GraduateEngineering
Graduate Certificate in Engineering
University of Wollongong, Wollongong, NSW, Australia
About this program
The Graduate Certificate in Engineering at the University of Wollongong is designed to train and enhance professional practice, advance technical and specialist skills, and provide the opportunity to apply theory through applied projects. It provides a foundation for the more intensive theoretical and practical work of the graduate diploma and master's degrees. The course consists of four subjects: engineering research methods plus three technical subjects in a specialisation such as civil, mining and environmental; electrical, computer and telecommunications; or mechanical, materials and mechatronic engineering. Graduates advance their engineering careers or continue to further study.
Fees & duration
English test scores
Verified uow.edu.au ↗
Course structure
Available in years ending with an odd number (0cp)
91 units- MINE825Principles of Geometallurgy
- MINE822Foundations of Mine Planning and Design
- ENGG955Engineering Research Methods
- CMEE901Tunnelling and Underground Construction
- MINE911Studies in Surface Mining
- MINE920Studies in Underground Mining
- MINE923Rock Mechanics
- MINE912Environmental Control in Mines
- ENGG950Innovation and Design
- ENGG952Engineering Computing
- MECH970Advanced Applied Topics in Mechatronics
- ECTE906Advanced Signals and Systems
- ECTE941Intelligent Control
- ENGG955Engineering Research Methods
- ECTE908Image and Video Processing for Autonomous Systems
- MECH941Micro/Nano Robotic Systems
- ENG8434Introduction to Materials Welding and Joining
- MECH934Advanced Manufacturing Processes
- MECH949Advanced Computer Control of Machines and Processes
- MECH950Advanced Robotics
- ENGG951Engineering Project Management
- ENGG955Engineering Research Methods
- ECT8363Communication Systems
- ECT8344Control Theory
- ECT8324Power Engineering 1
- ECT8364Data Communications
- ECT8323Power Engineering 2
- ENGG952Engineering Computing
- ECTE871Robotics and Flexible Automation
- ENGG951Engineering Project Management
- ECTE841Intelligent Control
- ECTE955Advanced Laboratory
- ENGG950Innovation and Design
- ENGG941Sustainability for Engineers, Scientists and Professionals
- ECTE882Network Engineering
- ENGG955Engineering Research Methods
- CIVL908Advanced Soil Mechanics
- CIVL912Engineering Hydrology
- CIVL904Sustainable Roads & Railway Engineering
- CIVL958Construction Management
- CIVL909Advanced Foundation Engineering
- CIVL980Advanced Computer Applications
- CMEE901Tunnelling and Underground Construction
- CIVL911Structural Design Based on Australian Standards
- ENVE925Water Quality Engineering and Management
- ENVE923Industrial Waste Engineering and Cleaner Production
- ENVE929Site Contamination and Remediation Technologies
- ENVE927Environmental Engineering Processes Design
- ENVE930Coastal, River and Groundwater Engineering
- ENGG955Engineering Research Methods
- ENVE931Membrane Processes and Applications
- ENVE926Air and Noise Pollution Management
- ENGG941Sustainability for Engineers, Scientists and Professionals
- CIVL912Engineering Hydrology
- CIVL958Construction Management
- ENGG951Engineering Project Management
- ENGG950Innovation and Design
- ENGG960Maintenance Requirement Analysis
- ENGG956Financial Management for Engineered Assets
- ENGG961Systems Reliability Engineering
- ENGG941Sustainability for Engineers, Scientists and Professionals
- ENGG953Modelling of Engineering Management Systems
- ENGG954Strategic Management for Engineers and Technologists
- ENGG955Engineering Research Methods
- ENGG958Life-Cycle and Risk Management
- ENGG939Engineering Logistics
- MECH950Advanced Robotics
- ENGG947Advanced Building Design for Energy Efficiency and Sustainability
- MECH934Advanced Manufacturing Processes
- MECH928Finite Element Techniques in Mechanical Engineering
- ENGG954Strategic Management for Engineers and Technologists
- ENGG941Sustainability for Engineers, Scientists and Professionals
- MATL952Corrosion, Wear and Fatigue
- ENGG909The Science of Materials
- MECH918Sustainable Energy in Buildings
- ENGG948Sustainable Energy Technologies
- ENG8434Introduction to Materials Welding and Joining
- ENGG950Innovation and Design
- ENGG952Engineering Computing
- ENGG952Engineering Computing
- ENGG950Innovation and Design
- ENGG951Engineering Project Management
- ENGG909The Science of Materials
- ENGG941Sustainability for Engineers, Scientists and Professionals
- ENGG955Engineering Research Methods
- ENG8434Introduction to Materials Welding and Joining
- MATL905Metallic Materials
- MATL952Corrosion, Wear and Fatigue
- MATL907Polymeric Materials
- MATL937Process Metallurgy
- MATL906Ceramic Materials
Career & PR pathway
Which careers in Engineering lead to skilled migration depends on the occupation, not the degree title. See the skilled occupation lists guide for which occupations are on each list, and the points calculator to check where you stand.
Admissions
At least a recognised three-year Bachelor of Engineering degree with an equivalent average mark of 60%, OR A four-year Bachelor of Engineering degree with an equivalent average mark of 50%.
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