You may pursue a career designing and maintaining fluid-based mechanical systems such as complex hydraulic and pumping systems, or installing and repairing equipment used to extract water, oil, and natural
Water and Environmental Treatment Processes. Specialisation. The information on this page relates to the 2023 intake of this specialisation. Our Water and Environmental Treatment Processes specialisation will provide you with an opportunity to
Materials Science and Engineering (Mechanical). Specialisation. The information on this page relates to the 2023 intake of this specialisation. Our Materials Science and Engineering specialisation will provide you with a greater understanding of the
Robotics and Intelligent Systems (Mechatronic). Specialisation. The information on this page relates to the 2023 intake of this specialisation. Our Robotics and Intelligent Systems specialisation delves deeply into the fields of robotics and
Telecommunications Engineering. Specialisation. The information on this page relates to the 2023 intake of this specialisation. Our Telecommunications Engineering specialisation explores the design, planning, commissioning and monitoring of complex
Industrial and Product Design Engineering (Mechanical). Specialisation. The information on this page relates to the 2023 intake of this specialisation. ... Our Industrial and Product Design specialisation is tailored towards mechanical engineers who have
Industry 4.0 in Chemical Engineering. Specialisation. The information on this page relates to the 2023 intake of this specialisation. Our Industry 4.0 in Chemical Engineering specialisation is designed to develop the skills chemical and biomolecular
The University of Sydney Nano Institute combines expertise from across the University's disciplines and access to purpose-built facilities to take research, education and industrial applications in the field of nanoscience to new levels.
From Australia's energy transition, to climate disaster response, to imagining sustainable futures, we bring together thought leaders from across the University and beyond to tackle the greatest challenges of our time.