Master of Engineering Science

The Master of Engineering Science (Mechanical Engineering) at the University of Tasmania is suited for those who have a background in engineering or related disciplines and want to deepen their practical and technical skills in mechanical engineering. Over two years of full-time study, you will investigate core mechanical principles, materials science, advanced manufacturing, and mechanical system design, building on your existing knowledge.

The course structure follows the Australian master's degree format: you will complete a series of units of study, each carrying a certain amount of credit points toward your qualification. Units focus on both technical engineering concepts and project management, preparing you for professional challenges. In your second year, you will likely undertake a capstone project or research thesis, applying your knowledge to a real-world engineering challenge and demonstrating your skills in planning, analysis, and communication.

Courses at this level in Australia may include work-integrated learning experiences—or professional placements—where possible. This helps you understand how mechanical engineering theory applies directly in Australian industry. The University of Tasmania links with local and national engineering employers, offering you outlooks into sectors such as manufacturing, energy, design, and infrastructure. The programme develops your analytical, teamwork, and problem-solving skills, as well as your understanding of ethical practice and sustainability issues in engineering.

This master's degree is suitable for graduates seeking career progression or a pathway to professional recognition in Australia. If you are considering career mobility, the Temporary Graduate visa (subclass 485) can provide post-study work options. International students can also work up to 48 hours per fortnight while enrolled. Always check the University website for up-to-date admission criteria and course information.

• Mechanical Engineer in manufacturing, mining, or energy industries
• Project Engineer or Design Engineer in consultancy firms
• Roles in engineering management across Australian private and public sectors
• Research and development in mechanical engineering organisations
• Higher degree research pathways in universities or research institutes