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1997 Swinburne Higher Education Handbook

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1990 syllabus course<br />

Students currently enrolled in Years 4 and 5. Streaming in<br />

later vears of the course currentlv allows students to<br />

specialise in either Production Engineering and Design or<br />

Chemical Engineering and Design by selecting the special<br />

study subjects denoted below.<br />

Course structure (1 995 syllabus)<br />

Year 1<br />

Semester 1<br />

Credit points<br />

CE102 Engineering Design 10.0<br />

SMlll Mathematics 1 10.0<br />

9124 Physics 1 10.0<br />

and two of<br />

EFlOl<br />

MM130<br />

SKI80<br />

OR<br />

SC154N<br />

semester 2<br />

Professional Skills<br />

Engineering Materials<br />

Computing<br />

Chemistry<br />

a<br />

EE182 Electronics and Instrumentation<br />

~ ~ 1 4 Energy 0 Systems<br />

g<br />

P<br />

SMll2<br />

SP125<br />

and oneof<br />

@ EFlOl<br />

2<br />

.? MM130<br />

. semester I<br />

MM225<br />

SM233<br />

0<br />

MM235<br />

$. MM245<br />

0<br />

MM276<br />

Semester<br />

MM215<br />

MM246<br />

MM273<br />

MM295<br />

SM244<br />

Year 3<br />

Semester<br />

MM355<br />

MM365<br />

MM386<br />

MM385<br />

SM255A<br />

Semester<br />

MM305<br />

Year 4<br />

semester<br />

MM405<br />

Mathematics 2<br />

Physics 2<br />

Professional Skills<br />

Engineering Materials<br />

Computing<br />

Solid Mechanics 1<br />

Engineering Mathematics 3<br />

Engineering Materials<br />

Thermodynamics 1<br />

Computer Aided Design<br />

Machine Dynamics 1<br />

Fluid Mechanics 1<br />

Manufacturing Technology 1<br />

Measurement and Control Systems<br />

Engineering Mathematics 4<br />

Mehanical Design<br />

Design for Manufacture<br />

Ergonomics<br />

Engineering Management 1<br />

Engineering Mathematics 5<br />

Industry Based Learning<br />

Industry Based Learning<br />

Semester 2<br />

Core subjects<br />

MM441 Control Systems<br />

MM470 Computer Interfacing<br />

MM471 Numerical Engineering<br />

MM480 Facilities Planing and Design<br />

MM481 Decision Analysis<br />

MM482 Manufaauring Operations<br />

Management<br />

Chemical Stream<br />

MM414 Stagewise Processes<br />

MM415 Mass Transfer<br />

Production Stream<br />

MM450 Design for Manufacture<br />

MM472 Manufacturing Technology<br />

Year 5<br />

Semester I<br />

Core subjects<br />

MM500 Project 20.0<br />

MM582 World Class Manufacturing 4.0<br />

MM583 Industrial Management 4.0<br />

Chemical Stream<br />

MM510 Combined Heat and Mass Transfer 9.0<br />

MM511 Chemical Engineering Design 9.0<br />

MM556 Reactor Design 4.0<br />

Production Stream<br />

MM550 Design for Manufacture 9.0<br />

MM570 Manufacturing Technology 9.0<br />

MM581 Manufacturing Systems Modelling 4.0<br />

Application procedure<br />

Refer to pages 54 and 106.<br />

Further Information<br />

For further information on this new course please contact<br />

the School of Mechanical and Manufacturing Engineering.<br />

M050<br />

Bachelor of Engineering<br />

(Mechanical)<br />

1995 syllabus course<br />

Students entering the first year of the mechanical<br />

engineering course will be enrolled in the common first<br />

year, and will follow the Bachelor of Engineering<br />

(hIechanica1) 1995 syllabus.<br />

Courses are arranged to allow flexibility so that any student<br />

may transfer from full-time to part-time studies or viceversa,<br />

at particular points of a course, without loss of credit<br />

for subjects passed.<br />

This program will extend over eight academic semesters plus<br />

two semesters of industry based learning.<br />

The degree course program combines a thorough education<br />

in the application of engineering science principles with a<br />

broad span of studies important to a professional mechanical<br />

engineer.

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