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The University of Sydney offers a Master of Engineering (Mechanical Engineering) as a two-year degree for students who want to develop their skills in mechanical systems, advanced materials, thermodynamics, and fluid mechanics. The program is designed to provide not just a sound theoretical background but also focus on practical engineering issues, equipping graduates with the capability to lead innovation in industries such as aerospace, automotive, renewable energy, and robotics.
Curriculum Structure:
The master's programme combines graduate-level engineering principles with practical application. Students will learn topics such as:
• Advanced Thermofluids and Heat Transfer – exploring the behaviour of thermal systems and fluids in advanced conditions
• Mechanical Design Innovation – product development, production, and sustainable design principles
• Systems Dynamics and Control – mechanical system response to inputs and control thereof
• Finite Element Analysis and Computational Methods – using software packages to simulate and analyze engineering models
• Engineering Management – project management, risk analysis, and innovation planning
The course includes a capstone research project as well, where students tackle a real-world mechanical engineering problem under scholarly supervision. This is a chance to apply everything learned so far and showcase your abilities to potential employers or research institutions.
Accreditation:
The Master of Engineering (Mechanical Engineering) is professionally accredited by Engineers Australia, ensuring it meets national competency standards for graduate engineers. The accreditation also opens the door to international recognition under agreements like Washington Accord, making global work simpler.
Campus Location:
Located in the center of Sydney, Australia's global-leading city, the university's Faculty of Engineering offers students access to world-class facilities, including laboratories, prototyping places, and research centers. The vibrant campus life and access to major engineering industries on campus make it the most suitable place to study and become professionally developed.
The University of Sydney strongly believes that engineering should be learned by doing, not just by reading. As a student, you’ll have opportunities to engage in:
• Industry Placements – The faculty partners with top-tier engineering firms across Australia, providing students with the chance to work on-site, gain experience, and build networks.
• Research Internships – For students wanting to pursue advanced innovation, there are positions for working within research teams that design robotics, clean technology, biomedical devices, and so on.
• Engineering Projects and Clubs – Students can get involved with project teams like the Sydney Motorsport team, or take part in innovation challenges and hackathons.
• Global Mobility Programs – Through exchange arrangements, students have the chance to do part of their degree abroad and gain international engineering experience.
The Careers Centre at the university offers outstanding support throughout your course, including:
• Individual career advice and guidance
• Resume help, job application, and interview preparation
• Ability to access employer events and job fairs
• Specified job listings on Sydney CareerHub
Employability
Graduates of the program go on to build successful careers in multinational organizations, engineering consultancies, research institutions, and government agencies. Past students have found employment with organizations like AECOM, BHP, Boeing, Tesla, and CSIRO. The integration of technical knowledge and problem-solving skills makes Sydney engineering graduates highly desirable within Australia and internationally.
Academic Progression:
After completion of this program, students can move ahead to pursue a PhD in Mechanical Engineering or explore newer fields such as Robotics, Mechatronics, Sustainable Energy, or AI-integrated Engineering. Others shift to business or management programs, such as an MBA, in order to enhance their leadership potential within engineering-based sectors.
IELTS - An overall score of 6.5, with no band below 6.0.TOEFL - A total score of 85, with minimum scores of 17 in Listening, 17 in Reading, 19 in Speaking, and 21 in Writing.Official transcripts from all post-secondary institutions you've attended, detailing the courses taken and grades received.A certified copy of your bachelor's degree certificate, confirming the completion of your undergraduate studies.An up-to-date CV outlining your academic background, work experience, and any relevant projects or research.A copy of your passport or other official identification to verify your identity.If applicable, documentation confirming your residency status.Mechanical engineeraerospace engineerautomotive engineermanufacturing engineerrobotics engineerdesign engineerproject engineermaintenance engineerresearch and development engineersystems engineermechatronics engineerenergy engineerdefense engineermining engineer
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University of Sydney
