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1997 Swinburne Higher Education Handbook

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**Elective studies<br />

A total of 30 credit points of subjects chosen from:<br />

For students who choose the Civil and Environmental<br />

Engineering major: electives chosen from the Structural<br />

Engineering major;<br />

For students who choose the Structural Engineering<br />

major: electives chosen from the Civil and<br />

Environmental 1 Engineering major;<br />

Other approved subjects offered by the School (e.g.<br />

approved Building Surveying subjects);<br />

Other approved subjects offered by other Schools (e.g.<br />

Mathematics).<br />

Course structure (1 990 syllabus)<br />

Structure of degree course<br />

The degree course consists of seven academic semesters at<br />

<strong>Swinburne</strong> and two semesters in industry. It is being<br />

progressively replaced by the 1995 syllabus.<br />

- -<br />

Students who are enrolled in the 1990 syllabus course and<br />

S: who continue to make satisfactory academic progress should<br />

% be able to complete under the 1990 syllabus. Where 1990<br />

3 syllabus subjects have been discontinued it may be necessary<br />

a<br />

n to take equivalent subjects from the 1995 course. Contact<br />

the school for further information about subject<br />

a<br />

cn<br />

equivalence.<br />

9'<br />

Year 4 (1990 syllabus)<br />

Semester 1<br />

CE494<br />

5. Semester2<br />

Industrial Experience<br />

n, CE415 Structural Engineering<br />

?.<br />

CE431 Water Engineering<br />

(0<br />

o CE461 Transport Engineering<br />

CE481 Geomechanics<br />

CE495 Engineering Management<br />

1. SM493 Engineering Mathematics<br />

and one of<br />

CE406 Water and Transport Engineering<br />

CE416 Structural Engineering<br />

CE476 Construction Engineering<br />

Year 5<br />

Semester 1<br />

CE505t Investigation Project<br />

CE555-f Design<br />

CE596 Engineering Management<br />

Major Elective (one 4<br />

CE507 Municipal and Transport Engineering<br />

CE516 Structural Engineering<br />

CE576 Construction Engineering<br />

Minor Elective (one of)<br />

CE533 Water Engineering<br />

CE553 Structural Design<br />

CE582 Geomechanics<br />

OR<br />

Approved alternative from Division of Business, Humanities<br />

and Social Science.<br />

?Where approved, part-time students may undertake these<br />

subjects over two semesters as syllabus content is identical<br />

to the corresponding full-time subjects, using the following<br />

codes:<br />

Hours per semester<br />

Sern I Sem 2<br />

CE506 Investigation Project 55 60<br />

CE556 Civil Design 65 70<br />

Application procedure<br />

Refer to pages 54 and 106.<br />

Further lnformotion<br />

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

the School of Civil Engineering and Building.<br />

E050<br />

Bachelor of Engineering<br />

*Communication and Electronic<br />

Cpputer Systems<br />

.Electrical Power and Control<br />

1995 syllabus course<br />

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

two semesters of industry based learning.<br />

Degree course revision<br />

Students entering the first year of the electrical engineering<br />

program will be enrolled in the common first year, and will<br />

follow one of the following streams:<br />

Computer Systems<br />

Electrical Power and Control<br />

Communication and Electronic<br />

Course structure<br />

Year l(1995 syllabus)<br />

Semester 1 Credit points<br />

CE102 Engineering Design<br />

SMlll Mathematics 1<br />

SP124 Physics 1<br />

and two of<br />

EFlOl* Professional Skills<br />

MM130* Engineering Materials<br />

OR<br />

SC154N Chemistry<br />

Semester 2<br />

EE182 Electronics and Instrumentation<br />

MM140 Energy Systems<br />

SM112 Mathematics 2<br />

SP125 Physics 2<br />

and one of<br />

EFlOl* Professional Skills<br />

MM130* Engineering Materials<br />

SKISO* Computing<br />

Year 2 (1996 syllabus)<br />

Semester 1<br />

SE210 Electronics<br />

SE212 Circuits<br />

SE214 Engineering Physics 3

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