Changes to the curriculum are in response to a rapidly changing workforce, and world, with engineering roles increasingly demanding dynamic and digital skills across almost every industry. The curriculum has been redesigned to enable you to enter the workforce “job ready”, with an agile skillset and at the forefront of engineering innovation.

• The main elements of the degree have not changed – you will still enrol into the Bachelor of Engineering (Honours) and you will select a stream (e.g. Mechanical Engineering, Electrical Engineering).
• The degree is still accredited by Engineers Australia. Our graduates are also recognised internationally through the Washington Accord of the International Engineering Alliance.

• All our undergraduate engineering degrees are embedded with enhanced foundation studies in data and computation (including the teaching of coding language Python), so our students can gain the digital and computational skills needed to standout in the emerging digital age.
• Our suite of engineering degrees are embedded with our award-winning Professional Engagement Program. They are also accredited by Engineers Australia. Our graduates are also recognised internationally through the Washington Accord of the International Engineering Alliance. 
• Projects units have been introduced to develop students' disciplinary and professional identity. The units will help students to understand how their field of engineering contributes to engineering and society more broadly. 

• Aerospace Design
• Aerospace Research
• Biocomputation
• Bionics and Bioelectronics
• Biomedical Modelling and Design
• Computer Engineering (Electrical) (Software)
• Computational Engineering (Mechanical) (Mechanical & Space)
• Computer Engineering (Software)
• Computer Systems 
• Computer Systems (Mechatronic)
• Energy and the Environment (Mechanical) (Mechanical & Space)
• Engineering Aerodynamics
• Engineering Design
• Engineering Data Science
• Engineering Data Science (Chemical and Biomolecular)
• Engineering Data Science (Mechatronic)
• Engineering Data Science (Software)
• Environmental Fluids
• Flight Data Analysis
• Food and Bioprocessing
• Geotechnical Engineering
• Humanitarian Engineering
• Humanitarian Engineering (Civil)
• Humanitarian Engineering (Mechatronic)
• Industrial and Product Design Engineering (Mechanical) (Mechanical and Space)
• Industry 4.0 in Chemical Engineering
• Innovation and Entrepreneurship
• Innovation and Entrepreneurship (Mechatronic)
• Integrated Building Engineering
• Intelligent Information Engineering (Electrical) (Software)
• Internet of Things (Electrical) (Software)
• Materials Science and Engineering (Mechanical) (Mechanical and Space)
• Mechanical Design (Mechanical) (Mechanical and Space)
• Nanoscale Biotechnology
• Power Engineering
• Process Intensification
• Project Management
• Robotics and Intelligent Systems (Mechatronic)
• Structures
• Telecommunications Engineering
• Thermofluids (Mechanical) (Mechanical and Space)
• Transport
• Water and Environmental Treatment Processes

• Aeronautical Engineering Aerodynamics, Engineering Data Science
• Aeronautical (Space) Flight Data Analysis, Aerospace Design, Aerospace Research, Engineering Data Science, Innovation and Entrepreneurship, Humanitarian Engineering, Computer Systems 
• Biomedical Nanoscale Biotechnology, Biocomputation, Bionics and Bioelectronics, Biomedical Modelling and Design, Engineering Data Science, Innovation and Entrepreneurship, Humanitarian Engineering, Computer Systems 
• Chemical and Biomolecular Food and Bioprocessing, Process Intensification, Water and Environmental Treatment Processes, Industry 4.0 in Chemical Engineering, Engineering Data Science
• Civil Integrated Building Engineering, Structures, Environmental Fluids, Geotechnical Engineering, Humanitarian Engineering, Project Management, Transport, Engineering Data Science, Innovation and Entrepreneurship, Computer Systems 
• Electrical Computer Engineering, Internet of Things, Intelligent Information Engineering, Power Engineering, Telecommunications Engineering, Engineering Data Science, Innovation and Entrepreneurship, Computer Systems 
• Mechanical Computational Engineering, Engineering Data Science, Innovation and Entrepreneurship, Computer Systems,
• Mechanical (Space) Energy and the Environment, Mechanical Design, Thermofluids, Materials Science and Engineering, Industrial and Product Design Engineering
• Mechatronic Robotics and Intelligent Systems, Engineering Data Science, Innovation and Entrepreneurship, Humanitarian Engineering, Computer Systems
• Software Computer Engineering, Internet of Things, Intelligent Information Engineering, Engineering Data Science, Innovation and Entrepreneurship, Humanitarian Engineering

• Project 1 will give students an introduction to their chosen field of Engineering and provide a transition to University.
• Project 2 will delve into how engineers engage with other professions in concept development, analysis, and planning. Students will learn how their discipline interacts with regulatory frameworks, economics, and society.
• Project 3 will give students the chance to experience the interaction of different disciplines of engineering needed to deliver complex engineered systems.