tools Genuine "Morse" Drills

Brown & Sharpe Direct Reading Micrometer

Stanley Planes

JAMES WALKER Tool Merchant

378-380 Little Collins Street, Melbourne Open Friday Nights. Telephones: Cent, 2146 (3 lines); 10098

26

TOOLS AND MACHINERY for

EVERY KNOWN TRADE obtainable at

McPherson's ,ve have Tools and Accessories for

Engineers

Carpenters

Boilermakers

Builders

Brassfounders lronfounders Draughtsmen

Motor Garages Saw Millers

Blacksmiths Coachbuilders

Plumbers Tinsmiths

Etc., etc.

On receipt of Order Form, signed by Instructor, Special Discount will be allowed to

Swinburne Technical School Students

Catalogue for

"Engineer Founders

and Factories" FREE

FOR THE ENGINEER We have everything Engineering, from a handful of Cotton Waste to

Machine Tools

FOR THE WOODWORKER AND GARDENER We have a Complete Stock of Woodworking and Gardehing Tools

McPherson's 582-592 Collins Street, Melbourne

27

Engineering Department General Information.

Equipment.-The equipment of the Engineering Depart-. ment is extensive, and students have every opportunity of acquiring a sound technical training. The facilities comprise well-appointed workshops for imparting instruction in Machine Shop Practice, Blacksmithing, Pattern Making and Moulding, Heat Treatment of Steel, Motor Mechanics, Electric Wiring and Armature Winding in an Engineering Laboratory equipped with machinery and apparatus; Chemistry and Science Labora­tory; Drawing Office and Classrooms.

Syllabus of Work in each Subject.-The syllabus of the work covered in each class is , in general, that issued by the Education Department of Victoria. These syllabuses may be consulted at the College, and the respective instructors will always be glad to give particulars about the scope of the work which is covered in the class to which a particular syllabus refers.

Attendance.-Students are required to be punctual and regular in attendance at the classes. Irregularity in attendance or neglect of work will be regarded as a breach of discipline, and will be treated accordingly.

Class W ork.-Students must procure the necessary text books and note books as soon as possible after enrolment, separate note books being used for each subject. Titles of suitable text books will be found on the notice boards, or may be obtained on application to the instructors. In the lecture classes, students are expected to take down their notes in a systematic manner in note books specially kept for that purpose, and which can be purchased at the college bookstall. By so doing students have a permanent record of the work which has been gone through during the session, and which can be revised as the session advances.

Home Work.-Work, which must be carefully prepared at home, is set by the instructors. Such work is not optional, but forms a necessary part of the instruction in each subject, and it is not possible to make satisfactory progress if it be neglected.

Classes in Engineering Drawing.-Students must provide themselves with the following instruments:-Set of Drawing Instruments of good quality, Engineer's Scale or Set of Scales, Set Squares, Protractor, India-rubber, Drawing-pins, Hard and Soft Lead Pencils.

28

Classes in Electric Wiring.- Every student must provide himself with the following tools for his own use, -viz.:-A two­pound Soldering Iron, one pair of Pliers suitable for wiring work, a strong Knife , one six-inch Screw-driver, one ten-inch second-cut half round File, and one round File.

Classes in Machine Shop Practice and Motor Mechanics. -Every student must provide himself with a suit of overalls and a set of small tools for his own use. An order for the tools can be obtained w hen the student joins the class. A locker in the workshop is allotted to each student for his own use during the session, but the st1:1dent must provide a padlock and also a duplicate key, which he must hand to the instructor in the workshup. At the end of the session, unless the student is continuing his work in the following year, he must remove everything from the locker. ' Class work must not be taken away from the workshop. At the end of the ses'sion, and after the final examination. students in Machine Shop Practice can purchase any of their work which they wish to retain, by paying for the cost of the material.

Prizes.-Students have the opportunity of competing for prizes awarded by engineering firms and others for the best work done in certain classes.

DAY CLASSES.

Diploma Courses.

Engineering day classes were inaugurated by the Council of the College in February, 1915, in order to provide facilities for students to go through and acquire a complete technical training in some branch of engineering in the daytime, either before or after they go into an engineering works.

Such a training is intended to prepare students for the higher positions in the different branches of engineering work, and involves three full years' work at the school, together with at least two years on approved engineering work. Workshop practice and experimental laboratory work form an essential part of the year's work in each course.

Diplomas conferring the Associateship of the College are granted in:-

A UTOMOTIVE ENGINEERING.

CIVIL AND MUNICIPAL ENGINEERING.

ELECTRICAL ENGINEERING.

MARINE ENGINEERING.

MECHANICAL ENGINEERING.

29

Admission to Diploma Courses.-Before a student can be admitted to the first year of any of the courses he must:-

( a) Have passed the Intermediate Technical Examination of the Education Department; or

Have passed the Intermediate Examination of the University of Melbourne.

( b) Be over 15 years of age at the date of the commencer ment of the session.

Intending students who cannot produce evidence of having reached the above entrance standards will be called upon to pass an entrance examination conducted by the College, which will be held prior to the commencement of the session, in the subjects of:-

English, Elementary Mathematics, Elementary Physics, Freehand Drawing. fuanting of a Diploma.-To obtain a diploma in any

branch of the work a student must complete the three years' course of work in accordance with the conditions prescribed, and also produce evidence that he has liad at least two years' experience on approved engineering work.

Necessary Attendances.-The necessary number of attendances during each year of any course shall mean at least 75 per cent. of the attendances at each individual class which forms part of the course, and at least 80 per cent. of the aggregate attendances at all classes of the course.

Satisfactory Work.-The performance of satisfactory work in any course shall mean proper diligence and progress in all work, such as classwork, homework, laboratory work, field work, drawing office work, workshop practice, and examinations, of every class which forms part of that course. Students may be called upon at any time_ by the instructors to produce work done during the session. ··

Engineering Excursions.-Visits of inspection, under the charge of one or more instructors, to engineering works in the district take place during each session. Extended excursions to engineering works in other parts of Ausr tralia are also arranged from time to time during the longer vacations. Students taking part may be called upon subse~ quently to write a description, or give an account from an engineering standpoint, of what they have seen.

Examinations.-Progress examinations are held by the College in all subjects as the work of the session advances. These examinations take place at about the end of every period of thirteen weeks, and the marks obtained by students go to improve the aggregate marks awarded to them at the final examinations in November and December. These final

30

examinations are conducted annually by the Education Depart­ment of Victoria, and "Pass" and "Pass Credit" Certificates are issued to successful students. In one of two subjects of the diploma courses, in which examinations are not held by the Education Department, the final examinations are conducted and certificates issued upon similar lines by the College.

Students Proceeding to the University.-The Swin­burne Technical College is recognised by the University of Melbourne, under the latter's regulation dealing with the recognition of Technical Colleges. Owing to this recogni­tion, Students who have completed a Diploma Course in Engineering at the College, and have fulfilled the require­ments for matriculation and who desire to enter the University receive exemption from a large portion of the work for the Engineering Degrees of the University. Details may be found in the University publications, and full particulars as to the exemptions granted may be obtained on application at the College.

Students Intending to Become Marine Engineers.-The Swinburne Technical College is recognised by the Marine Board of Victoria in such a way that a Student who has completed the Marine Engineering Diploma Course is allowed to count part of the time spent in the Engineering Day Classes towards the time he is required to serve in an approved workshop as qualifying service for a marine engineer's certificate. Full particulars may be obtained on application.

MECHANICAL OR MARINE ENGINEERING.

DIPLOMA COURSE.

Subjects and Regulations.

First Year.

1. Algebra, ~imi-&a£y. 2. Geometry, Preliminary. 3. Mathematics, Grade l.B, Trigonometry. 4. Engineering Drawing, Grade I. 5. Mechanics and Heat, Grade I. (Physics I.A). 6. Electricity and Magnetism, Grade I. ( Physics I. C.). 7. Sound and Light, Grade I. ( Physics I.B). 8. Chemistry, Theoretical and Practical, Grade I. 9. Machine Shop Practice, Grade I.

10. English. Before a student can proceed to the second year, he must

make the necessary number of attendances, perform the work of the first year in a satisfactory manner, and pass the final examinations in at least four of the subjects 1, 2, 3, 4, and 5. and in at least two of t_he subjects 6, 7, 8 and 9.

31

Second Year. l. ,,M, .. t;l..@om01ii,@s,-Geaoo4.-A-Algd,-re.

2. Mathematics, Grade LC-Geometry. 3. Mathematics, Grade II.B-Trigonometry. 4. Applied Mechanics, Grade II. 5. Engineering Drawing, Machines, Grade II. 6. Heat Engines, Grade I. 7. Electrical Technology, Grade II. 8. Graphics. 9. lr91~, St'ilel, and...Engin~ Alloys.

10. Machine Shop Practice, Grade II. 11. Pattern Making, Grade L 12. Refrigeration, Grade L ( optional subject). 13. English.

Before a student can proceed to the third year, he must make the necessary number of attendances, perform the work of the second year in a satisfactory manner, and pass the final examinations in at least two of the subjects 1, 2 and 3, and in at least three of the subjects 4, 5, 6, and 7, and in at least one of the subjects 8, 9, 10, -11 and 12.

Third Year. 1. Mathematics, Grade II.A-Algebra. 2. Mathematics, Grade 11.C-Differential and Integral

Calculus. 3. Applied Mechanics, Machines, Grade III. 4. ~cl :b4'ilch,u~ic1,, Struct1.1r'il1i , Grade-ill. 5. Engineering Drawing and Design, Machines,

Grade III. 6. Heat Engines; Grade II. 7. Machine Shop Practice, Grade Ill. 8. Milling, Gearcutting, and Grinding. Grade I. 9. Pattern Making, Grade II .

10. Moulding, Grade I. 11. Electrical Technology, Grade Ill. ( optional subject). 12. Refrigeration, Grade II. ( optional subject). 13. Surveying, Grade L ( optional subject).

To complete the course for the Diploma of Mechanical or Marine Engineering, a student must make the necessary number of attendances, perform the work of the third year in a satisfactory manner, and pass all the examinations in the subjects prescribed for the course.

32

1

f ,I • I

I I

j

' I f

I

I'

f

AUTOMOTIVE ENGINEERING.

DIPLOMA COURSE.

Subjects and Regulations.

First Year. 1. Algebra, Preliminary. 2. Geometry, Preliminary. 3. Mathematics, Grade J.B., Trigonometry. 4. Engineering Drawing, Grade I. 5. Mechanics and Heat, Grade I. (Physics I.A). 6. Electricity and Magnetism, Grade I. (Physics I.C). 7. Sound and Light, Grade I. ( Physics LB). 8. Chemistry, Theoretical and Practical, Grade I. 9. Machine Shop Practice, Grade I.

10. English. Before a student can proceed to the second year he must

make the necessary number of attendances, perform the work of the first year in a satisfactory manner, and pass the final examination in at least four of the subjects 1, 2, 3, 4, and 5, and ia at least two of the subjects 6, 7, 8, and 9.

Second Year. 1. Mathematics, Grade I.A-Algebra. 2. Mathematics, Grade LC-Geometry. 3. Mathematics, Grade II.B-Trigonometry. 4. Applied Mechanics, Grade II. 5. Engineering Drawing, Machines, Grade II. 6. Heat Engines, Grade I. 7. Electrical Technology, Grade II. 8. Iron, Steel, and Engineering Alloys. 9. Machine Shop Practice, Grade II.

10. Motor Mechanics, Grade I. 11. English. Before a student can proceed to the third year, he must

make the necessary number of attendances, perform the work of the second year in a satisfactory manner, and pass the final examinations in at least two of the subjects 1, 2, and 3, and in at least three of the subjects 4, 5, 6 and 7, and in at least one of the subjects 8, 9 and 10.

Third Year. 1. Mathematics, Grade II.A-Algebra. 2. Mathematics, Grade II.C-Differential and Integral

Calculus.

33

3. Applied Mechanics, Machines, Grade III. 4. Engineering Drawing and Design, Machines.

Grade III. 5. Heat Engines, Grade II. 6. Machine Shop Practice, Grade III. 7. Milling, Gearcutting, and Grinding, Grade. I. 8. Motor Mechanics, Grade II. 9. Heat Treatment of Steels for Motor Mechanics.

10. Electrical Technology for Motor Mechanics.

To complete the course for the Diploma of Automotive Engineering, a student must make the necessary number of attendances, perform the work of the third year in a satis­factory manner, and pass all the examinations in the subjects prescribed for the course.

ELECTRICAL ENGINEERING.

DIPLOMA COURSE.

Subjects and Regulations.

First Year. 1. Algebra, Preliminary. 2. Geometry, Preliminary. 3. Mathematics, Grade I.B, Trigonometry. 4. Engineering Drawing, Grade I. 5. Mechanics and Heat, Grade I. (Physics I.A). 6. Electricity and Magnetism, Grade I. ( Physics I.C). 7. Sound and Light, Grade I. (Physics I.B). 8 . . Chemistry, Theoretical and Practical, Grade I. 9. Machine Shop Practice, Grade I.

10. English.

Before a student can proceed to the second year, he must make the necessary number of attendances, perform the work of the first year in a satisfactory manner, and pass the final examinations in at least four of the subjects 1, 2, 3, 4 and 5, and in at least two of the subjects 6, 7, 8 and 9.

Second Year. 1. Mathematics, Grade I.A-Algebra. 2. Mathematics, Grade LC-Geometry. 3. Mathematics, Grade !LB-Trigonometry. 4. Applied Mechanics, Grade II.

34

5. Engineering Drawing and Design, Machines, Grade II.

6. Heat Engines, Grade I. 7. Electrical Technology, Grade II. 8. Graphics. 9. Iron, Steel, and Engineering Alloys.

l 0. Machine Shop Practice, Grade II. 11. Electric Wiring, Grade I. 12. English.

Before a student can proceed to the third year he must make the necessary number of attendances, perform the work of the second year in a satisfactory manner, and pass the final examinations in at least two of the subjects 1, 2, and 3, and in at least three of the subjects 4, 5, 6, and 7, and in at least one of the subjects 8, 9, 10, and 11.

Third Year. 1. Mathematics, Grade II.A-Algebra. 2. Mathematics, Grade 11.C-Differential and Integral

Calculus. 3. Applied Mechanics, Machines, Grade III. 4. Electrical Technology, Grade III. 5. Engineering Drawing and Design, Machines,

Grade III. 6. Heat Engines, Grade II. 7. Machine Shop Practice, Grade III. 8. Electric Wiring, Grade II. 9. Surveying, Grade I.

To complete the course for the Diploma of Electrical Engineering, a student must make the necessary number of attendances, perform the work of the third year in a satis~ factory manner, and pass all the examinations· in the subjects prescribed for the course.

DIPLOMA OF MECHANICAL AND ELECTRICAL ENGINEERING.

To complete the course for this Diploma, a student must make . the necessary number of attendances, perform the work of the combined third year in a satisfactory manner, and pass all the examinations in the subjects prescribed for both courses.

35

CIVIL AND MUNICIPAL ENGINEERING.

DIPLOMA COURSE.

Subjects and Regulations.

First Year. 1. Algebra, Preliminary. 2. Geometry, Preliminary. 3. Mathematics, Grade I.B, Trigonometry. 4. Engineering Drawing, Grade I. 5. Mechanics and Heat, Grade I. ( Physics I.A). 6. Electricity and Magnetism, Grade I. (Physics LC.). 7. Sound and Light, Grade I. (Physics LB). 8. Chemistry, Theoretical and Practical, Grade I. 9. Machine Shop Practice, Grade I.

10. English.

Before a student can proceed to the second year, he must make the necessary number of attendances, perform the work of the first year in a satisfactory manner, and pass the final examinations in at least four of the subjects 1, 2, 3, 4, <,lnd 5, and in at least two of the subjects 6, 7, 8, and 9. ·

Second Year. 1. Mathematics, Grade I.A-Algebra. 2. Mathematics, Grade LC-Geometry. 3. Mathematics, Grade II.B-Trigonometry. 4. Applied Mechanics, Grade IL 5. Engineering Drawing, Structures, Grade II. 6. Heat Engines, Grade I. 7. Electrical Technology, Grade II. 8. Graphics. 9. ~ Construction, Grade I. ./

10. Geology, Grade I. 11. Mineralogy, Grade I. 12. Surveying, Grade I. , with field and office work. 13. Machine Shop Practice, Grade II. 14. English.

Before a student can proceed to the third year, he must make the necessary number of attendances, perform the work of the second year in a satisfactory manner, and pass the final examinations in at least one of the subjects 1 and 3, subject 2, and in at least three of the subjects 4, 5, 10 and 12,' and in at least one of the subjects 6, 7, 8 and 11.

36

Third Year. 1. Mathematics, Grade II.A, Algebra. 2. Mathematics, Grade II.C, Differential and Integral

Calculus. 3. Applied Mechanics, Structures, Grade III. 4. Surveying, Grades II. and III., with field and office

work. 5. Hydraulics, Parts I. and II. 6. Civil Engineering, Grades I. and II. 7. ~g- C<m&truction, Grade II.

To complete the course for the Diploma of Civil Engineer­ing, a student must make the necessary number of attendances, perform the work of the third year in a satisfactory manner, and pass all the examinations in the subjects prescribed for the course.

Notwithstanding anything contained in the foregoing regulations a diploma may be granted to any student who has done work in the day or evening classes, or in both, which is considered to be of outstanding or exceptional merit, and who has had in addition the requisite experience on engineer­ing work.

NOTES FOR DAY STUDENTS.

Common Room.-A Common Room, with a smaH library supplied with magazines, is provided for the use and con­venience of students, who are expected, in their turn, to be responsible for keeping it in good order.

Lockers.-Every student, on enrolment, has a numbered locker allotted to him to enable him to keep any books or instruments at the school. The student must provide a padlock for it himself.

Homework-Day students are reminded that home work, which is essential, consists of three parts:-

( 1) Study of the notes and work which has been gone through during the day. ,: .

( 2) Study from text-books and the working of e;~lllples from the same.

( 3) Working of examples and other work set by the. instructors.

37

Associates of the Swinburne Technical College

Mechanical and Electrical Engineering-Odgers, Frederick Joseph . . . . . . . . 1924 Minchinton, Raymond George . . . . . . . . . . 1927

Mechanical Engineering-Bilsborrow, Gordon Hector . . . . . . . . . . . . 1921 lkinger, George . . . . . . . . . . . . . . . . 1922 Fullard, Stanley Frank . . . . . . . . . . . . . . 1923 Wood, Keith Dewey . . . . . . . . . . . . . . 1923 Chesterman, Douglas Charles . . . . 1925 Hide, Arthur . . . . . . . . 1925 Cleland, Thomas Herbert . . . . . . 1926

Electrical Engineering-Dixon, Ronald Henry . . . . . . . . 1921 Manton, Herbert Digby . . . . . . 1922

*Whelan, Michael Edwin Rossiter 1923 Grant, Roy Edward . . . . . . . . . . . . 1925 Hillebrand, Alexander . . . . . . . . . . . . 1925 Plumbe, Lindsay Charles . . . . . . . . . . 1925 Taebring, Adrian Petersen . . 1925 Broben, Ernest Walter . . . . . . . . . . . . 1925 Knipe, William John . . . . . . . . . . . . . . 1925 Senior, Walter . . . . . . . . . . . . . . . . . . 1924 Newman, Donald . . . . . . . . . . . . . . . . . . 1926 Boyce, Leslie Ferguson . . . . . . . . . . . . 1927 Alger, Henry Charles . . . . . . . . . . . . . . 1927

Civil Engineering-Russell, John Clarence . . . . . . . . . . . . . . . I 921 Culliton, Kenneth Rothwell . . . . . . 1922 Stohr, Albert Edward . . . . . . . . 1922 Matthews, Edgar Fraser . . . . . . . . . . . . 1923 Scott, Isaac William . . . . . . . . . . . . . . 1923 Vial, Frank Leonard . . . . . . . . . . . . . . . . 1923 *Furneaux, Chester Adrian . . . . . . . . . . . . 1924 Milledge, Roydon Arthur . . . . . . . . . . . . . . 1924 Westmore, Norman Ernest . . . . . . . . 1925 Young, Neil Gibson . . . . . . . . . . . . . . . . 1925

Chemistry-Giles, George Roy . . . . . . . . . . . . . . . . . . 1927

*Deceased.

38

EVENING CLASSES.

Notes for Students.

Courses of W ork.-In order to become proficient in any branch of engineering, and to be able to deal successfully with the many complicated problems which continually arise, a sound technical training is necessary. In view of this, the various engineering subjects have been arranged in courses, so that as a student progresses in the study of such subjects as Applied Mechanics, Electrical Technology, Heat Engines, and Machine Shop Practice, his mathematical and scientific training also advances, which enables him to follow and appreciate the reasoning necessary to a thorough understand­ing of the different branches of engineering work. It is anti­cipated that students will, in their own interests, follow the courses of work set out, and thus avail themselves of such systematic instruction. Where any of the courses shown do not suit the branch of work in which a student is engaged, the grouping of the subjects can be modified.

Admission of Students.-Students must be over 15 years of age at the date of the commencement of the session, and must have at least a knowledge of Elementary Mathematics and English. Students who have passed through a Junior Technical School will find themselves in a good position to continue their technical work, and should make rapid progress, as the various courses are arranged to begin at the point where a student leaves off in the Junior Technical School. The attention of intending students is particularly called to the fact that, although the session is divided into three terms, the work of every class begins once a year only, namely, at the commencement of the session, usually about the middle of February. Unless a student joins a class then, he is handi,:, capped for the remainder of the year, owing to his having missed some of the earlier work. It is only in special cases that a student will be allowed to join a class at any other time.

Admission to Advanced Classes.-A student will not be allowed to proceed with the work of a class higher than that of the first grade unless he has already passed the examination in the previous grade of that subject, or can produce evidence that he is in a position to benefit by the advanced work.

Admission to Trade Classes.-Apprentices and those engaged in the trade have the first right of entry to classes in their trade, and others will not be admitted except under very special circumstances and at special fees.

Examinations.-Progress examinations are held by the College in all subjects as the work of the session advances .

39

These examinations take place at about the end of every period of thirteen weeks, and the marks obtained by students go to improve the aggregate marks awarded to them at the final examinations in November and December. These final examinations are conducted annually by the Education De­partment of Victoria, and "Pass" and "Pass Credit" Certifi­cates are issued to successful students. In one of two subjects of the diploma courses, in which examinations are not held by the Education Department, the final examinations are con­ducted and certificates issued upon similar lines by the College.

EVENING CLASSES.

CERTIFICATE COURSES.

The following courses of study are suggested as suitable, but they may be varied to suit individual cases.

The aim of every student should be the completion of the work which is necessary to obtain a course certificate at the end of his period of training.

MECHANICAL AND MARINE ENGINEERING COURSE.

Frst Year. Subject. Room. Day

Engineering Drawing, Grade I. 2 Wed. Mathematics, 1st year, including

Preliminary Algebra, Prelimi-

Time. 7.30 to 9.30 p.m.

nary Geometry, and Trigono­metry, Practical Course . . 2 Mon. 7.30 to 9.30 p.m.

Mechanics and Heat, Grade 1 .. Thurs. 7.30 to 9.30 p.m. Optional Subject.

Electricity and Magnetism, Grade I. . . . . . . . . . . . . . . 1 Fri. 7.30 to 9.30 p.m.

Second Year. Applied Mechanics, Grade II. . . 1 Wed. 7.30 to 9.30 p.m. Engineering Drawing and De-

sign, Machines, Grade II. 2 Tues. 7.30 to 9.30 p.m. Mathematics, 2nd year; includ­

ing Algebra, Grade I., Geome­try, Grade I., and Trigono-metry, Grade I. . . . . . . . . 20A Fri. 7.30 to 9.30 p.m.

40

Third Year. Subject. Room. Day. Time.

Applied Mechanics, Machines, Grade III. . . . . . . . . . . . . 8 Thurs. 7.30 to 9.30 p.m.

Applied Mechanics, Structures, Grade III. . . . . . . . . . . . . 20A Wed. 7.30 to 9.30 p.m.

Heat Engines, Grade I. . . . . . . 3 Fri. 7.30 to 9.30 p.m.

Fourth Year. Engineering Drawing and De-

sign, Machines, Grade III. . . 3 Tues. Heat Engines, Grade II. . . . . 20A Mon. Mathematics, more advanced . 20A Fri.

7.30 to 9.30 p.m. 7.30 to 9.30 p.m. 7.30 to 9.30 p.m.

To obtain a Course Certificate a student must comply with the following conditions:-

( a) Attend evening classes for at least four years in the subjects of the course.

(b) Make an attendance of at least 200 hours during each session.

( c) Perform satisfactory work during each session. ( d) Obtain successes at the following examinations:­

Applied Mechanics, Grade II., Applied Mechanics, Machines and Structures, Grade III.

Engineering Drawing, Grade I., and Engineering Drawing and Design, Machines, Grades II. and III.

Heat Engines, Grades I. and II: Mathematics, Grade I., Algebra, Geometry and

Trigonometry. Mechanics and Heat, Grade I.

( e) Produce evidence of having been engaged for at least four years upon approved engineering work, which must include satisfactory training in an engineering works.

REFRIGERATING ENGINEERING COURSE. First Year.

Subject Room. Engineering Drawing, Grade I. 2 Mathematics, 1st year; includ-

ing Preliminary Algebra, Pre­liminary Geometry, and Trigo-nometry, Practical Course 2

Mechanics and Heat, Grade I. 1 Optional Supject.

Electricity and Magnetism, Grade I. ........... .

41

Day. Wed.

Mon. T•hurs.

Fri.

Time. 7.30 to 9.30 p.m.

7.30 to 9.30 p.m. 7.30 to 9.30 p.m.

7.30 to 9.30 p.m.

Second Year. Engineering Drawing and De­

sign, Machines. Grade II. .. Mathematics, 2nd year, includ­

Algebra, Grade I., Geometry, Grade I., and Trigonometry, Grade I. .... . ...... .

Refrigeration, Grade I.

Third Year. Applied Mechanics, Grade II .. Heat Engines, Grade I. Refrigeration, Grade II.

Fourth Year. Applied Mechanics, Machines,

2 Tues. 7.30 to 9.30 p.m.

20A Fri. 7.30 to 9.30 p.m. C.L. Mon. 8.30 to 9.30 p.m.

Wed. 3 Fri.

C.L. Mon.

7.30 to 9.30 p.m. 7.30 to 9.30 p.m. 7.30 to 8.30 p.m.

Grade III. . . . . . . . . . . . . 8 Thurs. 7.30 to 9.30 p.m. Engineering Drawing and De­

sign, Machines, Grade III.

Heat Engines, Grade II.

3 Tues. 7.30 to 9.30 p.m. 20A Mon. 7.30 to 9.30 p.m.

To obtain a Course Certificate a student must comply with the following conditions:-

( a) Attend evening classes for at least four years in the subjects of the course.

(b) Make an attendance of at least 200 hours during each session.

( c) Perform satisfactorily work during each session.

( d) Obtain successes at the following examinations:­

Applied Mechanics, Grade II., and Applied Me­chanics, Machines, Grade III.

Engineering Drawing, Grade I., and Engineering Drawing and Design, Machines, Grades II. and III.

Heat Engines, Grades I. and IL Mathematics, Grade I., Algebra, Geometry and

Trigonometry. Mechanics and Heat, Grade I. Refrigeration, Grades I. and II.

( e) Produce evidence of having been engaged for at least four years upon approved engineering work, which must jncJude satisfactory training in a refrigerating engineering works.

42

ELECTRICAL ENGINEERING COURSE

First Year. Subject. Room. Day. Time.

Electricity and Grade I. ....

Magnetism,

Mathematics, 1st year; includ-ing Preliminary Algebra, Pre­liminary Geometry, and Trigo-· nometry, Practical Course . . 2

Mechanics and Heat, Grade I.

Second Year.

Fri. 7.30 to 9.30 p.m.

Mon. 7.30 to 9.30 p.m. Thurs. 7.30 to 9.30 p.m.

Engineering Drawing, Grade I. 2 Wed. 7.30 to 9.30 p.m. Electrical Technology, Grade

II. . . . . . . . . . . . . . . . . 3 Thurs. 7.30 to 9.30 p.m. Mathematics, 2nd year; includ­

ing Algebra, Grade I., Geo-metry, Grade I., and Trigo­nometry, Grade I. ..

Third Year. Applied Mechanics, Grade II. . Engineering Drawing and De­

sign , Machines, Grade II. Heat Engines, Grade I. . . . . . .

Fourth Year. Applied Mechanics, Machines,

Fri. 7.30 to 9.30 p.m.

Wed. 7.30 to 9.30 p.m.

2 Tues. 7.30 to 9.30 p.m. 3 Fri. 7.30 to 9.30 p.m.

Grade III. . . . . . . . . . . . . 8 Thurs. 7.30 to 9.30 p.m. Engineering Drawing and De-sign, Machines, Grade III. . . 3 Tues. 7.30 to 9.30 p.m . . Electrical Technology, Grade

III. . . . . . . . . . . . . . . . . 3 Wed. 7.30 to 9.30 p.m.

To obtain a Course Certificate a student must comply with the following conditions:-

( a) Attend evening classes for at least four years in the subjects of the course.

(b) Make an attendance of at least 200 hours during each session.

( c) Perform satisfactory work during each session. ( d) Obtain successes at the following examinations:­

Mechanics and Heat, Grade I. Applied Mechanics, Grade II., and Applied Me­

chanics, Machines, Grade III.

43

Electricity and Magnetism, Grade I., and Electrical Te<;:hnonolgy, Grades II. and III.

Engineering Drawing, Grade I., and Engineering Drawing and Design, Machines, Grades II. and III.

Heat Engines, Grade I. Mathematics, Grade I., Algebra, Geometry and

Trigonometry. ( e) Produce evidence of having been engaged for

at least four years upon approved engineering work, which must include satisfactory training in an electri­cal engineering works.

I

CIVIL ENGINEERING COURSE.

First Year. Subject. Room, Day. Time.

Engineering Drawing, Grade I. 2 Wed. Mathematics, 1st year.; includ-

7.30 to 9.30 p.m.

ing Preliminary Algebra, Pre-liminary Geometry, and Trigo­nometry, Practical Course

Mechanics and Heat, Grade I. Optional Subject.

Electricity and Magnetism, Grade I. .......... ... .

Second );;ear. Applied Mechanics, Grade II. Epgineering Drawing and De­

sign, Structures, Grade II. .. Mathematics, 2nd year; includ­

ing Algebra, Grade I., Geo-metry, Grade I. , and Trigo-

2 Mon. 7.30 to 9.30 p.m. 1 Thurs . 7.30 to 9.30 p.m.

'l Fri. 7.30 to 9.30 p.m.

Wed. 7.30 to 9.30 p.m.

2 Tues. 7.30 to 9.30 p.m.

nometry, Grade I. . . 20A Fri. 7.30 to 9.30 p.m.

Third Year. Civil Engineering, Grade I. Hydraulics, Part I. .. Surveying, Grade I. . . . .

Fourth Year. Applied Mechanics, Structures,

19A Wed. 7.30 to 9.30 p.m. 19A Tues. 7.30 to 8.30 p.m.

2 Thurs. 7.30 to 9.30 p.m. and fleld work on Saturdays

Grade III ............. 20A Wed. 7.30 to 9.30 p.m. Engineering Drawing and De­

sign, Structures, Grade III.

44

Tues. 7.30 to 9.30 p.m.

Surveying, Grade II. . . . . . . 3 Mon. 7.30 to 9.30 p.m. and field work on Saturdays

Fifth Year. Civil Engineering, Grade II. 19A Fri. 7.30 to 9.30 p.m. Hydraulics, Part II. . . . . . . . . 19A Tues. 8.30 to 9.30 p.m. Geology, Grade I. . . . . . . . . 2 Tues. & 1 p.m. to 2 p.m.

Wed. To obtain a Course Certificate a student must comply with

the following conditions:-( a) Attend evening classes for at least five years in the

subjects of the course. (b) Make an attendance of at least 200 hours during

each session. ( c) Perform satisfactory work during each session. (cl) Obtain successes at the fo11owing examinations:­

Applied Mechanics, Grade II. , and Applied Me­chanics, Structures, Grade III.

Civil Engineering, Grades I. and II. Engineering Drawing, Grade I., and Engineering

Drawing, Structures, Grades II. and III. Hydraulics, Parts I. and II. Mathematics, Grade I., Algebra, Geometry and

Trigonometry urveying, Grades I. and II. · ( e) ro uce ev1 ence of having been engaged for at least

four years upon approved civil engineering work.

MACHINE SHOP PRACTICE COURSE. First Year.

Subject. Room. Day. Time. Machine Shop Practice, Grade

I., lecture class . . . . . . . . 20 Thurs. 7.30 to 9.30 pm ..

Machine Shop Practice, Grade I., workshop practice, two Mon. evenings per week .. Workshop Tues. 7.30 to 9.30 p.m.

Optional Class. Engineering Drawing Grade I. 2 vVed. 7 . .30 to 9.30 p.m.

Second Year. Engineering Drawing, Grade I. Practical Mathematics . . . . . .

or Mathematics, 1st year; includ­

ing Preliminary Algebra, Pre­liminary Geometry, and Trigo­nometry, Practical Course ..

Mechanics and Heat, Grade I.

45

2 Wed. 7.30 to 9.30 p.m. 20A Tues. 7.30 to 9.30 p.m.

2 Mon. 7.30 to 9.30 p.m. 1 Thurs. 7.30 to 9.30 p.m.

Third Year. Machine Shop Practice, Grade

II., lecture class . . . . . . . . 1 Machine Shop Practice, Grade

II. , workshop practice, two evenings per week . . Workshop

Optional Class. Engineering Drawing, Grade

II. , Machines . . . . . . . . . . 2 Fourth Year.

Machine Shop Practice, Grade

Mon. Wed. Thurs. Fri.

Tues.

7.30 to 9.30 p.m.

7.30 to 9.30 p.m.

7.30 to 9.30 p.m.

III., lecture class . . . . . . 19A Mon. 7.30 to 9.30 p.m. Machine Shop Practice, Grade Wed.

III., workshop practice, two Thurs evening per week Workshop Fri. 7.30 to 9.30 pm.

Fifth Year. Machine Shop Practice, Grade

IV., two evenings per Wed. Thurs.

week ............ Workshop Fri. or

Applied Mechanics, Grade II. Engineering Drawing and De~

sign, Machines, Grade III. .. Heat Engines, Grade I. . . . .

1 Wed.

3 Tues 3 Fri.

7.30 to 9.30 p.m.

7.30 to 9.30 p.m.

7.30 to 9.30 p.m. 7.30 to 9.30-p.m.

MILLING AND GEARCUTTING COURSE. Before a student can be enrolled in this course he must

produce evidence of having done the three grades of Machine Shop Practice and have a working knowledge of Mathematics. especially Trigonometry.

First Year. Subject. Room.

Milling, Gearcutting, and Grind~ ing, Grade I., lecture class . . 8

Milling, Gearcutting and Grind~ ing, Grade I., workshop practice, two evening per week . . . . . . . . . . Workshop

Second Year. Milling, Gearcutting, and Grind~

ing, Grade II., lecture class . . 8 Milling. Gearcutting, and Grind:..

ing. Grade II., workshop practice, two evenings per week . . . . . . . . . . . . Workshop

46

Day.

Mon.

Wed. Fri.

Mon.

Wed. Fri.

Time.

7.30 to 9.30 p.m.

7.30 to 9.30 p.m.

7.30 to 9.30 p.m.

7.30 to 9.30 p.m.

Third Year. Toolmaking, lecture class . . . . 8 Mon. 7.30 to 9.30 p.m. Toolmaking, workshop practice Wed.

two evenings per week Workshop Fri. 7.30 to 9.30 p.m.

MOTOR MECHANICS COURSE. First Year.

Subject. Room. Day. Time. Machine Shop Practice, Grade

I., lecture class . . . . . . . . 20 Thurs. 7.30 to 9.30 p.m. Machine r;Shop Practice, Grade

I., workshop class, two even~ · Mon. ings per week ...... Workshop Tues. 7.30 to 9.30 p.m.

Second Year Motor Mechanics, Grade I.,

lecture class . . . . . . . . . . M.M. Mon. Motor Mechanics, Grade I.,

workshop practice, one even~ Tues. ing per week . . . . . . . . M.M. Thurs.

Engineering Drawing, Grade I. 2 Wed. or

Practical Mathematics 20A Tues.

Third Year. Machine Shop Practice, Grade

7.30 to 9.30 p.m.

7.30 to 9.30 p.m. 7.30 to 9.30 p.m.

7.30 to 9.30 p.m.

II., lecture class . . . . . . . . Mon. 7.30 to 9.30 p.m. Machine Shop Practice, Grade

II., workshop practice, two Thurs. evenings per week .. Workshop Fri. 7.30 to 9.30 p.m.

Fourth Year. Motor Mechanics, Grade II.,

lecture class . . . . . . . . . . M.M. Fri. 7.30 to 9.30 p.m. Motor Mechanics, Grade II.,

workshop practice ...... M.M. Wed. 7.30 to 9.30 p.m. Electrical Technology for Motor

Mechanics . . . . . . . . . . . . Tues. 7.30 to 9.30 p.m. or

Heat Treatment of Steels for Motor Mechanics . . . . . . . .

Fifth Year. Machine Shop Practice, Grade

Tues. 7.30 to 9,30 p.m.

III., lecture class . . . . . . 19A Mon. 7.30 to 9.30 p.m. Machine Shop Practice,· Grade Wed.

III., workshop practice, two Thurs. evenings per week Workshop Fri. 7.30 to 9.30 p.m.

47

ELECTRIC WIRING COURSE. First Year.

Subject. Room. Oay. Time. Practical Mathematics 20A Tues. 7.30 to 9.30 p.m.

or Mathematics, 1st year; includ­

ing Preliminary Algebra, Geometry, and Trigonometry, Practical Course . . . . . . 2

Electric Wiring, Grade I., lecture class . . . . . . . . 2

Electric Wiring, Grade I., workshop practice, one even-ing per week . . . . Workshop

Second Year. Electrical Technology, Grade I. Mathematics, 1st year; includ­

ing Preliminary Algebra, Preliminary Geometry, · and Trigonometry, Practical

Mon. 7.30 to 9.30 p.m.

Fri. 7.30 to 9.30 p.m. Mon. 0

Tues. Thurs. 7.30 to 9.30 p.m.

Fri. 7.30 to 9.30 p.m.

Course . . . . . ..... 2 Mon. 7.30 to 9.30 p.m. Mechanics and Heat, Grade I. Thurs. 7.30 to 9.30 p.m.

Third Year. Electric Wiring, Grade II.,

lecture class . . . . . . . . 20A Thurs. 7.30 to 9.30 p.m. Electric Wiring, Grade II.,

workshop practice, one even-ing per week . . . . . . Workshop

Engineering Drawing, Grade I. 2

Fourth Year.

Mon. Tues. Fri. Wed.

7.30 to 9.30 p.m. 7.30 to 9.30 p.m.

Armature Winding .... Workshop Wed. 7.30 to 9.30 p.m. Electrical Technology, Grade

II. . . . . . . . . . . . . . . 3 Thurs. 7.30 to 9.30 p.m. Mathematics, 2nd year; includ­

ing Algebra, Grade I., Geo­metry, Grade I., and Trigo-nometry, Grade I. . . . . . . 20A Fri. 7.30 to 9.30 p.m.

·18

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John Mcilwraith & Co. Pty. Ltd.

48 Little Collins Street, Melbourne

Suppliers of all Builders' and Plumbers'

Requisites, Galvanised Iron Water Tubes,

Galvanised Corrugated and Plain Sheet

Iron, Ridging, Spouting, Down Pipe, and

all Malleable, Wrought, Sheet, and Cast

Iron Fittings, and High-Class Sanitary

and Bathroom Fittings.

Manufacturers of Sheet Lead, Lead Pipe,

Traps, Brassware, . Copper Boilers, Gas

Coppers, Steel Lead Filled, Lead Alloy,

and Brass Stair Tread.

Visit our New Showrooms, 483 Bourke St. Melbourne

Phone, c~ll, or write for prices.

49

Plumbing and Gasfitting

First Grade.

Gasfitting.-Compo. pipe, hn. to ½in. Method of laying and jointing. Blow-pipe work. Tools, their names and uses. Gas burners.

Water Supply.-Lead and iron pipes, ½in. to ¾in. Method of laying and jointing. Fittings used for wrought-iron pipe work.

Bib, stop and other taps. Pre.paring only ·½in. and ¾in. joints in lead pipe. Preparing and making plumber's smudge.

Roof Work.-Simple instructions in the use of galvanised sheet iron for spouting, down-pipes, gutters, valleys, ridging and flashing.

Soldering of seams in galvanised sheet iron, stop ends and sockets in spouts.

Making down-pipe elbows.

Sheet Lead W ork.-Gauging of sheet lead thickness. The use of sheet lead for roof and sanitary plumbing work.

Working up corners in sheet lead and other simple work. Soldering of seams in sheet lead by the aid of a soldering iron.

Making of Solder for Joints in-Lead, copper, brass, sheet tin and galvanised sheet iron.

Fluxes and soldering fluids. Tinning of soldering irons. Melting points of lead, tin and solder.

Sanitary Plumbing.-Names and uses of stoneware pipes and fittings.

Method of jointing drains. Waste pipes. Materials and fittings used. Traps.

Pattern-cutting. Sinks and cones for shower tops.

Drawing. Section drawing of wrought iron fittings and common water taps. Calculations.

50

Second Grade.

Gas Fittings.-W rought iron pipe. Small villa work. necting and fixing of pendants and brackets. burners.

Water Supply.-Planning of cottage and villa work.

Con­Gas

Tapping of mater mains, laying of pipes, and fixing of common taps.

Joint wiping, on ½in. and ¾in. lead pipe.

Making of wiping metal.

Roof Work.-The jointing and fixing of galvanised sheet iron, down-pipes, gutters, ridging and valleys.

Flashing of chimneys, parapets, etc., in sheet iron, and sheet lead on corrugated iron, slate and tile roofs.

The making of spouting mitres. Down-pipe elbows and set-offs.

Sheet Lead Work.-Working up of simple corners, as may be required for sinks, bath and basin flashings, or bathroom floors.

Sanitary Plumbing.-Elementary principles of sanitary work.

Requirements for perfect drainage. Pipes, traps.

Ventilation. Fittings.

Drains, their sizes and construction.

Planning of drainage systems for cottage work.

Disconnections, gratings, waste and vent pipes.

Making of bends and set-offs in 1-¼in. and 1 ½in. drawn lead waste pipe.

Preparing only of straight and branch joints, up to 1 ½in. in lead waste pipe.

Calculations as to weight of material. Drawing. Sec­tion drawings of ball and pillar taps. Scale drawings of cottage drainage plans. Section drawings of waste pipes to single fixtures, such as baths, sinks, basins, and wash troughs. Pattern-cutting. Cones for vent pipe tops and ceiling cones. Cubic contents of square or oblong cisterns.

51

Third Grade.

Gasfitting.-Wrought iron pipe work. Planning and laying of pipes in two-story house work.

Use of coal gas, lighting, cooking stoves, water heaters, suitable gas burners for same.

Water Supply.-Planning of large villa work. Connections to bath-room, kitchen, scullery, and W.C. taps and fix­tures. Filters.

Joint wiping in main and other lead connections.

Roof Work.-Rain drainage of house roofs. Planning of roof work. Sheet galvanised iron flats. Lead ridging. Ridge caps. Working of internal and external corners in sheet lead,

gutters and flats.

Sanitary Plumbing. - Sanitation. Separate and combined. Drainage systems. Planning of drains up to large villa requir.ements. Design and use of modern sanitary fix­tures. Baths. Lavatory basins. Sinks. Wash Troughs. Flashings for same. . Ventilation of waste pipes. Fixing of waste pipes in position.

Making of bends and set-offs, up to 2in. in drawn lead waste pipe. Wiping of straight and branch joints up to 2in.

Pattern-cutting. Pyramids. Elbows. Drawing. Scale drawings, showing lines of water sup­

ply pipes, gas supply pipes, and stoneware drain, for large villa work. Section drawings of waste pipes required for large villa work.

Calculations.

Fourth Grade.

Gasfitting.-The Bunsen Burner, its action and uses. Measure­ment of gas pressure. Planning of piping for three-story property.

Water Supply.-Collection and storage of roof water for country homes. .

House cisterns, their construction, position, management and care. Pressure of water under various heads.

Filters. Water Meters. Syphons.

Planning of services for suburban houses.

52

Roof W ork.-Covering of lead flats, finials and domes. Sanitary Plumbing.-Sanitation. Sanitary plumbing work in

dwelling houses and other buildings in town and country. Chief points to be consider~d in fitting new houses and remedying existing defects in old houses. Various closets, with their fittings and supply. Drawn lead pipe bending and wiping, from lin. up to 4in.

Domestic Hot Water Supply.-Principles of hot water circula­tion, and the material used in the work.

Pumps.-Principles of lift and force pumps. Pattern-cutting. Gas stove hoods. Lobster backs.

Rainheads. Drawing. Scale drawings, showing lines of stoneware

drains to large properties.

Section drawings of soil and waste pipes, also domestic hot-water supply pipes, cisterns, cylinders and boilers.

Calculations.

EXTRA SUBJECTS.

Qasfitting.-Properties of coal gas. Combustion of coal gas.

Regenerative burners.

High pressure gas lighting and other modern uses for coal gai.

Water Supply.-Hydraulic rams. Windmills. Laying of cast iron water mains. Water supply to tall city properties.

Sanitary Plumbing.-Sanitation. Modern methods of sewerage disposal.

Domestic Hot Water Supply.- For large requirements. Copper tube bending and joint brazing.

Heating.-By low and high pressure hot water systems. By the "Plenum" system.

Lead Burning.-Effects of gases and acids on different metals. Art lead work. Seam wiping. Drawing. Pattern­

cutting, and galvan.ised sheet iron work. Hand-made set-off, and bends in sheet lead. Calculations.

53

By special arrangemertt

OUTFITTERS to

SCHOOLS AND COLLEGES • • •

Swinburne Technical College Wear and Colours

BLAZERS

JERSEYS

HAT BANDS

GOLF HOSE

CAPS, TIES, BEL TS, Etc.

D O D

John Snow & Co. Pty. Ltd. GLENFERRIE

5-4

Commercial Classes Classes at the school are provided with instruction in the

above subjects in a thorough an~ practical manner. In bookkeeping, instruction in the theory of the system is

followed by constant practice in recording transactions, in the use of ledgers, journals, cash-books, &c., the preparation and use of balance sheets, trading accounts, and commercial docu­ments. When further advanced, pupils are instructed in the more complicated branches of the subject, such as dealing with the accounts of limited liability companies, departmental ac­counts, the use of sectional ledgers, and the more intricate business documents and books.

Pitman's shorthand-as used by the majority of Austra­lian shorthand writers-is thoroughly taught.

Cookery Department Home Cookery.

Instruction in the art of choosing, preparing, and cooking food in the home, i.e.:-

1. Soup making. 2. Various methods of cooking fish. 3. Various cuts of meat and how to cook them. 4. Various methods of cooking and serving vegetables. 5. Hot and cold Puddings and Sweets. 6. Sauces, savoury and sweet. 7. Scones and Breadmaking. 8. Cakes and Biscuits. 9. Pastry-Short Crust, Suet Crust and Rough Puff

Pastry. 10. Foods suitable for Invalids and Children. 11. Omelettes and Egg dishes. 12. Jam Making.

Advanced Cookery. 1. Consommes and Cream Soups. 2. Advanced Fish and Meat dishes. 3. How to prepare and cook poultry. 4. Vegetables au Gratin, Croquettes, &c. 5. Advanced Hot and Cold Dinner Sweets. 6. Advanced Tarts and Pastry goods. 7. Cakes and Cake Decorations. 8. Small afternoon tea and supper Savouries. 9. Dinner Savouries.

10. Fruit Preserving.

55

Special Course in Invalid Cookery for Nurses. The course comprises 14 lessons, which may be taken in a

fortnight from date of enrolment, if desired. On completion, an examination is held, and a certificate, recognised by the Royal Victorian Trained Nurses' A ssociation, is awarded on the result of same.

Public demonstrations in Cookery are arranged from time to time; full particulars of which are advertised in the daily press.

Dressmaking Department The student should provide herself with all necessary

materials, which can be obtained at the College Book Room: Measuring Rod, Trace Wheel, Inch Tape, Scissors, Paper for Drafting Patterns, Red, Blue and Black Pencils, Note Book, Pins, Needles, Thimble, Suitable Thread.

First Year. To take measures, draft to measures taken, and cut out

patterns. . Drafting blouses, dress-slips ( tight-fitting ), various skirts.

Adapting any of these patterns to a prevailing fashion. To put garments together correctly. Suitable stitches and their various uses. Suitable seams

to use. Importance of selvedge way of materials, and the right side of materials.

How to place pattern on material before cutting out. Renovations.

Second Year. Drafting and cutting out more elaborate costumes, ladies'

tailor-made coats and skirts, blouses, evening dresses, children's frocks, smocked frocks.

Whitework and Needlework. Cutting out by paper folding to proportionate measures.

Such garments to be cut out as chemises, knickers, combina­tions, plain white petticoats, princess petticoats, flannel petti­coats, camisoles, nightdresses, aprons and pinafores, children's garments, pyjama suits, boys' tunics and knickers ( for cotton fabri<; only).

56

Boys' Junior Technirn 1 c ,,..L - - 1

To Parents - -. T h . 1 School is especially

h J r ec n1ca . d f The course of work at t d umo hat your boy is best suite . or.

arranged to enable you to fihn out w boy is given an opportunk1ty to It is your duty to see t at your to see that he ta es an

develop whatever powers he may possess, d above all, to see t~at occupation which offers ha lgood th~rPri:r; School, and so acquire he does not drift when e eaves . 1· f for ever

· his chances m I e · habits that may rum . Technical School

h · · the Jun1or R EMEMBER-The boy w o J~ms d to continue a great

l h ramme 1s prepare h. f does not leave schoo , t e prog d in addition to prepare 11:1 or _a deal of the State School ~ork, T h . 1 School Classes, wh1c_h will course of work in t~e H1ghber ec nx1pc:rt in one of the followmg :-

"f h shes to ecome e d F" . be necessary I e w1 . . . Turning an itt~ng, Mechanical and Electrical. Eng1Pl~:~ing and Gas~tting, S1gn­

Blacksmithing, Carpe:itry wd rme7, 2,~0l!C Q&I Ii~, Design, and all writing and Decorat10n, ee: •• - =:n1J"Ill-the applied Arts . .,.- --•~'-uanr~ tions for

_ _ ,·cw port worksh_.9P's.

Employers of labor almost universally prefer to engage lads with this training, and many of the boys so trained must ih the future- become captai_ns of industry.

/

Owing to the large number of applicants for admission, an entrance examination is held on the first Saturday in December, from 9 a.m. to 12 noon .

..,. ,. a. f""~ 3 /2..-'-The standard for admission to the School is the Qualify­

ing Cer~iflcate, or its equiv3ilent.l'- The curriculum of work is very extensive. The pradical subjects are taught by expert tradesmen, and no boy will have to unlearn what he has beei;t taujlht. , / ,, ;t , ~ /4 ,, ;: /.,A ~ r:,;.. , ,

,,,, The "progress of our State dep~ds upon Production, ~nd the rewards offering are sufficient to induce our best lads to enlist in the industrial army.

It should be remembered that the School does not teach during the first year any trade or profession, but aims at directly preparing them for such instruction in the study of subjects essential to any trade or industrial profession. Dur­ing the second and third years the boy takes up his special work. 4 J,!-~ ,Y- 57

"/'1v,, ,

Subjects of Study

Three Years' Course.

First Year. 1\lgcls.N. Arithmetic and Mensuration.

Geometry. English and Literature.

Geography. History, Civics and Hygiene. Science. Plane and Solid Geometry. Geometrical Development. Wood Work and Workshop

Drawing. Sheet Metal Work and

Workshop Drawing.

Modelling. Freehand Drawing. Oiw&.tl,l;icnn@ Slee@d!:ifll!J. Phy sical Training, Singing,

Sports, etc.

Second Year. Algebra. Mensuration and Arithmetic. Geometry. English ar;d Literature.

History, Civics and Hygiene. Geography. Solid Geometry. Dimensjon Sketching. Science. ,

Mechanical Drawing. or

Building Drawing. Freehand Drawing, Modelling.

Elements of Design. The undermentioned are op~

tional subjects. Any two may be taken.

Carpentry, ~ABili Hctai ;¥1\nk:, fz-~ or Blacksmithing.

Physical Training, Singing, Sports, etc.

Third Year. English. Economics. Algebra and Trigonometry.

Geometry. Science.

Solid Geomet1iJ~ ~ or Building Draw~

ing. Wood Work or Metal Work. P--tu--S Special approved subjects. ~~ Physical Training, Singing,

Sports, etc.

58

Junior Technical School for Girls

· This. Department, which was the first of its kind in Victoria, was established by the Department of Education and the Council of the Swinburne Technical College with the view of giving a preparatory training to girls in connection with some branches of industry, so that, should the necessity arise, they will possess the means of earning their own ·liveli­hood by following some definite occupation.

Existing conditions demand that our girls shall be so trained that their work will be of the greatest economic value to the nation, and of the greatest pecuniary value to them­selve1l,

We are often asked: "What professions or trades are open to women, and what prospects do these callings offer?"

If speedy remuneration is an object, and the woman possesses artistic ability, we advise her to undertake a course of training in art as applied to industry or commerce. All branches of arts and crafts are open to women. There is room for those who take the trouble to learn the technicalities of their art thoroughly. The work is agreeable, and good incomes can be earned by those who fully qualify themselves.

The course of instruction during the first year is common to all pupils. In the second year a great part of the time is devoted to work specially related to the vocation which the girl intends to follow. The curriculum for the third year consists of general culture subjects, with special attention to craft work. In order that the preparatory course and pre­vocational work shall not be developed at the expense of general culture, special classes in English have been arranged, in which girls will continue the study of selected literature; also classes in Geography and Civics, where they will be taught the privileges and duties which are theirs as citizens of the Commonwealth.

The standard of admission to the School is the Seventh Grade, or its equivalent, but admission is by competitive examination held on the first Saturday in December of each year. A fee of 3/- per term for Needlecraft material is charged to each student.

59

Courses of Study

P reparatory. First Year.

English Civics Geography Commercial Arithmetic Hygiene Art Dressmaking Plain Needlework Physical Training Choral Practice

Second Year. English Civics and Economics Physiology, Hygiene,

Physical Training Commercial Arithmetic Choral Practice Art Plain Needlework Dressmaking Millinery Decorative Needlework

Third Year.

and

Group !.-Intermediate English, Arithmetic, Elementary Book~ keeping, Dressmaking, Millinery, Decorative Needlework, Ladies' Tailoring, Costume Drawing and Designing, First Aid.

Group 2.-Art, Leatherwork.

NOTE.-It should be distinctly understood that full and advanced training in most of the vocational subjects above~ mentioned must be obtained by further courses in the Senior Technical School. These may be taken by girls who are in employment.

60

0\ -

Timetable of Classes - -·- --

SUBJECT I- MONDAY TUESDAY WEDNES. I THURS. I . FRIDA y 15A TURD A~

---~--~---1 1----i-- ---- I

Armature Winding Applied Mechanics-

2nd Grade .. 3rd Grade Structures 3rd Grade Machines

Architecture­] st Grade .. 2nd Grade ~rd Grade .. 4th Grade ..

Art-Full Day Course . . . 9.30-4 p.m. Commercial Illustratinc 7.30-9.30 General Design . . ' 7.30-9.30 Geometric Art ...... 7.30-9.30 Pottery .. Perspective . . . . . . Life Class Modelling ..

7.30-9.30

7.30-9.30 7.30-9.30 7.30-9.30 7.30-9.30

7.30-9.30 I

7.30-9.30 I 7.30-9.30 I

I 7.30-9.30 7.30-9.30 7.30-9.30 7.30-9.30

I 7.30-9.30

I 9.30-4 p.m.[9.30-4 p.m. 9.30- 4 p.m.l 9.30-4 p.m.l

7.30-9.30 7.30-9.30 I 7.30-9.30 7.30-9.30 I

. . I 7.30-9.30 I . . I

I 7.30-9.30 I . . I

7.30-9.30 I I 7.30-9.30 I

Metal Work . . . . . . . . / / / I 7.30-9.30

Building Construction- I Bookkeeping .... ... . 7.30-9.30 I \ I . . I

1st Grade ........ 7.30-9.30 I I 7.30-9.30 I 2nd Grade ........ 7.30-9.30 I I I 7.30-9.30 3rd Grade ........ 7.30-9.30 I I I I

Cookery- I I I I Day ..... . ...... 2.15-4.30 I 9.20-11.3019.20-11.3012.15-4.30 I 19.30-11.30 Evening . . . . . . . . . . 7-9.15 I I I 7-9.15 I . . I Advanced . . . . . . . . _ I ___ .. _ I _____ ·. _ _ I I 9.20-11.301

INSTKUCTOHS

E. Russell.

J. C. Miller. E. Godfrey. J. C. Miller.

I W. G. Brodie, A.RV.I.A. ) E. Hughes.

S. W. Tompkins. A. H. Jordan. B. Calcutt. G. H. Rofe. Miss A. Joshua. G. H. Rofe. Miss M. Withers.

1 J. R. Tranthim-Frycr, 1 D. C. Gray. E. G. Cousins. G. Eddington Clark, B.A.

! W. G. Brodie, A.R.V.I.A. j F. Bamford, A.R.V.I.A.

Miss D. M. Giles. Mrs. E. Beatt. Miss M. Drake.

0-, N

SUBJECT . "' MONDAY

Carpentry-Dav Course ...... 9 a.m.-4p.m. 1st Grade, Theory .. 1st Grade Practice .. 7.30-9.30 2nd Grade Theory . . . . 2nd Grade Practice .. 7.30-9.30 3rd Grade Theory .. 3rd Grade Practice ..

7.30-9.30

4th Grade Theory .. 4th Grade Practice ..

7.30-9.30

5th Grade Theory .. 5th Grade Practice ..

7.30-9.30

Manual Training .. . . Civil Engineering-

1st Grade ........ . . 2nd Grade .. . ..... . .

Dressmaking-Day Class ........ . .

Evening Class . . . . . 7.30-9.30 Electric Wiring-

1st Year, Theory .... .. 1st Year, Practice .. 7.30-9.30 2nd Year, Theory . . 2nd Year, Practice . . 7.30-9.30

Enqineerin(l Drawing-1st Grade . . . . . . . . . . 2nd Grade Machines . . . 2nd Grade Structures . '' 3rd Grade Machines . .. 3rd Grade Structures . ..

TIMETABLE OF CLASSES-c•11tl11u ed

TUESDA y I WEDNES. I I

I THURS. FRIDAY

I I I I

9 a.m.-4 p.m.j9 a.m.-4 p.m. 9 a.m.-4 p.m.19 a.m.-4 p.m. 7.30-9.30 I .. 7 .30-9 .30 I ..

. . . . 7.30-9.30 I .. 7.30-9.30 . . 7.30-9.30 I . .

. . . . 7.30-9.30 . .

. . . . 7.30-9.30 . . 7.30-9.30 . . 7.30-9.30 . .

. . 7.30-9.30 .. 7.30-9.30 .. 7.30-9.30 . .

. . .. 7.30-9.30 . . 7.30-9.30 .. 7.30-9.30 . .

. . . . . . . .

. . 7.30-9.30 . .

. . . . . . 7.30-9.30 I

9.30-12.30 2.30-5.30 . . I . . 2-5 .. . . . .

7.30-9.30 7.30-9.30 7.30-9.30 .. I

I . . . . 7.30-9.30 7.30-9.30 .. 7.30-9.30 . .

. . .. 7.30-9.30 7.30-9.30 .. . . 7.30-9.30

7.30-9.30 . . .. 7.30-9.30 . . . . ''

7.30-9.30 . ' . . . . 7.30-9.30 . ' . ' '. 7.30-9.30 . . . ' . .

--·---- -- ---

I SATURD~Y INSTRUCTORS

I ~ -- ----

.. . .

. .

. . A. Cousland .

. . S. Applebee .

. . W. McNamara . . . J. Lockhead . . . W. Cazaly . . . . .

19.30-11.30

. .. H. W. Mylius. . . E. Godfrey .

. . } Miss E. Edmonson. . .

Miss D. Downer . . .

.. ) I . . j E. H. Russell. I .. W. H. Thomson.

. . l H. Hollios. '. L. R. Hamond. • . ' E. Godfrey . . . C. Henderson. . .

0\ w

TIMETABLE OF CLASSES-continued

INSTRUCTORS SUBJECT MONDAY I TUESDAY I WEDNES. I THURS. l --~RIDAY I SATURDAY

1- -~-- . ------- ,----- -1------ ---

Engineering Construction I I I I for Architects and I / I Builders . . . . . . . . . . I I 7.30-9.30 I

Electrical Technology- I I I / 1st Grade . . . . . . . . I . . 7.30-9.30 2nd Grade . . . . . . . . 7.30-9.30 I 3rd Grade . . . . . . . . 7 .30-9 .30 I I

Engineering Day Diploma I I Classes . . . . . . 9 a.m.-4p.m.[ 9 a.m.-4 p.m.19 a.m.-4 p.m.[9 a.m.-4 p.m.[9 a.m.-4 p.m.

Heat Engines- I / I l st Grade . . . . . . I . . . . , . . I 7.30-9.30 2nd Grade . . 7.30-9.30 I I I I I

Hvdraulics- I I I · Part I. . . . . I 7.30-8.30 [ I Part II. . . . . I 8.30-9.30 I ·

Mathematics- I 1st Year - Practica1 I I

Maths. for Artisans I 7.30-9.30 I 2nd Year-Preliminary [ I

Maths., A & B I Alg. & Geom., Trig I Sp. Course ...... 7.30-9.30 I I

3rd Year - Maths. I., I I A. B & C Alg., Trig., I I and Calculus . . . . I I

Machine Shop Practice .. l st Grade Theory I st Grade Practice 2nd Grade Theory 2nd Grade Practice ..

7.30-9.30 7.30-9.30

3rd Grade Theory .. I 7.30-9.30 3rd Grade Practice 4th Grade Practice

I .1

7.30-9.30

7.30-9.30

7.30-9.30

7.30-9.30 7.30-9.30 7.30--9.30 . . . . . .

7.30-9.30 7.30-9.30 7.30-9.30 7.30-9.30 7.30-9.30 7.30-9.30

Apprentices, all Gradesl . 1-5 p.m: _ _: . 1:::-:::5_ P :_~·

D. D. Griffiths.

i W. Thorn. I

I

1 D. D. Griffiths.

l 1 L. Reynolds.

lr H. Brunskill. C. Henderson.

A. E. Page. S. M. Green. L. R. Hamond. Ivor Jones. G. Campbell. D. Rodger.

0\ >1>-

TI MET ABLE OF CLASSES-co11ti111ted

THURS. FRIDA y I SA TURDA y

·- ' ----1---------SUBJECT MONDAY TUESDA y I WEDNES. INSTRUCTORS

Milling & Gear-cuttingj \ Theorv .......... 7.30-9.30 .. Practice , . . . . . . . . . . . 7.30-9.30 7.30-9.30

Motor Mechanics- I Trade Class-Theory . 7.30-9.30 • • / · · Trade Class-Practice . . 7.30-9.30 7.30-9.30 Owner Drivers . . . . . . 7.30-9.30 I Ladies . . . . . . . . 2-5 p.m. I 2- 5 p.m. 2-5 p.m.

Plumbing- I I !st Grade Theory .. 7.30-9.30 I . . I .. !st Grade Practice .. · I f- 'l'.',-. I . . 7.30-9.30 2nd Grade Theory I 7.30-9.30 .. ~ .. 2nd Grade Practice I .. ~ l' 7.30-9.30 3rd Grade Theory I 7.30-9.30 I 3rd Grade Practice . . 7.30-9.30 +- ~-. I .. 4th Grade Theory I . . I 7.30-9.30 4th Grade Practice 7.30-9.30 I

Refrigeration- / 1st Grade . . . . . . 8.30-9.30 2nd Grade ........ 7.30-8.30 I

Shorthand . . . . . . 7.30-9.30 I Surveying- I

Lectures, Grade I . I 7.30-9.30 ,, Grades 2 & 3 7.30-9.30 I I j

Field Work . . . . . . I I

: A. J. Smith.

) , D. J. George. j A. Douglas.

l C. H. Wright:..-- 7'., W. R. Condon. C. Davies.

) C. E. Guy. A. E. Smith.

\ IR. V. Crook. G. Eddington Clark, B.A.

} E . Edwards. H. Hollins.

2-5 p.m. I E. C. Bartels. Staircasing and Hand- I I / .

railing_ . . . . _ . . . . 7.30-9.30 l 7.30-9.30 l~====I ~7=.3=0= 9=.3=0=1==~~=========== ====== A. Cousland.

'

\ \

is bearing an ever-increasing load in supplying heat for industrial purposes

Industry, the wizard, transforms crude metals and other materials into things of beauty and utility. Industry's servant is HEAT.

Heat regulation is a mighty factor in quality production and the degree of quality marks profit or loss.

Thousands of manufacturers have solved the problem of heat regulation by using GAS, the all-heat fuel. In many different pro• cesses better products are being made with the help of this ideal fuel.

.(\ ~-.- u....s -~ ... ~-::--7"

~~ ...

····· 1.1" ,qjiil.iiii!llila!~

Make YourCily aSmokeless City--use GAS LET US IMPROVE YOUR PRODUCT. Our engineers will welcome an opportunity to talk with you and to offer su~aestiona on shop fuel problems. We invite you to investit;ate our Industrial Gas Service.

Call at Industrial Showroom