Mechanical Engineering - QUEENSLAND ~ INSTITUTE OF TECHNOLOGY

At present the Mechanical Engineering laboratories are housed in temporary quarters. However, the first stage of the new buildings should be commenced in 1967 and remaining stages during the 1967-1969 triennium.

The enormous variety of fields in which a mechanical engineer may find employment will be reflected in the laboratories and equipment provided within the Mechanical Engineering section.

As a basic knowledge of various manufacturing processes is

essential to all mechanical engineers comprehensive facilities will

available for training in such. fields as general machine tools, welding, press and die work and foundry work. More advanced students will have tape controlled and automatic machine tools available for detailed study and project work and a metrology laboratory will provide a basic training in precise measurement.

Additional laboratories will

provided for basic engineering

training in such fields as metallurgy, thermodynamics, fluid

mechanics, applied mechanics and servo-mechanisms. Particular

emphasis will be placed on the provision of a wide range of

measuring and transducing equipment in order to attain the

greatest possible flexibility in training and to provide as large a

range of services to industry as is possible.

ENGINEERING COMMITTEE J. E. Kindler, ME, MIEAust,

FSASM

Professor J. H. Lavery, BSc Oxon., ME, AMICE, MIEAust Professor S. A. Prentice, ME, BSc,

MIEAust, MIEE J.C. Rivett, ME, MIEAust L. R. Thornton, DipE&M Vic.,

MIEAust, FAIM W. I. George, BE, BEc

K. M. Fraser, BSc, BAppSc, BE, ARACI, AMIEAust

C. Gilmour, BSc, BE, Dip MEE, AMIEAust

T. F. Leahy, BE(Hon) AMIEAust R. J. Gallagher, BE(Civ) BSc,

AMIEAust

J. W. Wilby, BE(Hon) AMIEAust BSc

K. T. Greenham, BE(M&E Eng.), AMIEAust, MinstF

J. H. Curtis, BE(Hon) BSc, BA, AMIEAust

R. B. Menzies, BE, FSASM.

K. F. Price, BE, AMIEAust R. K. Pardon, BE; AMIEAust S. Schubert, BE(Hon}, MIHE Eng.,

AMIEAust

G. E. Littler, ME, AMIE

Chairman

Chief Engineer, Co-Ordinator General's Department

Department of Civil Engineering, University of Queensland, St. Lucia

Department of Electrical Engineering, Uni- versity of Queensland, St. Lucia Gutteridge, Haskins and Davey Engineer, State Electricity Commission Plant and Property Manager, Evans Deakin

Co. Pty. Ltd.

Principal, Central Technical College Director of Technical Educatio'h

Department of Mechanical Engineering, University of Queensland, St. Lucia Senior Lecturer, Civil Engineering, Queens-

land Institute of Technology

Head of Engineering Department, Queens- land Institute_ of Technology

Senior Lecturer, Mechanical Engineering, Queensland Institute of Technology Superintendent, Engineering Planning,

Engineering Division, Postmaster Gen- eral's Department

Chief Design Engineer, Mt. Isa Mines Limited

English Electric Co. of Australia Pty. Ltd.

Acting Chief Engineer and Manager, De- partment of Works, Brisbane City Council

Deputy Chief Engineer, Research and Plan- ning Branch, Main Roads Department Senior Lecturer (Power), Department of

Engineering, Queensland Institute of Technology

Civil Engineering Sub-Committee

S. Schubert (Convener), R. J. Gallagher, J. H. Andrews, G. W. Barlow, A. E.

Wickham, Dr. C. O'Connor, Professor J. H. Lavery, J. W. Taylor, -R. Russo.

Electrical Engineering Sub-Committee

R. L. Thornton (Convener}, J. H. Curtis, T. A. Jordan, Dr. S. G. Fraser, J. W.

Wilby, D. Baxter, K. F. Price, T. McLean, K. W. Miller.

Mechanical Engineering Sub-Committee

T. F. Leahy (Convener), Professor M. Shaw, K. T. Greenham, N. H. Davis, K. E. Jones, K. F. Price, J. F. Jeffcoat, G. W. Barlow, B. Blakely, W. I. George, R. N. Windsor, G. Honor, R. B. Menzies, S. Polden.

Co-opted J. Laracy, J. W. Wilby.

Mining Engineering Sub-Committee

R. B. Menzies (Convener), Dr. E. J. Heidecker, W. E. Vance, D. Mathers, W. O'Sullivan, A. Norrie, R. S. Carter, R. Wallace.

Cartographic Committee

J. E. Kindler, R. Baldock, J. Hardman, Mr. Shepherd, Mr. McGrath.

ENGINEERING STAFF Head of Department

J. W. Wilby, BE(Hon) AMIEAust, BSc R. J. Gallagher, BE(Civ) BSc, AMIEAust

K. T. Greenham, BEM&EEng AMIEAust, MinstF

R. F. Bange, BE(Civ)Hons, MEng Sc, AMIE Aust

W. J. Dow, ASYC(MechEng) AMIEAust J. W. Laracy, BE(Mech)

N. J. Pryor, BE(Elect) BSc S. R. Wallace, DipM&EEng .A. P. H. Champion, DipM&EEng

P. Crewe, GrIMechE(Eng) DipMech&Prod (Eng)

R. L. Johnston, DipM&EEng, MSMechEA J. M. Kelly, DipM&EEng Cert.1960 MechDip G. E. Littler, ME, AMIEAust

F. Schroder, DipM&EEng, BE, AMIE, GrIMechEEng, London

Senior Lecturer -Civil Senior Lecturer -Mechanical Lecturer -Civil Lecturer -Mechanical Lecturer -Mechanical Lecturer -Electrical Assistant Lecturer-Electrical Assistant Lecturer-Mechanical Assistant Lecturer-Mechanical Assistant Lecturer-Mechanical Assistant Lecturer-Mechanical Senior Lecturer -Electrical Senior Lecturer -Electrical

FELLOWSHIP DIPLOMA IN CIVIL ENGINEERING Four (4) years full-time day study.

Completion of the course entitles the graduate to a Fellowship Diploma and the use of the letters FQIT(Eng).

It is confidently anticipated that the Fellowship Diploma will be recognised for graduate membership of the Institution of Engineers, Australia.

Entrance Requirements: Senior Public-not less than C pass in English, Mathe- matics I, Mathematics II, Chemistry, Physics.

Subject

GSOOO-OOl GS031 EN159 EN070 GS061 EN181 GS002 EN078 EN160 ENOlO EN050 EN125 EN164 EN094 GS062 EN157

EN088 EN165 EN022 EN172 EN014 EN097 EN153 EN030 EN004 EN166 EN154 EN098 EN143 EN020 EN023 EN174 BS 052 EN145 EN005 EN139 EN167 EN099 EN140

First Year

Engineering Mathematics IF Engineering Physics IF Strength of Materials IF Engineering Drawing IF English Expression I Workshop Technology IF Second Year

Engineering Mathematics IIF Engineering Materials IF Strength of Materials IIF Applied Mechanics IF Electrical Engineering IaF Mechanical Engineering IaF Structural Engineering IF Geology I · English Expression II Statistical Mathematics F

No formal examination will be conducted in GS062 English Expression IIF. A student's result in this subject will be determined on his work throughout the year.

Third Year Fluid Mechanics F Structural Engineering IIF Civil Engineering Design IF Surveying IF

Building Construction F

Highway and Bridge Engineering IF Soil Mechanics IF

Concrete Technology Fourth Year

*Applied Hydraulics IF

*Structural Engineering IIIF Soil Mechanics IIF

Highway and Btjdge Engineering IIF Public Health Engineering IIF Civil Engineering F

Civil Engineering Design IIF Surveying IIF

Management Seminars

*For two terms only. In third term these are replaced by electives.

EITHER (i) Applied Hydraulics IIF Project

OR (i) Structural Engineering IVF

(ii) Highway and Bridge Engineering IIIF Project

Hours per week

8 7 5 5 l 6 6 2 4 4

2t

3t

4 I 1

3t 7t 3t

1 2 5

3t

3t 3t

4 2

It

3 9

3t

l l 4 3 2 2 3

ASSOCIATE DIPLOMA IN CIVIL ENGINEERING Six (6) years part-time evening study.

Conditions of attendance for study are-

First year: four (4) evenings per week OR three (3) evenings per week and one (1) afternoon per week.

Second and subsequent years: three (3) evenings per week and one (1) afternoon

per week. .

For the second and subsequent years, one subject will be offered for study only at day classes. To accommodate students unable to obtain day release, the day

subject will be alternated from year to year.

Completion of the course entitles the graduate to an Associate Diploma and the use of the letters AQIT(Eng). .

This Associate Diploma is recognised for Graduate membership of the In- stitution of Engineers, Australia.

Entrance Requirements: Senior Public-not less than C pass in English, Mathe- matics I, Mathematics II, Chemistry, Physics.

Before commencing the Associate Diploma course, prospective students must obtain employment in suitable engineering work, and must be so employed throughout the course under the supervision of suitably qualified engineering personnel.

At the end of each year students shall be required to produce documentary evidence in support of their claimed practical experience. This evidence shall be provided in the form of a log book which will contain essential details of the work done by the student and shall be certified by the student's employer prior to submission to the Institute.

Before a student is granted an Associate Diploma of the Institute, he must produce evidence that he is engaged in an approved engineering capacity.

Hours

Subject per

week First Year

EN068 Engineering Drawing IA 3

GS032 Physics IA 3

GS003 Engineering Mathematics IA 3

EN077 Engineering Materials IA 3

Second Year

EN069 Engineering Drawing IIA 3

GS004 Engineering Mathematics IIA 3

EN009 Applied Mechanics IA 3

GS033 Physics IIA 3

Third Year

EN042 Electrical Engineering IaA

It

EN121 Mechanical Engineering IaA

It

EN158 Strength of Materials IA 3

GS005 Engineering Mathematics IIIA 3

EN161 Structural Engineering IA 3

Fourth Year

EN162 Structural Engineering IIA 3

EN087 Fluid Mechanics IA 3

EN170 Surveying IA 3

EN093 Geology IA

It

EN029 Concrete Technology IA

It

Fifth Year

EN163 Structural Engineering IIIA 3

EN152 Soil Mechanics IA 3

EN003 Applied Hydraulics IA 3

EN171 Surveying IIA 3

Associate Diploma in Civil En~ring-Continued

Subject

Sixth Year

EN021 Civil Engineering Design IA EN096 Highway .and Bridge Engineering IA EN I 02 Industrial 'Engineering IA

Hours per week

6 3 3

ADVANCED CERTIFICATE CIVIL ENGINEERING Four (4) years-Two years full-time day study.

Two years part-time evening study.

(Engaged-in approved Engineering employment) This course is available for-

Design Office Technician Laboratory Technician Construction Technician

Entrance Requirements: Junior Public-English, Mathematics A, Mathe- matics B, Science B.

Hours

Subject per

week First and Second Years are full time day study and are common to all the above Certificate Courses.

First Year GS063 English IC GS006 Mathematics Ii GS008 Mathematics IIi GS034 Physics IC

CHl 11 Engineering Chemistry IC EN064 Engineering Drawing IC EN074 Engineering Materials IC EN083 Engineering Technology IC

In the Second Year two groups are provided for, Group A which should proceed to complete the Advanced Certificate, and Group B to be given the opportunity of proceeding per medium of the Senior Public to the professional level courses (Fellowship Diploma and Associate Diploma).

Second Year Group A GS064 English IIC GS 007 Mathematics Iii GS 009 Mathematics IIii GS035 Physics IIC

EN065 Engineering Drawing IIC EN006 Applied Mechanics IC EN084 Engineering Technology IIC

Group B English Mathematics I Mathematics II Physics

Engineering Chemistry Engineering Drawing Applied Mechanics Engineering Technology

After completion of the full-time portion of the Advanced Certifi- cate course, students shall obtain employment in suitable engineering work and must be so employed throughout the remainder of the course under the supervision of suitably qualified engineering personnel.

3 4 4 3 3 5 2 8

2 3 3 2 4 3 15 3 4 4 3 2 4 3 9

Advanced Certificate Civil Engineering-continued

Subject

At the end of each year, students shall be required to produce documentary evidence in support of their claimed practical experience. This evidence shall be provided in the form of a log book which will contain essential details of the work done by the student and shall be certified by the student's employer prior to submission to the Institute.

On completion of the course, a student must produce evidence that he is engaged in an approved engineering capacity before being granted the Advanced Certificate.

Design Office Technician Third Year

EN019 Civil Engineering !ICE ENlOO Hydraulics ICE ENl69 Surveying ICE

Home Assignments Fourth Year EN017 Civil Drawing !ICE ENJ68 Structures ICE

EN155 Specifications and Estimates CE Home Assignments

Laboratory Technician Third Year EN150 Soil Mechanics ICE EN028 Concrete Practice CE

CH110 Organic Chemistry and Materials CE Home Assignments

Fourth Year EN151 Soil Mechanics !ICE EN073 Engineering Geology CE

ENOOJ Advanced Laboratory Practice CE ENI 12 Laboratory Projects

Home Assignments Construction Technician

Third Year EN169 Surveying CE ENJOO Hydraulics CE ENOJ9 Civil Engineering !ICE

Home Assignments Fourth Year

EN03 l Construction Principles CE ENOl2 Building Administration CE ENI JO Job Organisation CE

EN155 Specifications and Estimates CE Home Assignments

Hours per week

3 3 3

4t

It

3 3 3 3 3

It It

3 3 3 3

lt

It

CERTIFICATE CIVIL ENGINEERING Five (5) years part-time evening study.

This certificate course is available for-

Design Office Technician Laboratory Technician Construction Technician

Entrance Requirements: Junior Public-English, Mathematics A, Mathe- matics B, Science B.

Students must obtain employment in suitable engineering work no later than the beginning of the second year of the course and must furnish evidence to this effect to the Institute.

Students must be so employed throughout the remainder of the course under the supervision of suitably qualified engineering personnel.

At the end of each year, students shall be required to produce documentary evidence in support of their claimed practical ·experience. This evidence shall be provided in the form of a log book which will contain essential details of the work done by the student and shall be certified by the student's employer prior to submission to the Institute.

Before being granted the Certificate, students must produce evidence of being employed in an approved engineering capacity.

Hours

Subject per

week Design Office Technician

First Year

GS012 Mathematics ICE 3

EN066 Engineering Drawing ICE 3

CH112 Chemistry ICE It

EN075 Engineering Materials ICE It

Home Assignments Second Year

GS013 Mathematics IICE 3

GS037 Physics CE 3

GS066 English CE It

EN180 Workshop Processes CE It

Home Assignments Third Year

EN007 Applied Mechanics ICE 3

EN016 Civil Drawing ICE 3

EN018 Civil Engineering ICE It

EN076 Engineering Materials IICE It

Home Assignments Fourth Year

EN019 Civil Engineering IICE 3

ENIOO Hydraulics CE 3

EN169 Surveying CE 3

Home Assignments Fifth Year

EN017 Civil Drawing IICE 4t

EN168 Structures ICE 3

EN155 Specifications and Estimates CE It

Home Assignments

Certificate Civil Engineering-continued

Hours

Subject per

week Laboratory Technician

First Year

GS012 Mathematics ICE 3

EN066 Engineering Drawing ICE 3

CH112 Chemistry ICE It

EN075 Engineering Materials ICE It

Home Assignments Second Year

GS013 Mathematics IICE 3

GS037 Physics CE 3

GS066 English CE It

EN180 Workshop Processes CE It

Home Assignments Third Year

EN007 Applied Mechanics ICE 3

CH113 Chemistry IICE 3

EN076 Engineering Materials IICE It

EN040 Electrical Engineering CE It

Home Assignments Fourth Year

EN150 Soil Mechanics ICE 3

EN028 Concrete Practice CE 3

CHI IO Organic Chemistry and Materials CE 3

Home Assignments Fifth Year

EN151 Soil Mechanics IICE 3

EN073 Engineering Geology CE 3

ENOOI Advanced Laboratory Practice CE It

ENI12 Laboratory Projects It

Home Assignments Construction Technician

First Year

GS012 Mathematics ICE 3

EN066 Engineering Drawing ICE 3

CH112 Chemistry I CE It

EN075 Engineering Materials ICE It

Home Assignments Second Year

GS013 Mathematics IICE 3

GS037 Physics CE 3

GS066 English CE It

EN180 Workshop Processes CE It

Home Assignments Third Year

EN007 Applied Mechanics ICE 3

EN016 Civil Drawing ICE 3

EN018 Civil Engineering ICE It

EN076 Engineering Materials IICE It

Home Assignments

Certificate Civil Engineering-continued

Fourth Year

EN019 Civil Engineering IICE ENlOO Hydraulics CE EN169 Surveying CE

Home Assignments Fifth Year

EN03 l Construction Principles CE EN012 Building Administration CE ENl 10 Job Organisation CE

EN155 Specifications and Estimates CE Home Assignments

Hours per week

3 3 3

lt

FELLOWSlllP DIPLOMA IN ELECTRICAL ENGINEERING Four (4) years full-time day study.

Completion of the course entitles the graduate to a Fellowship Diploma and the use of the letters FQIT(Eng).

It is confidently anticipated that the Fellowship Diploma will be recognised for graduate membership of the Institution of Engineers, Australia.

Entrance Requirements: Senior Public-not less than C pass in English, Mathe- matics I, Mathematics II, Chemistry, Physics.

Subject

First Year GS00{}-

001 Engineering Mathematics IF GS 031 Engineering Physics F EN159 Strength of Materials IF EN070 Engineering Drawing IF GS061 English Expression I EN181 Workshop Technology F

Second Year

Hours per week

8 7 5 5 1 6

GS002 Engineering Mathematics IIF 6

EN078 Engineering Materials IF 2

EN160 Strength of Materials IIF 4

ENOlO Applied Mechanics IF 4

EN085 Engineering Thermodynamics IF

4t

EN049 Electrical Engineering IF 5!

EN071 Engineering Drawing and Design IIF 5

GS 062 English Expression II 1

No formal examination will be conducted in GS062 English Expression IIF. A student's result in this subject will be determined on his work throughout the year.

Third Year

EN130 Organisation and Management F 2

EN148 Social Sciences IF 2

EN079 Engineering Materials IIF 3

EN089 Fluid Mechanics (Electrical) F 2

ENl57 Statistical Mathematics F 1

EN051 Electrical Engineering IIF (with associated Maths) 15

EN134 Power Plant Engineering F 3

EN173 Surveying and Photogrammetry F 1

ENI08 Instrumentation and Control F 3

Fourth Year

BS 053 Management IIF 2

EN149 Social Sciences IIF 2

ENI03 Industrial Engineering F 2

EN024 Closed Cycle Control F 3

EN053 Electrical Engineering IIIF-Power

OR 15

EN054 Electrical Engineering IIIF-Communication EN033 Design F-Power

EN034 Design F-Electronics and Communication 8

EN146 Seminars EN141 Projects

ASSOCIATE DIPLOMA IN ELECTRICAL ENGINEERING Six (6) years part-time evening study.

Conditions of attendance for study are-

First year: four (4) evenings per week OR three (3) evenings per week and one (1) afternoon per week.

Second and subsequent years: three (3) evenings per week and one (1) afternoon per week.

For the second and subsequent years, one subject will be offered for study only at day classes. To accommodate students unable to obtain day release, the day subject will be laternated from year to year.

Completion of the course entitles the graduate to an Associate Diploma and the use of the letters AQIT(Eng).

This Associate Diploma is recognised for Graduate membership of the In- stitution of Engineers, Australia.

Entrance Requirements: Senior Public-not less than C pass in English, Mathe- matics I, Mathematics II, Chemistry, Physics.

Before a student is granted an Associate Diploma of the Institute, he must produce evidence tha~ he is engaged in an approved engineering capacity.

Hours

Subject per

week First Year

EN068 Engineering Drawing IA 3

GS032 Physics IA 3

GS003 Engineering Mathematics IA 3

EN077 Engineering Materials IA 3

Second Year

EN069 Engineering Drawing IIA 3

GS004 Engineering Mathematics IIA 3

EN009 Applied Mechanics A 3

GS033 Physics IIA 3

Third Year

EN041 Electrical Engineering IA 3

EN120 Mechanical Engineering IA 3

EN158 Strength of Materials A 3

GS005 Engineering Mathematics IIIA 3

Fourth Year

EN062 Engineering Design IA 3

EN043 Electrical Engineering IIA 3

EN122 Mechanical Engineering IIA 3

ENlll Fluid Mechanics and Heat Transfer A. 3

Fifth Year

4t

EN044 Electrical Engineering IIIA

EN107 Instrumentation and Control 3

EN045 Electrical Engineering IIIaA

4t

EN046 Electrical Engineering IIIbA

Associate Diploma in Electrical Engineering-continued Subject

Sixth Year

EN102 Industrial Engineering A EN047 Electrical Engineering IVaA

EN048 Electrical Engineering IVbA

Hours per week

3 9

ADVANCED CERTIFICATE ELECTRICAL ENGINEERING Four (4) years-Two years full-time day study.

Two years part-time evening study.

(Engaged in approved Engineering employment) This course is available for-

Electrical Technician

Electronics and Communication Technician Instrument Technician

Design Office Technician

Entrance Requirements: Junior Public-English, Mathematics A, Mathe- matics B, Science B.

Subject

First and Second Years are full-time day study and are common to all the above Certificate courses.

First Year GS063 English IC GS006 Mathematics Ii GS008 Mathematics IIi GS034 Physics IC

CHI l1 Engineering Chemistry IC EN064 Engineering Drawing IC EN074 Engineering Materials IC EN083 Engineering Technology IC

In the Second Year two groups are provided for, Group A which should proceed to complete the Advanced Certificate, and Group B to be given the opportunity of proceeding per medium of the Senior Public to-rtre professional level courses (Fellow- ship Diploma or Associate Diploma).

Second Year Group A GS064 English IIC GS007 Mathematics Iii GS009 Mathematics Ilii GS035 Physics IIC

EN065 Engineering Drawing IIC EN006 Applied Mechanics IC EN084 Engineering Technology IIC

Group B English Mathematics I Mathematics II Physics

Engineering Chemistry Engineering Drawing Applied Mechanics Engineering Technology

After completion of the full-time portion of the Advanced Certificate course, students shall obtain employment in suitable engineering work and must be so employed throughout the remainder of the course under the supervision of suitably qualified engineering personnel.

Hours per week

3 4 4 3 3 5 2 8

2 3 3 2 4 3 15 3 4 4 3 2 4 3 9

Advanced Certificate Electrical Engineering-continued ,

Subject

At the end of each year, students shall be required to produce documentary evidence in support of their claimed practical experience. This evidence shall be provided in the form of a log book which will contain essential details of the work done by the student and shall be certified by the student's employer prior to submission to the Institute.

On completion of the course, a student must produce evidence that he is engaged in an approved engineering capacity before being granted the Advanced Certificate.

Electrical Technician EN015

EN055 EN059 EN135 EN026 EN027 EN056 EN057 EN101 EN133 EN175 EN138 EN002 EN136

Third Year Circuit Analysis CE Electrical Machines ICE Electronics ICE Home Assignments Fourth Year Power Systems ICE Electives-TWO of

Computer Electronics CE Computer Programming CE Electrical Machines IICE Electrical Measurements CE Industrial Control CE Power Plant CE System Protection CE Production Planning CE Air Conditioning CE Power Systems IICE Home Assignments

Electronics and Communications Technician EN015

EN176 EN059

Third Year Circuit Analysis CE Telecommunications ICE Electronics ICE Home Assignments Fourth Year EN060 Electronics IICE EN026

EN027 ENlOl EN129 EN144 EN177 EN061

Electives-TWO of Computer Electronics CE Computer Programming CE Industrial Control CE Navigational Aids CE Radio and T.V. CE Telecommunications IICE Electronics IIICE Home Assignments Instrument Technician EN015

EN059 EN109

Third Year Circuit Analysis CE Electronics ICE

Instrument Workshop Practice CE Home Assignments

Hours per week

3 3 3

3 3 3 3

3 3 3

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