- Students are to follow the requirements of the Handbook for the year they commenced the course.
However, the subject links below do not contain the subject information for the current year. You can view current subject information through the new Course Handbook.
Bachelor of Engineering (Mechanical Engineering)
Testamur Title of Degree: |
Bachelor of Engineering (Mechanical Engineering) |
Abbreviation: |
BE(Mech) |
Home Faculty: |
Faculty of Engineering |
Duration: |
4 years full-time or part-time equivalent |
Total Credit Points: |
192 |
Delivery Mode: |
On campus (Face-to-face) |
Starting Session(s): |
Autumn/Spring |
Location: |
Wollongong |
Approx. ATAR Entry: |
80 |
Assumed Knowledge: |
Any two units of English plus Mathematics |
Recommended Studies: |
Physics, Chemistry and HSC Mathematics Ext. 1 |
UOW Course Code: |
721 |
UAC Code: |
755614 |
CRICOS Code: |
027466K |
Overview / Course Aims
• To solve engineering problems by applying the fundamentals of sciences and engineering sciences, including mathematics, statistics, physics, chemistry, computing, mechanics, materials and fluids.
• Work in a team in a modern, diverse, multi-disciplinary environment (workmates, managers, policy-makers and the wider community) using effective management techniques and communicating clearly to a variety of audiences both orally and in writing.
• Work with the highest acceptable engineering and environmental standards and professional ethics, adhere to occupational health and safety regulations while recognising the economic, environmental, global, social and legal contexts of their work.
• Utilise sophisticated engineering analysis, software and design tools to simulate the real world including computer aided design and modelling of engineering systems.
• Solve problems creatively by designing and managing the production of new and improved machines, systems and processes.
• To carry out innovative, conceptual and detailed design of systems and components by establishing key aspects of the problem, researching current knowledge, problem solving, generating options and identifying feasible/optimal solutions.
• Design, optimise and maintain machines, systems and processes, including examples such as: vehicles and engines; conventional and renewable energy production systems; manufacturing plant and machinery; bulk materials handling systems; building services, refrigeration and air conditioning systems; rail, road and aerospace systems.
• Measure and control the performance of machines and systems in the real world using sensors and transducers, data acquisition systems, test facilities, lab experimentation, etc.
Career Opportunities
Mechanical Engineering has the broadest scope of all the branches of engineering, and graduates in this field have the core skills to adapt to other fields of engineering. It includes many exciting fields such as advanced manufacturing, metal forming technology, robotics, control of systems, computer aided design and manufacturing, air conditioning, bio-mechanics, powder technology and bearing dynamics. The degree covers a wide range of technical subjects including engineering computing and instrumentation, workshop practice, mechanical engineering design, control of machines and processes, process design and analysis, manufacturing process analysis, manufacturing systems, sustainable energy, transport and engine technologies, dynamics of engineering systems, bulk solids handling technology, fluid power, heat transfer and aerodynamics. Design innovation and project management are important aspects of mechanical engineering. The highlight of the course is the final year thesis, which requires each student to complete a major engineering project in a field of their choice or in research projects funded by government and/or industry.
Study Options
Students can select electives from a number of specialist areas in their final year including: Sustainable Energy and Engineering Systems, Manufacturing Engineering, Applied Mechanics, and Bulk Materials Handling. The list of electives on offer in any one year varies somewhat, depending on staff availability and other factors.
Double degrees are also available.
Course Program
Subject |
Session |
Credit Points | |
Year 1 | |||
CHEM103 |
Chemistry for Engineers |
Autumn |
6 |
ENGG101 |
Foundations of Engineering |
Autumn |
6 |
ENGG153 |
Engineering Materials |
Autumn |
6 |
MATH141 |
Foundations of Engineering Mathematics |
Autumn |
6 |
or | |||
MATH187 |
Mathematics 1: Algebra and Differential Calculus |
Autumn |
6 |
ENGG152 |
Engineering Mechanics |
Spring |
6 |
ENGG154 |
Engineering Design and Innovation |
Spring |
6 |
MATH142 |
Essentials of Engineering Mathematics |
Spring |
6 |
or | |||
MATH188 |
Mathematics 2: Series and Integral Calculus |
Spring |
6 |
PHYS143 |
Physics for Engineers |
Spring |
6 |
Year 2 | |||
MECH252 |
Thermodynamics, Experimental Methods and Analysis |
Autumn |
6 |
ENGG251 |
Mechanics of Solids |
Autumn |
6 |
ENGG252 |
Engineering Fluid Mechanics |
Autumn |
6 |
MATH283 |
Mathematics 2E for Engineers Part 1 |
Autumn |
6 |
ECTE290 |
Fundamentals of Electrical Engineering |
Spring |
6 |
MECH201 |
Engineering Analysis |
Spring |
6 |
MECH215 |
Fundamentals of Machine Component Design |
Spring |
6 |
MECH226 |
Machine Dynamics |
Spring |
6 |
Year 3 | |||
MECH321 |
Dynamics of Engineering Systems |
Autumn |
6 |
MECH341 |
Thermodynamics of Engineering Systems |
Autumn |
6 |
MECH372 |
Solids Handling and Process Engineering |
Autumn |
6 |
MECH382 |
Manufacturing Engineering Principles |
Autumn |
6 |
ENGG361 |
Project and Business Management |
Spring |
6 |
MECH311 |
Mechanical Engineering Design |
Spring |
6 |
MECH343 |
Heat Transfer and Aerodynamics |
Spring |
6 |
MECH365 |
Control of Machines and Processes |
Spring |
6 |
Year 4 | |||
MECH419 |
Finite Element Methods |
Autumn |
6 |
ENGG461 |
Management and Human Factors in Engineering |
Autumn |
6 |
ENGG456 |
Engineering Project A |
Autumn/Spring |
6 |
or |
|||
ENGG452 |
Thesis A |
Annual |
12 |
or | |||
ENGG453 |
Thesis B** |
Annual |
18 |
ENGG454 |
Professional Experience |
0 | |
PLUS |
3, 4 or 5 electives Depending on which Thesis (12/18cp) or Project (6cp) subject is chosen |
Autumn/Spring |
18/24/30 |
List A are approved technical or Engineering electives. List B are approved electives from other Faculties or disciplines. Students may take up to two (2) electives from List B. Students wanting to study a subject not on List A or List B should seek approval from their Discipline Advisor. | |||
List A | |||
CIVL311 |
Structural Design 1 |
6 | |
CIVL314 |
Structural Design 2 |
|
6 |
CIVL322 |
Hydraulics and Hydrology |
6 | |
CIVL463 |
Applied Geotechnical Engineering |
6 | |
ECTE471 |
Robotics and Flexible Automation |
6 | |
ENGG378 |
Sustainable Energy Technologies |
6 | |
ENGG433 |
Financial management for Engineers |
6 | |
ENVE221 |
Air and Noise Pollution Control Engineering |
6 | |
MATE302 |
Polymeric Materials |
6 | |
MATE401 |
Selection of Materials in Engineering Design |
6 | |
MECH409 |
Micro/nano Robotic Systems |
6 | |
MECH421 |
Manufacturing Process Analysis |
6 | |
MECH422 |
Design and Analysis of Manufacturing Systems |
6 | |
MECH423 |
Design for Manufacturing |
6 | |
MECH424 |
Managing Manufacturing Activities |
6 | |
MECH426 |
Storage and Flow of Bulk Solids |
6 | |
MECH427 |
Mechanical Conveying of Bulk Solids |
6 | |
MECH428 |
Pneumatic Conveying and Dust Control |
6 | |
MECH429 |
Physical Processing of Bulk Solids |
6 | |
MECH430 |
Automotive Dynamics |
6 | |
MECH431 |
Computational Fluid Dynamics |
6 | |
MECH434 |
Introduction to Materials Welding and Joining |
6 | |
MECH438 |
Fluid Power |
6 | |
MECH442 |
Sustainable Energy in Buildings |
6 | |
MECH468 |
Computer Control of Machines and Processes |
6 | |
MECH474 |
Reliability Engineering |
6 | |
MECH479 |
Sustainable Transport & Engine Technologies |
6 | |
MECH487 |
Systems Analysis for Maintenance Management |
6 | |
MECH488 |
Introduction to Condition Monitoring in Mechanical Engineering |
6 | |
MECH489 |
Engineering Asset Management |
6 | |
List B | |||
ECON101 |
Macroeconomic Essentials for Business |
6 | |
ECON111 |
Introductory Microeconomics |
6 | |
ECTE233 |
Digital Hardware 1 |
6 | |
ERLS100 |
Intro. To Employment Relations and Labour Studies |
6 | |
FREN151 |
French 1A Language |
||
INDO151 |
Introductory Indonesian 1A |
6 | |
INTS375 |
Global Labour Studies |
8 | |
ITAL151 |
Italian 1A Language |
6 | |
JAPA141 |
Beginner's Japanese 1 |
6 | |
LAW101 |
law, Business and Society |
6 | |
MAND151 |
Chinese (Mandarin) for Beginners 1A |
6 | |
PHIL206 |
Practical Ethics |
8 | |
PHIL256 or 258 |
Ethics and the Environment |
8 | |
SPAN151 |
Spanish for Beginners 1 |
6 | |
STS218 |
Environment in Crisis |
8 | |
STS300 |
The Environmental Context |
8 |
* Not all electives may be available each year - check subject timetable. Electives may be taken in other Faculties or disciplines, subject to written approval by the Discipline Advisor (maximum of two for full-time and one for part-time students).
** 18 credit point thesis is equivalent to the 12 credit point thesis and one 6 credit point elective.
*** High achieving students in ENGG456 Project A may articulate to ENGG457 Project B in order to continue with the project started in ENGG456.