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RMIT University offers a Master of Engineering (Mechanical Engineering)—a dynamic and future-focused two-year program designed for students who want to develop advanced engineering skills with a practical and industry-oriented approach. This course blends theoretical knowledge with real-world application, preparing graduates for leadership roles in industries such as automotive, aerospace, manufacturing, energy, and robotics. With a strong emphasis on innovation and problem-solving, this program helps students build the capabilities required to respond to the evolving needs of modern engineering.
Curriculum Structure
The program at RMIT is structured to provide both depth and flexibility, catering to diverse interests within mechanical engineering. The coursework includes:
• Core Mechanical Engineering subjects – covering thermodynamics, mechanics, dynamics, advanced materials, computational simulations, and control systems.
• Design and Innovation units – focused on creative design thinking and product development using the latest CAD and simulation tools.
• Project-based learning – including a major final-year capstone research project where students tackle real industry problems or conduct innovative research under expert guidance.
• Professional Engineering Practice – where students strengthen soft skills like project management, communication, and team collaboration.
This balance of technical and professional skills helps students build confidence in solving complex engineering challenges in diverse environments.
Accreditation
The program is fully accredited by Engineers Australia, which means graduates are recognised as professional engineers both nationally and internationally. This also supports career mobility across global engineering markets.
Campus Location
RMIT's main campus is located in the heart of Melbourne, Australia, a city known for its vibrant tech and engineering sectors. Students benefit from access to state-of-the-art laboratories, workshops, and engineering hubs that mirror real industrial settings—creating a truly immersive learning experience.
RMIT places a strong emphasis on hands-on learning through partnerships with industry and practical training. Students can expect to engage in:
• Industry Placements – offering real-world exposure through internships with companies in sectors such as manufacturing, automotive, and energy. These placements not only provide valuable experience but often lead to employment opportunities.
• Research and Development Projects – where students work alongside faculty or industry professionals on cutting-edge innovations in mechanical systems, robotics, and sustainable technologies.
• Student Competitions and Engineering Societies – opportunities to join groups like the RMIT Racing Team or Engineers Without Borders, developing practical skills while working on collaborative engineering challenges.
• Global Mobility Programs – allowing students to take part in international study tours, exchange programs, or collaborative projects abroad, expanding their global engineering outlook.
RMIT supports career development throughout the program with tailored services, including:
• Career mentoring and individualised advice from experienced consultants.
• Help with resumes, LinkedIn profiles, and interview preparation.
• Access to career fairs, networking events, and employer presentations on campus.
Employability
Graduates of the Master of Engineering (Mechanical Engineering) program at RMIT are highly employable, with alumni working in roles across engineering consultancy, product design, automation, energy systems, and R&D. Companies that frequently hire RMIT graduates include Siemens, Ford, Bosch, AGL, Boeing, and various engineering firms across Australia and abroad. The practical nature of the course ensures students are job-ready from day one.
Further Academic Progression
Those interested in research can go on to pursue a PhD in Mechanical or Mechatronic Engineering, while others may explore specialised master’s degrees in robotics, renewable energy, advanced manufacturing, or even MBA programs with a focus on engineering management or innovation.
IELTS - An overall score of 6.5, with no band below 6.0.TOEFL - An overall score of 79, with a minimum of 13 in writing, 12 in reading, 21 in listening, and 18 in speaking.Certified copies of your previous academic transcripts, including details of courses taken and grades achieved.A clear copy of your current passport, which is necessary for identification and processing your application.An up-to-date CV detailing your academic background, work experience, and any other relevant information.A written statement outlining your reasons for applying to the program, your career goals, and how the program aligns with your aspirations.Typically, two letters from academic or professional referees who can attest to your qualifications and suitability for the program.Mechanical engineeraerospace engineerautomotive engineermanufacturing engineerrobotics engineerdesign engineerproject engineermaintenance engineerresearch and development engineersystems engineermechatronics engineerenergy engineerdefense engineermining engineer
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RMIT University
