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26 weeks
On Campus
Full time / Part time · 48 hours per week (full-time), including class time and independent study
Autumn 2026 | Spring 2026
Course Overview
Where You Can Study
Sydney
Tower 1 'Darling Park, Level 2, 201 Sussex St, Sydney, NSW 2000
Student Information
Tuition Fee
Wollongong (On Campus): $18327 (2026) total course fee
Intakes
Autumn 2026 | Spring 2026
Study Mode
On Campus
Eligibility
Work and life experience:
Domestic applicants with overseas qualifications:
English language proficiency:
English Language Requirements:
IELTS Academic:
TOEFL (Internet-based):
Career & Study Pathways
Quality & Recognition
Academic Regulator
TEQSA
Professional Body
Engineers Australia (EA)
Accreditation Status
AccreditedSkills Assessor
Engineers Australia
Course Content
Principles of Geometallurgy
Mining Engineering Stream > Available in years ending with an odd number — 6 credit points
Foundations of Mine Planning and Design
Mining Engineering Stream > Available in years ending with an odd number — 6 credit points
Engineering Research Methods
Mining Engineering Stream > Available Every Year — 6 credit points
Tunnelling and Underground Construction
Mining Engineering Stream > Available Every Year — 6 credit points
Studies in Surface Mining
Mining Engineering Stream > Available Every Year — 6 credit points
Studies in Underground Mining
Mining Engineering Stream > Available Every Year — 6 credit points
Rock Mechanics
Mining Engineering Stream > Available in years ending with an even number — 6 credit points
Environmental Control in Mines
Mining Engineering Stream > Available in years ending with an even number — 6 credit points
Innovation and Design
Mechatronics Engineering Stream > Core — 6 credit points
Engineering Computing
Mechatronics Engineering Stream > Core — 6 credit points
Advanced Applied Topics in Mechatronics
Mechatronics Engineering Stream > Mechatronics Stream Subjects — 6 credit points
Advanced Signals and Systems
Mechatronics Engineering Stream > Mechatronics Stream Subjects — 6 credit points
Intelligent Control
Mechatronics Engineering Stream > Mechatronics Stream Subjects — 6 credit points
Image and Video Processing for Autonomous Systems
Mechatronics Engineering Stream > Mechatronics Stream Subjects — 6 credit points
Micro/Nano Robotic Systems
Mechatronics Engineering Stream > Mechatronics Stream Subjects — 6 credit points
Introduction to Materials Welding and Joining
Mechatronics Engineering Stream > Mechatronics Stream Subjects — 6 credit points
Advanced Manufacturing Processes
Mechatronics Engineering Stream > Mechatronics Stream Subjects — 6 credit points
Advanced Computer Control of Machines and Processes
Mechatronics Engineering Stream > Mechatronics Stream Subjects — 6 credit points
Advanced Robotics
Mechatronics Engineering Stream > Mechatronics Stream Subjects — 6 credit points
Engineering Project Management
Mechatronics Engineering Stream > Mechatronics Stream Subjects — 6 credit points
Communication Systems
Electrical, Computer, and Telecommunications Engineering Streams > Electrical, Computer, and Telecommunications Engineering Streams > Option 1 — 6 credit points
Control Theory
Electrical, Computer, and Telecommunications Engineering Streams > Electrical, Computer, and Telecommunications Engineering Streams > Option 1 — 6 credit points
Power Engineering 1
Electrical, Computer, and Telecommunications Engineering Streams > Electrical, Computer, and Telecommunications Engineering Streams > Option 1 — 6 credit points
Data Communications
Electrical, Computer, and Telecommunications Engineering Streams > Electrical, Computer, and Telecommunications Engineering Streams > Option 1 — 6 credit points
Power Engineering 2
Electrical, Computer, and Telecommunications Engineering Streams > Electrical, Computer, and Telecommunications Engineering Streams > Option 1 — 6 credit points
Robotics and Flexible Automation
Electrical, Computer, and Telecommunications Engineering Streams > Electrical, Computer, and Telecommunications Engineering Streams > Option 2 — 6 credit points
Intelligent Control
Electrical, Computer, and Telecommunications Engineering Streams > Electrical, Computer, and Telecommunications Engineering Streams > Option 2 — 6 credit points
Advanced Laboratory
Electrical, Computer, and Telecommunications Engineering Streams > Electrical, Computer, and Telecommunications Engineering Streams > Option 2 — 6 credit points
Sustainability for Engineers, Scientists and Professionals
Electrical, Computer, and Telecommunications Engineering Streams > Electrical, Computer, and Telecommunications Engineering Streams > Option 2 — 6 credit points
Network Engineering
Electrical, Computer, and Telecommunications Engineering Streams > Electrical, Computer, and Telecommunications Engineering Streams > Option 2 — 6 credit points
Advanced Soil Mechanics
Civil Engineering Stream — 6 credit points
Engineering Hydrology
Civil Engineering Stream — 6 credit points
Sustainable Roads & Railway Engineering
Civil Engineering Stream — 6 credit points
Construction Management
Civil Engineering Stream — 6 credit points
Advanced Foundation Engineering
Civil Engineering Stream — 6 credit points
Advanced Computer Applications
Civil Engineering Stream — 6 credit points
Structural Design Based on Australian Standards
Civil Engineering Stream — 6 credit points
Water Quality Engineering and Management
Environmental Engineering Stream — 6 credit points
Industrial Waste Engineering and Cleaner Production
Environmental Engineering Stream — 6 credit points
Site Contamination and Remediation Technologies
Environmental Engineering Stream — 6 credit points
Environmental Engineering Processes Design
Environmental Engineering Stream — 6 credit points
Coastal, River and Groundwater Engineering
Environmental Engineering Stream — 6 credit points
Membrane Processes and Applications
Environmental Engineering Stream — 6 credit points
Air and Noise Pollution Management
Environmental Engineering Stream — 6 credit points
Maintenance Requirement Analysis
Management Engineering Stream — 6 credit points
Financial Management for Engineered Assets
Management Engineering Stream — 6 credit points
Systems Reliability Engineering
Management Engineering Stream — 6 credit points
Modelling of Engineering Management Systems
Management Engineering Stream — 6 credit points
Strategic Management for Engineers and Technologists
Management Engineering Stream — 6 credit points
Life-Cycle and Risk Management
Management Engineering Stream — 6 credit points
Engineering Logistics
Management Engineering Stream — 6 credit points
Advanced Building Design for Energy Efficiency and Sustainability
Mechanical Engineering Stream > Mechanical Stream Subjects — 6 credit points
Finite Element Techniques in Mechanical Engineering
Mechanical Engineering Stream > Mechanical Stream Subjects — 6 credit points
Corrosion, Wear and Fatigue
Mechanical Engineering Stream > Mechanical Stream Subjects — 6 credit points
The Science of Materials
Mechanical Engineering Stream > Mechanical Stream Subjects — 6 credit points
Sustainable Energy in Buildings
Mechanical Engineering Stream > Mechanical Stream Subjects — 6 credit points
Sustainable Energy Technologies
Mechanical Engineering Stream > Mechanical Stream Subjects — 6 credit points
Polymeric Materials
Materials Engineering Stream > Materials Stream Subjects > Available in years ending with an even number — 6 credit points
Process Metallurgy
Materials Engineering Stream > Materials Stream Subjects > Available in years ending with an odd number — 6 credit points
Ceramic Materials
Materials Engineering Stream > Materials Stream Subjects > Available in years ending with an odd number — 6 credit points
Metallic Materials
Materials Engineering Stream > Materials Stream Subjects — 6 credit points
Common Questions
Students can choose from three specialisations: Civil, mining, and environmental engineering; Electrical, computer, and telecommunications; and Mechanical, materials, and mechatronic. You will study engineering research methods and then choose three technical subjects within your chosen specialisation.
Yes. Upon successful completion of the Graduate Certificate in Engineering, you may seek to continue your studies in the Master of Engineering, which is professionally accredited by Engineers Australia.
The indicative full-fee paying course fee is $18,327 for 2026. However, in 2026, domestic students may be eligible for either a Commonwealth supported place (CSP) or a UOW-subsidised fee reduction of up to 75% off the listed fees.
Applicants need 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%. Admission is primarily based on academic qualifications.
For Autumn Session 2026, the application deadline is 9 December 2025 for international students and 31 December 2025 for domestic (direct) applicants. For Spring Session 2026, the deadline is 5 May 2026 for international students and 31 May 2026 for domestic (direct) applicants.
Application
Three simple steps to get enrolled
Step 01
Enquire
Click "Enquire Now" and tell us a little about yourself. It's free and takes 2 minutes.
Step 02
Submit Documents
Our team will guide you on exactly which documents to prepare and submit.
Step 03
Get Enrolled
Receive your offer letter and confirm your enrolment. Welcome to the course!
Processing time: Offer letter issued within approximately 1 business days.
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Priya Sharma
India
Master of Nursing · Griffith University
