Master of Professional Engineering (Mechanical)
University of Newcastle
Type of institution: University/Higher Education Institution
Level: Postgraduate
CRICOS: 00109J
If you are a mechanical engineer looking to advance your career, this program is designed for you. Develop management expertise, specialise, and deepen your technical skills to lead projects and move into senior roles. You will deepen your technical knowledge in your area of specialisation and learn about engineering practice in the Australian context. The program covers fundamental background knowledge and includes capstone courses that combine mechanical engineering with advanced-level research. You'll explore key emerging technologies and innovations shaping the future of mechanical engineering. Engage with industry through projects, guest lectures, and mentorship opportunities. Enhance essential skills in project management, complex problem-solving, innovation, and communication through our professional leadership courses. You will graduate with the technical and professional attributes needed to provide innovative solutions to society’s needs now and in the future.
Standard entry requirements
2-year full time (160 units) The MPE (Mechanical) is comprised of 160 units, of which, 120 units are core courses, 30 units are courses chosen from the Course List and 10 units are elective courses.
Recognition
This program is provisionally accredited by Engineers Australia.
Further information
Graduates of an Australian Bachelor of Engineering (Honours) degree, or equivalent, can complete the MPE in just one year. This program is seeking provisional accreditation with Engineers Australia; and so international students seeking professional recognition from Engineers Australia and the Washington Accord, or those wishing to extend their engineering and professional expertise in an Australian context, will find the 2-year Master of Professional Engineering is the ideal program. The study program will be designed to build on their prior studies and develop the core technical competencies to ensure students qualify - these will be chosen from areas such as managing engineering projects, modelling and control, engineering complexity, advanced mechanics of solids and FEA, mechanical design, fluid mechanics and CFD.
