Master of Engineering (Mechanical Engineering)

The Master of Engineering (Mechanical Engineering) at RMIT University is structured over two years, with teaching spread across semesters. Students complete a set of core and elective units of study, each contributing credit points toward the total required for graduation. Areas explored include advanced mechanics, thermodynamics, materials science, dynamics of machines, design, and manufacturing systems. There is typically an emphasis on current engineering challenges relevant to Australia, such as sustainable energy solutions and modern manufacturing needs.

This master's course incorporates work-integrated learning, meaning students can expect to undertake industry projects or placements with local engineering firms in Melbourne and broader Victoria. Such professional experience helps students build links with the sector and deepen their understanding of engineering practice in an Australian context. In the final year, a major project or research thesis enables students to tackle a real engineering problem, either in partnership with industry or supervised by academic staff.

Graduates gain skills in mechanical design, systems integration, advanced computational methods, project management, and communication. The course encourages development of problem-solving abilities and familiarity with engineering standards relevant to Australia and international employers. It's suitable for applicants with an undergraduate engineering background who wish to extend their technical expertise or move into roles requiring broader project leadership, and for overseas-trained engineers seeking to deepen their capabilities aligned to Australian industry standards.

RMIT’s strong connections with local industry and research bodies mean students have the chance to work on authentic problems and network directly with employers. Melbourne’s reputation as a centre for advanced engineering and manufacturing ensures that graduates gain exposure to leading practices and can position themselves for success in Australia’s job market. Students on this pathway are also eligible for post-study work rights under the Temporary Graduate visa (subclass 485), and can work up to 48 hours per fortnight during their studies.

• Mechanical Engineer in industries such as energy, automotive, aerospace, defence, and advanced manufacturing
• Project Engineer or Project Manager with Australian engineering consultancies and manufacturing firms
• Product Development Engineer for local and multinational companies in Victoria and beyond
• Engineering Consultant or Technical Advisor
• Further research positions with Australian research institutes or progression to doctoral studies