Mechanical engineers are central to the production of almost every item we use. They analyse, conceptualise, design and manufacture items from the very small – such as micromachines – to the very large – such as aircraft.

This degree will equip you with the skills you’ll require to design mechanical systems by providing you with a strong foundation in basic sciences; statics; dynamics; and the mechanics of solids, thermofluids and materials; as well as advanced knowledge in manufacturing, novel materials and microscale devices. You’ll learn to proficiently identify, select and apply mechanical engineering theory and analysis, modelling and simulation, and measurement knowledge to address complex problems with interdisciplinary components. You’ll develop knowledge to design, implement, test and deploy systems where mechanical engineering forms the whole or part of the solution. And you’ll learn to apply fundamental concepts and theory to the design, operation and maintenance of mechanical components.

Key Features

• Engineering at Macquarie is built around a project-based professional development spine, which allows you to gain practical, hands-on experience and collaborate on projects with your fellow students.
• In addition to developing your knowledge and skills in core mechanical engineering concepts, you’ll have the opportunity to choose additional electives to boost your career prospects. 
• You’ll have access to our new cutting-edge engineering facilities, including collaborative learning spaces, a dedicated full-pitch FIRST® robotics field and our state-of-the-art wind tunnel.
• You’ll have opportunities to learn from and work with academics in a variety of groundbreaking areas, from life sciences to nanofabrication.
• From your second year, you’ll have the opportunity to use our award-winning PACE (Professional and Community Engagement) program to complete an internship or work placement with one of our industry partners or with one of our research groups in Materials Engineering, Biomedical Microdevices and Sustainable Energy Systems.
• You’ll have opportunities to get involved in a range of student-led projects, including working with our MQ Speed team and CubeSat group, or participating in FIRST® robotics mentoring.
• Macquarie has close links with public and private sector organisations, such as BAE Systems, Cochlear, Optus and Honeywell, leading to internships and graduate opportunities.
• Your learning experience will be enhanced by our location in Australia’s largest high-tech precinct, which is brimming with collaborative, internship and employment opportunities.
• This degree is provisionally accredited by Engineers Australia.
• Macquarie is ranked number one in Sydney for overall graduate employment in engineering (QILT, 2017).

• Mechanical engineer
• Aerospace engineer
• Automotive engineer
• CAD technician
• Consultant
• Control and instrumentation engineer
• Designer and manufacturer
• Nuclear engineer
• Project manager
• Research and design manager