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2 Years On Campus Masters Program
Queensland University of TechnologyQueensland University of Technology's (QUT) Master of Professional Engineering (Mechanical) is a two-year postgraduate course that seeks to equip students with more advanced technical knowledge and applied engineering expertise. The course places graduates in a position to take up leadership roles in the automotive, aerospace, energy systems, manufacturing, and robotics sectors. It's best suited for those who already hold an undergraduate degree in engineering and want to advance their careers or achieve chartered engineer status in Australia.
Curriculum Structure
The course offers a well-balanced mix of advanced theory and application. Students learn about:
Mechanical Design and Analysis – covering complex systems, structures, and materials.
Thermodynamics and Fluid Mechanics – with special focus on energy systems and design for efficiency.
Control Systems and Dynamics – covering automation, robotics, and intelligent machines.
Project Management and Engineering Leadership – to prepare students for leadership roles in engineering teams.
Capstone Project – a major end-of-degree project where students apply their knowledge to a real problem, often in collaboration with industry partners.
This curriculum ensures that students graduate with both the technical depth and the practical experience needed to excel in modern engineering careers.
Accreditation
The program is provisionally accredited by Engineers Australia, the country's leading professional engineering organization. This means it is on the path to full accreditation, which demonstrates high educational and industry standards—a vital consideration for future registration as a Chartered Professional Engineer (CPEng).
Campus Location
QUT is located in Brisbane, Queensland, a vibrant and growing city with a reputation for innovation, research opportunities, and industry connections. The Gardens Point campus, where engineering students study, is located in the heart of the city itself, offering students direct access to technology precincts and business districts.
QUT places great emphasis on practical learning, which prepares students to be not just classroom-ready but also career-ready:
Work Integrated Learning (WIL): Many students complete industry placements during their studies, gaining invaluable experience and professional contacts.
Research Projects: There are opportunities to participate in faculty-led research that addresses real engineering challenges in sustainability, materials, and design innovation.
Student Competitions & Clubs: Students often get involved in initiatives such as QUT Motorsport or robotics competitions, which are great for developing teamwork and creativity.
Global Study Opportunities: QUT offers exchange and short-term overseas programs to allow students to attain global exposure in their discipline.
QUT offers a supportive Careers and Employment team available to offer:
One-on-one career coaching and planning sessions.
Support with CV development, job applications, and interview preparation.
Networking opportunities and graduate employment fairs with major engineering firms.
Employability
Graduates of this course are highly employable in roles such as:
Mechanical Design Engineer
Project Engineer
Manufacturing Systems Analyst
Energy Systems Consultant
They find employment in industries like defence, mining, healthcare, aerospace, and clean energy. Thanks to QUT's strong industry connections, many students have a job ready and waiting when they graduate—very often with an organisation that they've worked with on their capstone or placement.
Further Academic Progression
After this master's, students can pursue PhD degrees or specialist certifications in renewable energy, robotics, materials engineering, or business leadership (MBA), depending on the career path.
IELTS - Overall score of 6.5, with no sub-score below 6.0.TOEFL - Overall score of 79, with minimum scores of 16 in Listening and Reading, 21 in Writing, and 18 in Speaking..Official records of your previous studies, detailing the courses undertaken and grades achieved.Certified copies of your degree certificates or diplomas.A copy of your passport, national identity card, or student visa.If you are currently in Australia, include a copy of your current visa and, if applicable, your current CoE.If any of your documents are not in English, you must provide certified English translationMechanical engineeraerospace engineerautomotive engineermanufacturing engineerrobotics engineerdesign engineerproject engineermaintenance engineerresearch and development engineersystems engineermechatronics engineerenergy engineerdefense engineermining engineer
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