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1997 Swinburne Higher Education Handbook

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Students are not normally permitted to extend their course Semester 1 Credit Points<br />

enrolment beyond five years, except when leave of absence has EE730 Engineering Software (or equivalent) 12.5<br />

been granted. EE740 * Project M'ment & Research Methods 12.5<br />

Course structure<br />

Semester 1<br />

MM641<br />

MM642<br />

MM643<br />

MM644<br />

Semester 2<br />

MM651<br />

MM652<br />

MM653<br />

MM654<br />

Semester 3<br />

Credit points<br />

Computer Aided Design<br />

Manufacturing Management Systems<br />

Robotics and Automation<br />

Numerical Control<br />

Intelligent Manufacturing Systems<br />

Computer Control and Sensing<br />

Expert Systems Simulation and<br />

Modelling<br />

Computer Modelling and FEA<br />

Project Work<br />

~095 Master of Engineering<br />

(Computer Systems Engineering)<br />

E085 Graduate Diploma of Engineering<br />

(Computer Systems Engineering)<br />

~075 Graduate Certificate in Computer<br />

Systems Engineering<br />

This program normally involves three years of part-time or<br />

one and half years of full-time study. This program of<br />

advanced studies in the hardware and software engineering<br />

of computer systems is intended for graduates in<br />

Engineering, Science or Computing, seeking careers in the<br />

computer applications field, e.g. as engineers in the<br />

computer, electronics or telecommunications manufacturing<br />

industries.<br />

Entrance requirements<br />

Entry to the Graduate Diploma/Master of Engineering is<br />

open to applicants with a four year engineering or science<br />

(Electrical, Communications or Computer Systems)<br />

qualification or to those with lesser qualifications but<br />

substantial and relevant experience.<br />

Course structure<br />

Students must complete 100 credit points for the Graduate<br />

Diploma and 150 credit points to complete the Masters,<br />

including relevant project work<br />

Semester 1: EE740 Project Management &Research<br />

Methods plus 3 core subjects (50 credit points)<br />

Semester 2: EE760 Research Project A plus 2 core subjects;<br />

(50 credit points)<br />

Semester 3: EE761 Research Project B plus 2 core subjects<br />

(50 credit points).<br />

Alternative structure:<br />

Semester 1: EE740 Project Management & Research<br />

Methods plus 3 core subjects (50 credit points)<br />

Semester 2: four core subjects (50 credit points);<br />

Semester 3: EE762 Major Research Project (50 credit points)<br />

EE781 CAD and High Level Synthesis 12.5<br />

EE786 Advanced Image Processing 12.5<br />

Semester 2<br />

EE730 " Engineering Software (or equivalent) 12.5<br />

EE732 Computer Architecture & Hardware 12.5<br />

EE752 Digital Communications 12.5<br />

EE760 Research Project A 25.0<br />

EE783 Digital Signal Processing Systems Eng. 12.5<br />

EE787 Advanced Computer Architecture 12.5<br />

Semester 3<br />

EE761 Research Project B 25.0<br />

EE762 " Major Research Project 50.0<br />

Alternative subjects (si*bject to approval)<br />

EE530 Analogue Elec. Instr. & Techniques 12.5<br />

EE751 Telecommunications Networks 12.5<br />

EE754 Integrated Services Digital Networks & BISDN 12.5<br />

EE757 Personal & Mobile Communication 12.5<br />

SE750 Communication Systems 12.5<br />

,54757 Local Area Networks 12.5<br />

* indicates subjects can be taka in either semester<br />

C092 Master of Engineering<br />

(Construction Management)<br />

The main aim of the course is to provide graduates of<br />

proved academic ability the skills required for future roles in<br />

managing technology and human resources in construction<br />

and building operations.<br />

~ -<br />

It is proposed to achieve this aim by providing a structured<br />

study of advanced management and engineering techniques<br />

in the fields of construction and building.<br />

The course aims to develop the following:<br />

skill at allocation, organisation and direction of<br />

manpower and material resources;<br />

awareness of and ability to apply modern construction<br />

technology;<br />

understanding of the financial considerations of project<br />

funding;<br />

understanding of human resource management on<br />

construction sites;<br />

knowledge of the bidding process and other aspects of<br />

economic decision-making;<br />

appreciation of contractual obligations and risks;<br />

quality management.<br />

Duration of program<br />

This course has been designed to take place over one and a<br />

half years on a full-time basis. Students may commence their<br />

studies in either the first or second semester of any year and<br />

spend the first two semesters engaged in coursework. The<br />

course can also be undertaken part-time over six semesters.<br />

Prerequisites<br />

Candidates for the degree of Master of Engineering shall:<br />

<strong>Swinburne</strong> University of Technology <strong>1997</strong> <strong>Handbook</strong> 209

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