2 Years On Campus Masters Program
Swinburne University of Technology Master of Engineering Science in Mechanical Engineering is designed to equip students with the theoretical foundation and practical capabilities necessary to address real-world engineering problems. The course offers thorough knowledge in mechanical systems, design, and advanced manufacturing to enhance students' performance in careers across industries such as aerospace, automotive, energy, and robotics. With an excellent balance between theory and practical work, students achieve a good foundation for research and professional careers.
Curriculum Structure:
Swinburne's program is well structured to provide an even balance between fundamentals of mechanical engineering theory and application. The program typically includes:
Advanced Engineering Mathematics and other fundamental subjects necessary for the analysis of mechanical systems
Mechanical Design and Modelling with a focus on innovation, simulation, and performance optimisation
Courses in Fluid Mechanics, Thermodynamics, and Heat Transfer that study energy systems and sustainability
Materials and Manufacturing, such as the latest developments in materials science and manufacturing processes
Applied Research Project or Thesis, under which students can undertake supervised research, often related to industry projects or advanced university laboratory work
Accreditation:
The course is accredited by Engineers Australia, which ensures it meets the academic and professional requirements for national and international practice in engineering.
Campus Location:
The course is delivered on Swinburne's Hawthorn campus in Melbourne, an innovation-focused environment in one of Australia's leading education and technology precincts. The facilities include cutting-edge labs, workshops, and collaborative workspaces.
Swinburne puts significant emphasis on practice-based education and industry engagement, providing students with a number of opportunities to apply their learning to real-world situations:
Industry-Linked Projects: Projects are usually conducted in close collaboration with partner companies, addressing real-world engineering problems under the guidance of professionals
Internships and Work Integrated Learning (WIL): Placement can be undertaken at reputable firms in the automotive, aerospace, and energy sectors
Design and Innovation Competitions: Students may be part of engineering competitions, where they form teams and implement what they have acquired outside the classroom
Research Opportunities: Outstanding achievers can collaborate with academic staff on funded research projects in fields including advanced manufacturing, robotics, and renewable energy systems
Swinburne enjoys good support in terms of its Career and Employability unit, providing the following services:
Personalised career guidance
Resume preparation, personal branding, and job searches
Interview preparation and mock interviews
Opportunities to attend career expos and industry networking functions
Employability:
Program graduates are ideally placed for entry into careers in competitive mechanical design, systems engineering, product development, automotive engineering, and consulting. Swinburne graduates have progressed into roles with multinational companies, government departments, and research centres in Australia and overseas.
Further Academic Progression:
Students wishing to pursue higher studies can opt for PhD in Mechanical Engineering or transition into allied areas such as mechatronics, robotics, engineering management, or data-driven industrial analytics. The course also facilitates entry into MBA or leadership roles for those inclined towards engineering business integration.
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