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 MEM80112 Graduate Diploma of Engineering is a high-end qualification for experienced engineers who plan and manage engineering-related projects or operations. Over 12-24 months of study you will learn how to oversee the design and development of machines, ancillary equipment, robotics, manufacturing systems, microcontroller applications, refrigeration systems and much more. You’ll choose electives that match your professional interests and career path, and graduate a key player in the manufacturing industry. Enquire now for the list of entry requirements, specialisation areas, elective choices, and enrolment opportunities.

Are you a qualified engineer wanting to develop technical skills in a specialist area? How about the Master of Engineering Science? This post-graduate program can help you innovate into new fields or direct your career toward research and academia. Depending on your personal interests and selected university, you could obtain your MES in bioengineering, mechanical engineering, electrical engineering, civil engineering, software engineering, materials and manufacturing, urban water, fire safety, and much more. Enquire now for admissions criteria, the full list of specialisation areas, and universities in your area that offer the Master of Engineering Science.

The Bachelor of Engineering (Honours) (Chemical Engineering) offers a deep exploration into the transformation of raw materials into valuable products. Students will study the design, optimisation, and operation of processes and systems for large-scale manufacturing. This degree emphasises sustainable practices, safety protocols, and innovative technologies. Graduates will be equipped with the knowledge and skills to address global challenges, ensuring efficient and environmentally-conscious production in the chemical industry and related sectors.

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 Engineering (Honours) (Software Engineering) is an academically rigorous course that equips students with the essential principles of software design, development, and maintenance. This course fosters analytical and practical skills, enabling graduates to engineer robust and efficient software solutions. Emphasising both theoretical foundations and real-world application, the curriculum prepares students for dynamic careers, shaping them into problem solvers and innovators in the rapidly evolving field of software technology./p>

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.