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Bachelor of Engineering (Civil)Overview Duration:
o Credit points: Represent the combined value of individual subjects in a degree. One subject usually constitutes three credit points.
Structure Disclaimer - The list of subjects below is correct for 2008, but may change for 2009. Prospective students should contact the University to confirm admission requirements and the availability of courses.
TEACHING PERIOD 1 EG1000:03 Engineering 1 EG1001:03 Engineering Statics EG1002:03 Computing for Engineers MA1000:03 Mathematical Foundations TEACHING PERIOD 2 EG1010:03 Process Engineering EG1011:03 Engineering Dynamics EG1012:03 Electric Circuits MA1003:03 Mathematical Techniques
TEACHING PERIOD 1 CS2001:03 Engineering Strength of Materials CS2002:03 Catchment, Stream and Lake Engineering MA2000:03 Mathematics for Scientists and Engineers ME2512:03 Thermofluid Mechanics TEACHING PERIOD 2 CS2003:03 Introduction to Structural Design CS2004:03 Surveying and Construction CS2005:03 Introduction to Geotechnical Engineering ME2518:03 Materials and Manufacturing Processes
TEACHING PERIOD 1 CS3000:03 Structural Analysis CS3001:03 Concrete Engineering CS3002:03 Soil Mechanics and Geology EG3000:03 Engineering Project Management (odd years) EG4000:03 Engineering Economics and Entrepreneurship (even years) TEACHING PERIOD 2 CS3003:03 Design of Steel and Concrete Structures CS3004:03 Transportation Engineering CS3008:03 Fluid Mechanics EG3021:03 Applied Engineering Analysis
TEACHING PERIOD 1 CS4001:03 Foundation Engineering and Rock Mechanics CS4002:03 Hydraulic and Coastal Engineering EG3000:03 Engineering Project Management (odd years) EG4000:03 Engineering Economics and Entrepreneurship (even years) EG4011:03 Thesis Part 1 of 2 TEACHING PERIOD 2 CS4005:03 Civil Engineering Design CS4006:03 Advanced Structural Analysis CS4008:03 Water and Wastewater Engineering EG4012:03 Thesis Part 2 of 2
Career Opportunities Civil engineers are employed in public utilities, government departments, private companies, and also non-government agencies involved in community development and disaster recovery. They are trained to work in the planning, design, construction and maintenance of buildings, roads, bridges, railways, dams, port facilities, water supply and wastewater treatment systems. Professional Recognition All JCU Engineering programs are fully accredited by Engineers Australia. This accreditation is recognised in all states of Australia and internationally throughout Europe, North America and Asia. Our engineering graduates work in a wide variety of interesting and challenging positions both nationally and internationally. To enrol and find out course fees, intake dates, entry requirements and more details about courses and the Institute please click on the Enquiry button and complete our form and one of our staff member will get back to you very soon. |
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