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 Science (Biochemistry) delves into the chemical foundations of life, enhancing understanding of molecular events in biological processes. Combining biology, chemistry, and physics, biochemistry bridges these disciplines, shedding light on disease causes and treatment development. Students gain a comprehensive grasp of biomolecules and cellular processes, with insights into specialized biochemistry areas, health implications, and diseases like cancer. Additionally, they acquire essential biochemical laboratory skills.

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 Bachelor of Biotechnology delves into the innovative field where scientists develop new products and technologies for health, agriculture, science, and engineering. This course equips students with the skills and knowledge to turn scientific innovations into marketable solutions. It blends theory with practical learning, exploring the diverse applications of biotechnology, including antibody engineering for disease treatment, genetic plant engineering to boost crop yields, vaccine design, cell and tissue culture technologies, among others. This approach prepares students for a career in the dynamic world of biotechnology.

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 Bachelor of Engineering Science (Electrical and Electronics Engineering) prepares students to collaborate with engineers and technologists in designing, automating, and controlling devices that enhance modern living. Students engage with various fields including electronics, telecommunications, biomedical applications, and power generation and distribution, with a particular focus on renewable energy. This degree equips students with the skills to innovate and improve the technologies that make everyday life more convenient and sustainable