Main navigation
- Programs
- Subjects
- Universities
- Destinations
- Advice
You'll become part of a vibrant research community, collaborating with accomplished academics, fellow students, and partner organizations that have achieved research excellence across diverse specialties such as: Mechanical engineering, aerodynamics, renewable energy solutions (including solar technology), thermal and mass transfer applications, sustainable energy systems (CARE), combustion and fuel research, computational methods (encompassing CAD, FEA, CFD), dynamic systems and control mechanisms, NVH analysis, engine and supercharger development, industrial and automotive applications, sports engineering innovations, vehicle safety design, and virtual engineering solutions.
In manufacturing engineering - explore areas like 3D printing, smart manufacturing systems, production-oriented design, advanced material processing, high-efficiency automation, industrial operations, polymer and composite innovation, manufacturing quality systems, robotic applications, and laser-based technologies.
Apply your specialized engineering expertise to our practical, industry-relevant mechanical and manufacturing research initiatives. RMIT's seasoned engineering researchers have delivered impactful results across various application fields and industrial domains. By partnering with our internal research institutes, we develop innovative approaches to current and emerging engineering challenges faced by industries. You'll have opportunities to engage in university, college, and school activities tailored to your professional goals. This PhD program offers flexible completion options including traditional thesis, publication-based, or project-based formats. Potential candidates should explore these options with their prospective supervisors.
Upon completion, you'll be prepared for academic positions or senior leadership roles in governmental agencies, scientific institutions, and industrial research facilities.