1997 Swinburne Higher Education Handbook
1997 Swinburne Higher Education Handbook
1997 Swinburne Higher Education Handbook
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Finance<br />
Budgets management reporting systems, financial control of<br />
projects.<br />
Cost-benefit analysis discounted cash-flow, present worth<br />
criteria, buying or hiring plant, life-cycle costing, project<br />
evaluation, profitability, evaluation of tenders, replacement<br />
of plant.<br />
Legal aspects<br />
The Australian legal system, commercial law regarding<br />
employers, employer liabilities. Contracts for the provision<br />
of engineering services by practices and employees,<br />
agreements involving resort to arbitration, property law<br />
concepts relevant to the practice of engineering, patents,<br />
copyright, trademarks and industrial design, the<br />
consequences in civil law for the careless provision of<br />
engineering services or advice (the tort of negligence).<br />
Companies, partnerships, trusts and joint ventures as<br />
vehicles or entities for the practice of engineering. Planning<br />
law acts and legislation relevant to major projects.<br />
CE599 Civil Engineering Management 1<br />
10 credit points 4.5 hours per week Hawthorn<br />
Instruction: lectures, seminars and project work Assessment:<br />
assignments and presentations 50%, class tests 50%<br />
Prerequisites: CE306 Engineering Management<br />
A fifth year subject in the Bachelor of Civil Engineering<br />
Objectives<br />
To develop understanding and skill in techniques of project<br />
and product evaluation having regard to cost, timeliness and<br />
quality of engineering processes, and customer satisfaction.<br />
Content<br />
Economic evaluation of engineering projects: time value of<br />
money; discounted cash flow; life cycle evaluation; benefitcost<br />
analysis; risk and sensitivity analysis.<br />
Environmental impact and assessment of projects.<br />
Integration of economic, environmental and social aspects in<br />
eng&eering decision-making; influence of politics and<br />
commerce.<br />
Project scheduling using charts and network diagrams<br />
including PERT and CPM; scheduling of operations and<br />
maintenance of civil engineering systems; preventative<br />
maintenance, rehabilitation and replacement; engineering<br />
-. & resources planning.<br />
8 Quality concepts: total quality management; quality<br />
g assurance as an outcome of quality - . control; costs of quality - .<br />
2. management; statistical quality control for engineering<br />
-<br />
M<br />
purposes; specifications and quality; value engineering.<br />
Commercial law and the sale of goods and services; trade<br />
~ractices legislation; patents and copyright.<br />
Marketing engineering goods and services; market research<br />
and marketing strategies; market segmentation; product<br />
pricing, distribution and promotion; customer service.<br />
Consulting practice: terms of engagement and the clientconsultant<br />
relationship.<br />
Recommended reading<br />
Department of Finance. <strong>Handbook</strong> of Cost.Benefit Analysis. AGPS,<br />
Canberra, 1991<br />
National Committee on Construction Engineering. Guidelines for<br />
Successful Engineering Construction. The Institution of Engineers,<br />
Australia. Canberra. 1994<br />
Samson (Ed). ~anaiemat for Engineers. Lonaman-Cheshire,<br />
~elbourhe,' 1989 -<br />
- -<br />
4<br />
Construction Technology r, i r )l(tr)<br />
CE670<br />
WI'J L ,<br />
12.5 credit points 4 hours per week Hawthorn<br />
Instruction:. lectures/tutorial/discussion Assessment: by<br />
assignment work<br />
This is a subject in the Graduate Diploma of Engineering<br />
(Construction Management) and Master of Engineering<br />
(Construction Management)<br />
0 bjectives<br />
To develop a knowledge of a technological resources<br />
available for the execution of a construction project.<br />
Content<br />
Planning of construction programs, resource allocation,<br />
plant and equipment, soil investigation and data<br />
interpretation, construction materials and techniques.<br />
Recommended reading<br />
Antill, J.M., Ryan, P.J.S. and Easton, G.R. Civil Engineering<br />
Construction. 6th edn, revised by Antill, J.M., Sydney, McGraw-<br />
Hill, 1988<br />
Brooks, H., The Tilt Up Design and Construction Manual. (Costa<br />
Mesa, California), Eaton, G., Sydney, HBA Publications, 1989<br />
Tornlinson, M.J., Foundation Design and Construction. 5th edn,<br />
Harlow, Essex, Longrnan Scientific and Technical, 1986<br />
Gilbert, R.I., Time Effects in Concrete Structures. Amsterdam. New<br />
York, Elsevier, 1988<br />
Newman, M., Structural Details for Concrete Construction. New<br />
York, McGraw-Hill, 1988<br />
Peurifoy, R.L., and Ledbetter, W.B. Construction Planning,<br />
Equipment and Methods. 4th edn, New York, McGraw-Hill, 1985<br />
Taylor, W.H., Concrete Technology and Practice. 4th edn, Sydney,<br />
McGraw-Hill, 1977<br />
Waddell, J.J., Concrete Construction <strong>Handbook</strong>. 4th edn, New<br />
York, McGraw-Hill, 1968<br />
Practical work<br />
Site visit; training films on plant handling, synndicate<br />
discussion or plant choice etc.<br />
CE677 Quantity Surveying<br />
12.5 credit points 4 hours per week Hawthorn<br />
0 b jedives<br />
To enable the student to prepare bills of quantities, to<br />
appreciate the various types of bills, to appreciate feasibility<br />
studies and costs, to measure Civil Engineering quantities<br />
and to use the appropriate electronic hardware and software<br />
for support.<br />
Content<br />
Standard Method of Measurement, measuring and billing of<br />
quantities, trade oriented bill of quantities, including<br />
elemental specified and operational, principles of elemental<br />
cost analysis, reliability of data, measurement of Civil<br />
Engineering quantities, computer assisted bills of quantities.