University of Technology Sydney

What you'll study

This diploma emphasises applied mechanical engineering knowledge and professional practice. Core topics typically include mechanics of materials, thermofluids, solid mechanics, dynamics and control, and engineering design. You will also study practical subjects such as computer-aided design (CAD), manufacturing processes, materials selection, systems modelling and simulation, and experimental methods and instrumentation.

The program integrates professional skills modules covering project management, engineering economics, engineering ethics, communication for engineers and workplace health and safety. A major feature is workplace-based learning and an industry-aligned project or capstone where students apply technical skills to real engineering problems, often working with partner companies or on multidisciplinary teams.

• Engineering fundamentals: mechanics, thermodynamics, fluids and materials
• Design and manufacturing: CAD, product development, rapid prototyping
• Systems and control: dynamics, control systems and mechatronics
• Professional practice: project management, engineering law and ethics, communication
• Work-integrated learning: industry project or placement and capstone experience

Entry requirements

Entry is intended for students on the Bachelor of Engineering (Honours) pathway or those with an accredited engineering degree seeking a formal professional practice qualification. Typical requirements include completion of specified core engineering coursework or an equivalent qualification, demonstration of technical competency, and satisfactory academic standing. Applicants may also need to provide a curriculum vitae and evidence of any prior workplace experience; selection can include assessment of professional suitability rather than a standard interview.

International applicants must meet English language proficiency standards as set by the university. Specific prerequisites and any eligibility to enrol while completing an honours degree are determined by the Faculty of Engineering and Information Technology, so applicants should consult UTS admissions guidance for personalised advice.

Career prospects

Graduates of this diploma strengthen their readiness for roles where hands-on mechanical engineering skills and professional competencies are essential. Common career paths include graduate mechanical engineer roles in design and development, manufacturing and production engineering, maintenance and reliability engineering, testing and validation, mechatronics and automation, and project engineering.

The combination of technical coursework and workplace experience is valued by employers across sectors such as energy and utilities, transport and automotive, aerospace and defence, medical devices, construction and consulting. The qualification also supports progression into graduate development programmes and provides a pathway toward professional accreditation and chartered status through Engineers Australia when combined with an accredited engineering degree and required professional experience.

Why study at University of Technology Sydney

UTS emphasises practice-based learning and industry engagement, which aligns with the diploma’s focus on workplace skills and real projects. The Faculty of Engineering and Information Technology has strong ties with Sydney’s engineering and technology industries, giving students access to industry partners, guest practitioners and project briefs drawn from real-world challenges.

Students benefit from modern teaching facilities, specialised laboratories and maker spaces for prototyping and testing, as well as dedicated career and placement support. The curriculum is designed to build both technical depth and professional adaptability, preparing graduates to move smoothly into engineering teams or to pursue further study and professional accreditation.