The Professional Certificate of Competency in Mechanical Engineering provides essential knowledge of mechanical systems, covering key principles such as force, energy, and heat. It explores the design, selection, and operation of mechanical components, including gears, bearings, and couplings. The course also examines fluid power, heat transfer, and mechanical vibrations, offering insights into fault diagnosis and system optimisation. Additionally, it highlights the importance of maintenance strategies and compliance with industry standards, ensuring efficient and reliable mechanical system performance. Enquire now for a full list of entry requirements and available enrolment dates.

The Bachelor of Engineering (Honours) (Biomedical Engineering) merges engineering principles with biological and medical sciences. This discipline plays a pivotal role in advancing the health sector and enhancing lives through innovations in imaging, robotics, materials, computer science, and prosthetics. Students delve into areas encompassing mechanical and electrical facets, artificial intelligence, and contemporary biomedical systems. Graduates will possess a robust understanding of global biomedical system development, prepared to make impactful technological contributions both domestically and internationally.

The Bachelor of Engineering (Honours) (Mechanical Engineering) provides a comprehensive grounding in the principles underlying the design, analysis, and implementation of mechanical systems. Students engage with fundamental mechanics, energy principles, and advanced manufacturing processes, preparing them to address modern challenges across industries. This course cultivates problem-solving skills, critical analysis, and innovative thinking, equipping graduates to excel in sectors from automotive design to renewable energy solutions. Emphasising hands-on experience, it lays the foundation for a dynamic career in mechanical engineering.

The Master of Engineering Practice applies scientific and engineering knowledge to solve complex engineering issues and address broader aspects of engineering work. It teaches students to systematically research, interpret, analyse, and innovate solutions for advanced engineering problems. This course focuses on identifying, analysing, and communicating the interplay between systems, practices, and people to foster a sustainable engineering environment. It equips students with the skills to approach engineering challenges holistically, enhancing their ability to contribute effectively in the engineering sector.

The Graduate Diploma in Engineering is designed for students to expand upon the knowledge and skills acquired in their undergraduate engineering studies. This course offers engineers the chance to deepen their technical expertise while broadening their managerial and professional skills. It is an ideal pathway for engineering graduates seeking to enhance their abilities and prepare for more advanced roles in the engineering field, combining in-depth technical learning with essential professional development.