
You can choose electives from a wide range of undergraduate courses offered at UNSW Engineering. This includes our Vertically Integrated Projects (VIP) program as a discipline elective (courses: ENGG2600, ENGG3600, ENGG4600). Get involved in cutting-edge research and earn credit for project-based learning.
Engineering students, who have completed the relevant amount of credit and ENGG1000 can apply to start in T1 each year. The VIP course is 6 UoC spread over three terms (2 UoC per term), Students can enrol for up to 20 UoC per term if they wish without having to apply for overload approval. Students can only apply for one project at a time and will be accepted into a project upon approval from the lead academic.
Visit our ChallENG Program website for more information on how to apply.
To learn more about your electives, choose your UNSW Engineering school below and select the course code to view the current UNSW Handbook page. Click on the [ T ] to view the current UNSW Class Timetable. Please note:
Course Code |
Course Timetable |
Course Title |
Elective Type |
Advanced Polymers |
Depth |
||
Complex Fluids Microstructure and Rheology |
Depth |
||
Data-driven decision making in chemical engineering and food science |
Depth |
||
Advanced Process Control |
Depth |
||
[ T ] |
Advanced Reaction Engineering |
Depth |
|
Advanced Particle Systems Engineering |
Depth |
||
Advanced Transport Phenomena |
Depth |
||
Fuel and Energy |
Breadth |
||
Pharmaceutical Design and Engineering |
Breadth |
||
Topics in Business Management in Chemical Engineering |
Breadth |
||
Process Engineering in the Petroleum Industry |
Breadth |
||
[ T ] |
Membrane Processes |
Breadth |
|
Analytical Chemistry: Essential Methods |
Breadth |
||
Entrepreneurial Engineering |
Breadth |
||
Fundamentals of Humanitarian Engineering |
Breadth |
||
Food Preservation |
Breadth |
||
Advanced Food Engineering |
Breadth |
||
Energy Storage |
Breadth |
||
Polymer Science |
Breadth |
||
Research Thesis Extension |
Practice |
||
Engineering Vertically Integrated Project |
Practice |
||
Rehabilitation and Assistive Technology |
Practice |
||
Engineering Vertically Integrated Project |
Practice |
||
Student Initiated Project |
Practice |
||
Humanitarian Engineering Project |
Practice |
||
Engineering Vertically Integrated Project |
Practice |
Course Code |
Course Timetable |
Course Title |
Elective Type |
Research Thesis A |
Depth |
||
Research Thesis B |
Depth
|
||
Research Thesis C |
Depth
|
||
Research Thesis Extension |
Depth
|
||
Fuel and Energy |
Depth |
||
Pharmaceutical Design and Engineering |
Depth |
||
Data-driven Decision Making in Chemical Engineering and Food Science |
Depth |
||
Advanced Polymer Science and Research |
Depth |
||
Process Engineering in the Petroleum Industry |
Depth |
||
[ T ] |
Membrane Processes |
Depth |
|
[ T ] |
Advanced Reaction Engineering |
Depth |
|
Advanced Particle Systems Engineering |
Depth |
||
Engineering Vertically Integrated Project |
Prescribed Elective
|
||
Fundamentals of Humanitarian Engineering |
Depth |
||
Rehabilitation and Assistive Technology |
Depth |
||
Engineering Vertically Integrated Project |
Prescribed Elective
|
||
Student Initiated Project |
Depth |
||
Humanitarian Engineering Project |
Depth |
||
Engineering Vertically Integrated Project |
Prescribed Elective
|
||
Advanced Food Engineering |
Depth |
||
Energy Storage |
Depth |
Course Code |
Course Timetable |
Course Title |
Elective Type |
Biotechnology and Bioengineering |
Prescribed Elective |
||
Commercial Biotechnology |
Prescribed Elective |
||
Human Biochemistry |
Prescribed Elective |
||
Environment and Sustainability |
Prescribed Elective |
||
Research Thesis A |
Prescribed Elective |
||
Research Thesis B |
Prescribed Elective |
||
Research Thesis C |
Prescribed Elective |
||
Research Thesis Extension |
Prescribed Elective |
||
Pharmaceutical Design and Engineering |
Prescribed Elective |
||
Data-driven Decision Making in Chemical Engineering and Food Science |
Prescribed Elective |
||
Topics in Business Management in Chemical Engineering |
Prescribed Elective |
||
Engineering Vertically Integrated Project |
Prescribed Elective |
||
Fundamentals of Humanitarian Engineering |
Prescribed Elective |
||
Engineering Vertically Integrated Project |
Prescribed Elective |
||
Humanitarian Engineering Project |
Prescribed Elective |
||
Engineering Vertically Integrated Project |
Prescribed Elective |
||
Advanced Nutrition |
Prescribed Elective |
||
Physiology 1A |
Prescribed Elective |
||
Physiology 1B |
Prescribed Elective |
Course Code |
Course Timetable |
Course Title |
Elective Type |
Biotechnology and Bioengineering |
Depth |
||
Commercial Biotechnology |
Depth |
||
Human Biochemistry |
Depth |
||
Heat and Mass Transfer |
Depth |
||
Environment and Sustainability |
Depth |
||
Research Thesis A |
Depth |
||
Research Thesis B |
Depth |
||
Research Thesis C |
Depth |
||
Research Thesis Extension |
Depth |
||
Pharmaceutical Design and Engineering |
Depth |
||
Data-driven Decision Making in Chemical Engineering and Food Science |
Depth |
||
Topics in Business Management in Chemical Engineering |
Depth |
||
Engineering Vertically Integrated Project |
Depth |
||
Fundamentals of Humanitarian Engineering |
Depth |
||
Engineering Vertically Integrated Project |
Depth |
||
Humanitarian Engineering Project |
Depth |
||
Engineering Vertically Integrated Project |
Depth |
||
Unit Operations in Food Processing |
Depth |
Course Code |
Course Timetable |
Course Title |
Elective Type |
Building Information Modelling |
Depth |
||
Design Practice A |
Capstone Course (Civil Engineering) |
||
Design Practice B |
Capstone Course (Environmental Engineering) |
||
Problem Solving for Engineers |
Depth |
||
Operations and Projects |
Depth |
||
Engineering Contracts |
Depth |
||
Sustainability in Construction |
Depth |
||
Rock and Slope Engineering |
Depth |
||
Advanced Topics in Geotechnical Engineering |
Depth |
||
Geomechanics |
Depth |
||
Ground Improvement and Monitoring Techniques |
Depth |
||
Environmental Geomechanics |
Depth |
||
Structures Practicum |
Depth |
||
Advanced Concrete Structures |
Depth |
||
Structural Analysis and Finite Elements |
Depth |
||
Advanced Materials Technology |
Depth |
||
Steel and Composite Stuctures |
Depth |
||
Structural Dynamics |
Depth |
||
Sustainable Timber Engineering |
Depth |
||
Deformation Monitoring Surveys |
Depth |
||
Urban Transport Planning |
Depth |
||
Transport Systems - Part 1: Network Analysis |
Depth |
||
Transport Systems - Part 2: Queuing Theory |
Depth |
||
Fundamentals of Traffic Engineering |
Depth |
||
Human Factors in Civil and Transport Engineering |
Depth |
||
Catchment Modelling and Water Resources Management |
Depth |
||
Coastal Engineering |
Depth |
||
Groundwater Resource Investigation |
Depth |
||
Advanced Water and Wastewater Treatment |
Depth |
||
Advanced Water Engineering |
Depth |
||
Planning Sustainable Infrastructure |
Required Elective (Environmental Engineering) |
||
Hazardous Waste Treatment |
Depth |
||
Advanced Water Quality Principles |
Depth |
||
Environmental Sustainability - Methods, Tools, Management |
Depth |
||
Air Quality and Pollution |
Depth |
||
Satellite Remote Sensing and Applications |
Depth |
||
Urban Transport Planning Practice |
Depth |
||
Transport Systems Part 2 |
Depth |
||
Catchment and Water Resources Modelling |
Depth |
||
Channels, Rivers and Estuaries |
Depth |
||
Coastal Engineering |
Depth |
||
Reinforced Concrete Design |
Depth |
||
Bridge Engineering |
Depth |
||
Computational Structural Mechanics |
Depth |
||
Steel and Composite Structures |
Depth |
||
Advanced Materials Technology |
Depth |
||
Advanced Mechanics of Structures and Materials |
Depth |
||
Structural Health Monitoring Fundamentals and Practices |
Depth |
||
Hazardous Waste Management |
Depth |
||
Engineering Vertically Integrated Project |
Practice Elective |
||
Fundamentals of Humanitarian Engineering |
Depth |
||
Engineering Vertically Integrated Project |
Practice Elective |
||
Student Initiated Project |
Capstone Project |
||
Humanitarian Engineering Project |
Depth |
||
Engineering Vertically Integrated Project |
Practice Elective |
||
Geospatial Information Systems |
Depth |
||
Principles of Remote Sensing |
Depth |
||
Microwave Remote Sensing |
Depth |
||
Industrial Ecology and Sustainable Engineering |
Depth |
||
Prestressed Concrete Design |
Depth |
Course Code |
Course Timetable |
Course Title |
Elective Type |
Architectural History and Theory 2 |
Presribed FBE Elective |
||
Architectural History and Theory 3 |
FBE Elective |
||
Digital Communication |
FBE Elective |
||
Computational Design Theory 1 |
FBE Elective |
||
Computational Design I (Fundamentals) |
FBE Elective |
||
Ubiquitous Cities |
FBE Elective |
||
Building Data |
FBE Elective |
||
[ T ] |
Computational Design 3 (Advanced) |
FBE Elective |
|
Building Information Modelling |
FBE Elective |
||
Sustainable Transport and Highway Engineering |
Depth |
||
Design Practice A |
Depth |
||
Design Practice B |
Depth |
||
Problem Solving for Engineers |
Depth |
||
Operations and Projects |
Depth |
||
Engineering Contracts |
Depth |
||
Sustainability in Construction |
Depth |
||
Rock and Slope Engineering |
Depth |
||
Advanced Topics in Geotechnical Engineering |
Depth |
||
Ground Improvement and Monitoring Techniques |
Depth |
||
Structures Practicum |
Depth |
||
Advanced Concrete Structures |
Depth |
||
Advanced Materials Technology |
Depth |
||
Steel and Composite Structures |
Depth |
||
Structural Dynamics |
Depth |
||
Urban Transport Planning |
Depth |
||
Transport Systems - Part 1: Network Analysis |
Depth |
||
Transport Systems - Part 2: Queuing Theory |
Depth |
||
Fundamentals of Traffic Engineering |
Depth |
||
Catchment Modelling and Water Resources Management |
Depth |
||
Coastal Engineering |
Depth |
||
Groundwater Resource Investigation |
Depth |
||
Advanced Water and Wastewater Treatment |
Depth |
||
Advanced Water Quality Principles |
Depth |
||
Environmental Sustainability - Methods, Tools, Management |
Depth |
||
Air Quality and Pollution |
Depth |
||
Satellite Remote Sensing and Applications |
Depth |
||
Urban Transport Planning Practice |
Depth |
||
Transport Systems Part 2 |
Depth |
||
Catchment and Water Resources Modelling |
Depth |
||
Channels, Rivers and Estuaries |
Depth |
||
Coastal Engineering |
Depth |
||
Reinforced Concrete Design |
Depth |
||
Bridge Engineering |
Depth |
||
Computational Structural Mechanics |
Depth |
||
Steel and Composite Structures |
Depth |
||
Advanced Materials Technology |
Depth |
||
Advanced Mechanics of Structures and Materials |
Depth |
||
Structural Health Monitoring Fundamentals and Practices |
Depth |
||
Hazardous Waste Management |
Depth |
||
Engineering Vertically Integrated Project |
Depth |
||
Fundamentals of Humanitarian Engineering |
Depth |
||
Engineering Vertically Integrated Project |
Practice Elective |
||
Student Initiated Project |
Capstone Project |
||
Humanitarian Engineering Project |
Depth |
||
Engineering Vertically Integrated Project |
Practice Elective |
||
Geospatial Information Systems |
Depth |
||
Principles of Remote Sensing |
Depth |
||
Microwave Remote Sensing |
Depth |
||
Industrial Ecology and Sustainable Engineering |
Depth |
||
Prestressed Concrete Design |
Depth |
Course Code |
Course Timetable |
Course Title |
Elective Type |
Satellite Remote Sensing and Applications |
Depth |
||
Structural Health Monitoring Fundamentals and Practices |
Depth |
||
Fundamentals of Humanitarian Engineering |
Depth |
||
Student Initiated Project |
Depth |
||
Humanitarian Engineering Project |
Depth |
||
Environmental Impact Assessment |
Depth |
||
Geospatial Information Science |
Depth |
||
Land Management Project |
Depth |
||
Land Management and Development Project 2 |
Depth |
||
Mining Project Development |
Depth |
||
Engineering Vertically Integrated Project |
Depth |
||
Engineering Vertically Integrated Project |
Depth |
||
Engineering Vertically Integrated Project |
Depth |
Course Code |
Course Timetable |
Course Title |
Elective Type |
Engineering Vertically Integrated Project |
Depth |
||
Rehabilitation and Assistive Technology |
Depth |
||
Engineering Vertically Integrated Project |
Depth |
||
Engineering Vertically Integrated Project |
Depth |
||
*Any of |
Depth |
||
*Any of |
Depth |
||
*Any of |
Depth |
||
*Any of |
Depth |
||
*Any of |
Depth |
||
*Any of |
Depth |
||
*Any level 3 BIOC course |
Depth |
Course Code |
Course Timetable |
Course Title |
Elective Type |
Engineering Vertically Integrated Project |
Depth |
||
Rehabilitation and Assistive Technology |
Depth |
||
Engineering Vertically Integrated Project |
Depth |
||
Engineering Vertically Integrated Project |
Depth |
||
*Any of |
Depth |
||
*Any of |
Depth |
||
*Any of |
Depth |
||
*Any of |
Depth |
Course Code |
Course Timetable |
Course Title |
Elective Type |
Engineering Vertically Integrated Project |
Depth |
||
Engineering Vertically Integrated Project |
Depth |
||
Engineering Vertically Integrated Project |
Depth |
||
*Any of |
Depth |
||
*Any of |
Depth |
||
*Any of |
Depth |
||
*Any of |
Depth |
Course Code |
Course Timetable |
Course Title |
Elective Type |
Engineering Vertically Integrated Project |
Depth |
||
Rehabilitation and Assistive Technology |
Depth |
||
Engineering Vertically Integrated Project |
Depth |
||
Engineering Vertically Integrated Project |
Depth |
||
*Any of |
Depth |
||
*Any of |
Depth |
||
*Any of |
Depth |
||
*Any of |
Depth |
||
INFS3xxx |
*Any of |
Depth |
|
INFS4xxx |
*Any of |
Depth |
|
*Any of |
Depth |
||
*Any of |
Depth |
||
*Any of |
Depth |
||
*Any of |
Depth |
||
*Any of |
Depth |
||
*Any of |
Depth |
||
*Any of |
Depth |
Course Code |
Course Timetable |
Course Title |
Elective Type |
Software Construction: Techniques and Tools |
Breadth |
||
Computer Architecture |
Breadth |
||
Operating Systems |
Breadth |
||
Electrical Engineering Modelling and Simulation |
Breadth |
||
Distributed Energy Generation |
Breadth |
||
Real Time Instrumentation |
Breadth |
||
Fundamentals of Quantum Engineering |
Breadth |
||
Engineering Vertically Integrated Project |
Breadth |
||
Fundamentals of Humanitarian Engineering |
Breadth |
||
Rehabilitation and Assistive Technology |
Breadth |
||
Engineering Vertically Integrated Project |
Breadth |
||
Student Initiated Project |
Breadth |
||
Humanitarian Engineering Project |
Breadth |
||
Engineering Vertically Integrated Project |
Breadth |
||
Computational Mathematics |
Breadth |
||
Mathematical Methods and Partial Differential Equations |
Breadth |
||
Optimisation |
Breadth |
||
Dynamical Systems and Chaos |
Breadth |
||
Fluids, Oceans and Climate |
Breadth |
||
Information, Codes and Ciphers |
Breadth |
||
Network Technologies |
Breadth |
||
Trusted Networks |
Breadth |
||
Entrepreneurial Engineering |
Practice Elective |
||
Digital and Embedded Systems Design |
Practice Elective |
||
Microelectronic Design and Technology |
Practice Elective |
||
Solid State Electronics |
Practice Elective |
||
Radio Frequency Electronics |
Practice Elective |
||
Quantum Devices and Computers |
Practice Elective |
||
Power System Equipment |
Practice Elective |
||
Power System Analysis |
Practice Elective |
||
Electrical Drive Systems |
Practice Elective |
||
Power Electronics |
Practice Elective |
||
Power System Protection |
Practice Elective |
||
Advanced Digital Signal Processing |
Practice Elective |
||
Multimedia Signal Processing |
Practice Elective |
||
Biomedical Instrumentation, Measurement and Design |
Practice Elective |
||
Continuous - Time Control System Design |
Practice Elective |
||
Computer Control Systems |
Practice Elective |
||
[ T ] |
Real-Time Engineering |
Practice Elective |
|
Optical Circuits and Fibres |
Practice Elective |
||
Photonic Networks |
Practice Elective |
||
Network Performance |
Practice Elective |
||
Wireless Communication Technologies |
Practice Elective |
||
Mobile and Satellite Communications Systems |
Practice Elective |
||
Digital Modulation and Coding |
Practice Elective |
Course Code |
Course Timetable |
Course Title |
Elective Type |
Software Construction: Techniques and Tools |
Breadth |
||
Computer Architecture |
Breadth |
||
Operating Systems |
Breadth |
||
Electrical Engineering Modelling and Simulation |
Breadth |
||
Electrical Energy |
Breadth |
||
Distributed Energy Generation |
Breadth |
||
Real Time Instrumentation |
Breadth |
||
Fundamentals of Quantum Engineering |
Breadth |
||
Engineering Vertically Integrated Project |
Breadth |
||
Fundamentals of Humanitarian Engineering |
Breadth |
||
Rehabilitation and Assistive Technology |
Breadth |
||
Engineering Vertically Integrated Project |
Breadth |
||
Student Initiated Project |
Breadth |
||
Humanitarian Engineering Project |
Breadth |
||
Engineering Vertically Integrated Project |
Breadth |
||
Computational Mathematics |
Breadth |
||
Mathematical Methods and Partial Differential Equations |
Breadth |
||
Optimisation |
Breadth |
||
Dynamical Systems and Chaos |
Breadth |
||
Fluids, Oceans and Climate |
Breadth |
||
Information, Codes and Ciphers |
Breadth |
||
Entrepreneurial Engineering |
Practice Elective |
||
Digital and Embedded Systems Design |
Practice Elective |
||
Microelectronic Design and Technology |
Practice Elective |
||
Solid State Electronics |
Practice Elective |
||
Radio Frequency Electronics |
Practice Elective |
||
Quantum Devices and Computers |
Practice Elective |
||
Power System Equipment |
Practice Elective |
||
Power System Analysis |
Practice Elective |
||
Electrical Drive Systems |
Practice Elective |
||
Power Electronics |
Practice Elective |
||
Power System Protection |
Practice Elective |
||
Advanced Digital Signal Processing |
Practice Elective |
||
Multimedia Signal Processing |
Practice Elective |
||
Biomedical Instrumentation, Measurement and Design |
Practice Elective |
||
Continuous - Time Control System Design |
Practice Elective |
||
Computer Control Systems |
Practice Elective |
||
[ T ] |
Real-Time Engineering |
Practice Elective |
|
Optical Circuits and Fibres |
Practice Elective |
||
Photonic Networks |
Practice Elective |
||
Network Performance |
Practice Elective |
||
Wireless Communication Technologies |
Practice Elective |
||
Mobile and Satellite Communications Systems |
Practice Elective |
||
Digital Modulation and Coding |
Practice Elective |
Course Code |
Course Timetable |
Course Title |
Elective Type |
Software Construction: Technique and Tools |
Breadth |
||
Computer Architecture |
Breadth |
||
Operating Systems |
Breadth |
||
Real Time Instrumentation |
Breadth |
||
Engineering Vertically Integrated Project |
Breadth |
||
Engineering Vertically Integrated Project |
Breadth |
||
Engineering Vertically Integrated Project |
Breadth |
||
Computational Mathematics for Science and Engineering |
Breadth |
||
Mathematical Methods and Partial Differential Equations |
Breadth |
||
Optimization |
Breadth |
||
Dynamical Systems and Chaos |
Breadth |
||
Information, Codes and Ciphers |
Breadth |
||
Analogue and Digital Communications |
Breadth |
||
Network Technologies |
Breadth |
||
Entrepreneurial Engineering |
Practice Elective |
||
Digital and Embedded Systems Design |
Practice Elective |
||
Microelectronic Design and Technology |
Practice Elective |
||
Solid State Electronics |
Practice Elective |
||
Advanced Digital Signal Processing |
Practice Elective |
||
Multimedia Signal Processing |
Practice Elective |
||
Biomedical Instrumentation, Measurement and Design |
Practice Elective |
||
Continuous - Time Control System Design |
Practice Elective |
||
Computer Control Systems |
Practice Elective |
||
Real - Time Engineering |
Practice Elective |
||
Optical Circuits and Fibres |
Practice Elective |
||
Photonic Networks |
Practice Elective |
||
Network Performance |
Practice Elective |
||
Wireless Communication Technologies |
Practice Elective |
||
Mobile and Satellite Communications Systems |
Practice Elective |
||
Digital Modulation and Coding |
Practice Elective |
Course Code |
Course Timetable |
Course Title |
Elective Type |
Space Systems Architectures and Orbits |
Recommended Disciplinary Elective |
||
The Space Segment |
Recommended Disciplinary Elective |
||
Advanced Aerospace Propulsion |
Recommended Disciplinary Elective |
||
Fundamental and Advanced Vibration Analysis |
Recommended Disciplinary Elective |
||
Engineering Mechanics 3 |
Recommended Disciplinary Elective |
||
Computational Fluid Dynamics |
Recommended Disciplinary Elective |
||
Mechanics of Fracture and Fatigue |
Recommended Disciplinary Elective |
||
Composite Materials and Mechanics |
Recommended Disciplinary Elective |
||
Additive Manufacturing |
Recommended Disciplinary Elective |
||
Engineering Management |
Recommended Disciplinary Elective |
||
Finite Element Methods |
Recommended Disciplinary Elective |
||
Software System Design and Implementation |
Depth |
||
Computer Networks and Applications |
Depth |
||
[ T ] |
Real-Time Engineering |
Depth |
|
Engineering Vertically Integrated Project |
Depth |
||
Rehabilitation and Assistive Technology |
Depth |
||
Engineering Vertically Integrated Project |
Depth |
||
Engineering Vertically Integrated Project |
Depth |
||
Design and Analysis of Product-Process Systems |
Depth |
||
Reliability and Maintenance Engineering |
Depth |
||
Process Modelling and Simulation |
Depth |
||
Strategic Manufacturing Management |
Depth |
||
Industrial Management |
Depth |
||
Operations and Supply Chain Management in Engineering |
Depth |
||
Production Planning and Control |
Depth |
||
Mechanical Design 2 |
Depth |
||
Refrigeration and Air Conditioning 1 |
Depth |
||
Fundamentals of Acoustics and Noise |
Depth |
||
Introduction to Microfluidics |
Depth |
||
Biofluid Dynamics and Systems |
Depth |
||
Solar Thermal Energy Design |
Depth |
||
Automobile Engine Technology |
Depth |
||
Optimisation Methods for Engineering Systems |
Depth |
||
Control of Robotic Systems |
Depth |
||
Biomass |
Depth |
||
Wind Energy Converters |
Depth |
||
Sustainable Energy for Developing Countries |
Depth |
||
Energy Efficiency |
Depth |
Course Code |
Course Timetable |
Course Title |
Elective Type |
Fundamental and Advanced Vibration Analysis |
Recommended Disciplinary Elective |
||
Engineering Mechanics 3 |
Recommended Disciplinary Elective |
||
Computational Fluid Dynamics |
Recommended Disciplinary Elective |
||
Refrigeration and Air Conditioning 1 |
Recommended Disciplinary Elective |
||
Mechanics of Fracture and Fatigue |
Recommended Disciplinary Elective |
||
Fundamentals of Acoustics and Noise |
Recommended Disciplinary Elective |
||
Composite Materials and Mechanics |
Recommended Disciplinary Elective |
||
Introduction to Microfluidics |
Recommended Disciplinary Elective |
||
Biofluid Dynamics and Systems |
Recommended Disciplinary Elective |
||
Solar Thermal Energy Design |
Recommended Disciplinary Elective |
||
Automobile Engine Technology |
Recommended Disciplinary Elective |
||
Additive Manufacturing |
Recommended Disciplinary Elective |
||
Engineering Management |
Recommended Disciplinary Elective |
||
Finite Element Methods |
Recommended Disciplinary Elective |
||
Space Systems Architectures and Orbits |
Depth |
||
The Space Segment |
Depth |
||
Advanced Aerospace Propulsion |
Depth |
||
Software System Design and Implementation |
Depth |
||
Computer Networks and Applications |
Depth |
||
[ T ] |
Real-Time Engineering |
Depth |
|
Engineering Vertically Integrated Project |
Depth |
||
Rehabilitation and Assistive Technology |
Depth |
||
Engineering Vertically Integrated Project |
Depth |
||
Engineering Vertically Integrated Project |
Depth |
||
Design and Analysis of Product-Process Systems |
Depth |
||
Reliability and Maintenance Engineering |
Depth |
||
Process Modelling and Simulation |
Depth |
||
Strategic Manufacturing Management |
Depth |
||
Industrial Management |
Depth |
||
Operations and Supply Chain Management in Engineering |
Depth |
||
Production Planning and Control |
Depth |
||
Mechanical Design 2 |
Depth |
||
Optimisation Methods for Engineering Systems |
Depth |
||
Control of Robotic Systems |
Depth |
||
Biomass |
Depth |
||
Wind Energy Converters |
Depth |
||
Sustainable Energy for Developing Countries |
Depth |
||
Energy Efficiency |
Depth |
Course Code |
Course Timetable |
Course Title |
Elective Type |
Strategic Manufacturing Management |
Recommended Disciplinary Elective |
||
Industrial Management |
Recommended Disciplinary Elective |
||
Operations and Supply Chain Management in Engineering |
Recommended Disciplinary Elective |
||
Production Planning and Control |
Recommended Disciplinary Elective |
||
Additive Manufacturing |
Recommended Disciplinary Elective |
||
Finite Element Methods |
Recommended Disciplinary Elective |
||
Space Systems Architectures and Orbits |
Depth |
||
The Space Segment |
Depth |
||
Advanced Aerospace Propulsion |
Depth |
||
Software System Design and Implementation |
Depth |
||
Computer Networks and Applications |
Depth |
||
[ T ] |
Real-Time Engineering |
Depth |
|
Engineering Vertically Integrated Project |
Depth |
||
Rehabilitation and Assistive Technology |
Depth |
||
Engineering Vertically Integrated Project |
Depth |
||
Engineering Vertically Integrated Project |
Depth |
||
Mechanical Design 2 |
Depth |
||
Fundamental and Advanced Vibration Analysis |
Depth |
||
Engineering Mechanics 3 |
Depth |
||
Computational Fluid Dynamics |
Depth |
||
Refrigeration and Air Conditioning 1 |
Depth |
||
Mechanics of Fracture and Fatigue |
Depth |
||
Fundamentals of Acoustics and Noise |
Depth |
||
Composite Materials and Mechanics |
Depth |
||
Introduction to Microfluidics |
Depth |
||
Biofluid Dynamics and Systems |
Depth |
||
Solar Thermal Energy Design |
Depth |
||
Automobile Engine Technology |
Depth |
||
Optimisation Methods for Engineering Systems |
Depth |
||
Control of Robotic Systems |
Depth |
||
Biomass |
Depth |
||
Wind Energy Converters |
Depth |
||
Sustainable Energy for Developing Countries |
Depth |
||
Energy Efficiency |
Depth |
Course Code |
Course Timetable |
Course Title |
Elective Type |
Software System Design and Implementation |
Recommended Disciplinary Elective |
||
Computer Networks and Applications |
Recommended Disciplinary Elective |
||
[ T ] |
Real-Time Engineering |
Recommended Disciplinary Elective |
|
Rehabilitation and Assistive Technology |
Recommended Disciplinary Elective |
||
Process Modelling and Simulation |
Recommended Disciplinary Elective |
||
Engineering Management |
Recommended Disciplinary Elective |
||
Optimisation Methods for Engineering Systems |
Recommended Disciplinary Elective |
||
Control of Robotic Systems |
Recommended Disciplinary Elective |
||
Space Systems Architectures and Orbits |
Depth |
||
The Space Segment |
Depth |
||
Advanced Aerospace Propulsion |
Depth |
||
Engineering Vertically Integrated Project |
Depth |
||
Rehabilitation and Assistive Technology |
Depth |
||
Engineering Vertically Integrated Project |
Depth |
||
Engineering Vertically Integrated Project |
Depth |
||
Design and Analysis of Product-Process Systems |
Depth |
||
Reliability and Maintenance Engineering |
Depth |
||
Strategic Manufacturing Management |
Depth |
||
Industrial Management |
Depth |
||
Operations and Supply Chain Management in Engineering |
Depth |
||
Production Planning and Control |
Depth |
||
Mechanical Design 2 |
Depth |
||
Fundamental and Advanced Vibration Analysis |
Depth |
||
Engineering Mechanics 3 |
Depth |
||
Computational Fluid Dynamics |
Depth |
||
Refrigeration and Air Conditioning 1 |
Depth |
||
Mechanics of Fracture and Fatigue |
Depth |
||
Fundamentals of Acoustics and Noise |
Depth |
||
Composite Materials and Mechanics |
Depth |
||
Introduction to Microfluidics |
Depth |
||
Biofluid Dynamics and Systems |
Depth |
||
Solar Thermal Energy Design |
Depth |
||
Automobile Engine Technology |
Depth |
||
Additive Manufacturing |
Depth |
||
Biomass |
Depth |
||
Wind Energy Converters |
Depth |
||
Sustainable Energy for Developing Countries |
Depth |
||
Energy Efficiency |
Depth |
Course Code |
Course Timetable |
Course Title |
Elective Type |
Engineering Vertically Integrated Project |
Breadth |
||
Engineering Vertically Integrated Project |
Breadth |
||
Engineering Vertically Integrated Project |
Breadth |
||
Research Elective |
Breadth |
||
Surface Mining Systems |
Breadth |
||
Underground Mining Systems |
Breadth |
||
Advanced Geotechnical Engineering |
Breadth |
||
Advanced Mine Ventilation |
Breadth |
||
Mining Asset Management and Services |
Breadth |
||
Mining in a Global Environment |
Breadth |
||
Business Practices in the Petroleum Industry |
Breadth |
||
Reservoir Engineering A |
Breadth |
||
[ T ] |
Petroleum Geophysics |
Breadth |
|
Field Development Geology |
Breadth |
Course Code |
Course Timetable |
Course Title |
Elective Type |
[ T ] |
Workplace Safety |
Depth |
|
Material and Energy Systems |
Depth |
||
Heat and Mass Transfer |
Depth |
||
Industrial Chemistry for Chemical Engineers |
Depth |
||
Material and Energy Balances in the Chemical Process Industry |
Depth |
||
Physical Chemistry: Molecules, Energy and Change |
Depth |
||
Organic Chemistry: Mechanisms and Biomolecules |
Depth |
||
Inorganic Chemistry: The Elements |
Depth |
||
Analytical Chemistry: Essential Methods |
Depth |
||
Programming Fundamentals |
Depth |
||
Computing 2 |
Depth |
||
Management and Ethics |
Depth |
||
Principles of Water Engineering |
Depth |
||
Water and Wastewater Engineering |
Depth |
||
Microeconomics 1 |
Depth |
||
Macroeconomics 1 |
Depth |
||
Elements of Environmental Economics |
Depth |
||
Strategic Leadership and Ethics |
Depth |
||
Entrepreneurial Engineering |
Depth |
||
Engineering Vertically Integrated Project |
Depth |
||
Engineering Vertically Integrated Project |
Depth |
||
Engineering Vertically Integrated Project |
Depth |
||
Business Finance |
Depth |
||
Environmental Systems, Processes and Issues |
Depth |
||
Peak Carbon: Climate Change and Energy Policy |
Depth |
||
Australian Climate and Vegetation |
Depth |
||
Australian Surface Environments and Landforms |
Depth |
||
Introduction to GIS and Remote Sensing |
Depth |
||
Mineral and Energy Resources |
Depth |
||
Environmental Geophysics |
Depth |
||
Environmental Change |
Depth |
||
Engineering Statistics and Experiment Design |
Depth |
||
Marketing Fundamentals |
Depth |
||
Mathematical Computing |
Depth |
||
Physical Properties of Materials |
Depth |
||
Thermodynamics and Phase Equilibria |
Depth |
||
Managing Organisations and People |
Depth |
||
Health and Safety at Work |
Depth |
||
Engineering Design 2 |
Depth |
||
Drilling Fluids and Cementing |
Depth |
||
Geomechanics A |
Depth |
||
Petroleum Geomechanics B |
Depth |
||
Digital Core Analysis |
Depth |
Course Code |
Course Timetable |
Course Title |
Elective Type |
Energy Storage |
Depth |
||
Renewable Energy Policy |
Depth |
||
SOLA5051 | [ T ] | Life Cycle Assessment | Depth |
SOLA5052 | [ T ] | Bioenergy and Renewable Fuels | Depth |
SOLA5053 | [ T ] | Wind Energy Converters | Depth |
Sustainable Energy for Developing Countries |
Depth |
||
Advanced Photovoltaics |
Depth |
||
[ T ] |
Advanced Solar Cell Characterisation |
Depth |
|
SOLA9103 | [ T ] | Renewable Energy System Modelling and Analysis | Depth |
SOLA9104 | [ T ] | Hybrid Renewable Energy Systems | Depth |
SOLA9120 | [ T ] | Advanced Photovoltaic Manufacturing | Depth |
Engineering Vertically Integrated Project |
Depth |
||
Fundamentals of Humanitarian Engineering |
Depth |
||
Engineering Vertically Integrated Project |
Depth |
||
Humanitarian Engineering Project |
Depth |
||
Engineering Vertically Integrated Project |
Depth |
Course Code |
Course Timetable |
Course Title |
Elective Type |
Solar Cells |
Depth |
||
Photovoltaic Technology and Manufacturing |
Depth |
||
Life Cycle Assessment |
Depth |
||
SOLA5052 | [ T ] | Bioenergy and Renewable Fuels | Depth |
Sustainable Energy for Developing Countries |
Depth |
||
SOLA9103 | [ T ] | Renewable Energy System Modelling and Analysis | Depth |
SOLA9104 | [ T ] | Hybrid Renewable Energy Systems | Depth |
Electrical Energy |
Depth |
||
Electromagnetic Engineering |
Depth |
||
Fundamentals of Humanitarian Engineering |
Depth |
||
Student Initiated Project |
Depth |
||
Humanitarian Engineering Project |
Depth |
||
GSOE9111 | [ T ] | Energy Storage | Depth |
MECH9720 | [ T ] | Solar Thermal Energy Design | Depth |