University of Adelaide

What you'll study

This honours-level degree builds a strong foundation in mathematics, physics and engineering principles before moving into mechanical-specific subjects. Early years focus on fundamentals — engineering mathematics, statics and dynamics, materials science, thermofluids and electrical principles — alongside computer programming and technical communication.

In later years you study advanced mechanical topics such as thermodynamics and heat transfer, fluid mechanics, continuum mechanics, solid mechanics, machine design, manufacturing processes and control systems. Computer-aided design (CAD), finite element analysis (FEA), computational fluid dynamics (CFD) and laboratory-based experimental methods are integrated throughout the program.

The course culminates in a substantial capstone design project or honours thesis where you apply engineering design processes to real-world problems, often in collaboration with industry partners or research groups. Professional practice, engineering ethics and project management are included to prepare you for workplace responsibilities.

• Core subjects: engineering mathematics, materials and mechanics, statics and dynamics, thermofluids, systems and control
• Mechanical specialisations: machine design, manufacturing engineering, heat transfer, fluid dynamics, mechatronics and robotics
• Tools and methods: CAD, FEA, CFD, laboratory experimentation and computer programming for engineers
• Capstone and research: industry-linked design project, honours research project option

Entry requirements

Domestic applicants typically require completion of an Australian Year 12 qualification with prerequisite achievement in mathematics (often mathematical methods or equivalent) and a physical science such as physics. Admission is generally competitive and assessed by the university using ATAR or equivalent secondary scores; applicants with vocational pathways, bridging programs or relevant diplomas may also be considered.

International applicants must hold a recognised secondary school qualification comparable to Australian Year 12 and demonstrate English language proficiency through an approved test or recognised qualification. The university also considers alternative entry routes such as foundation studies, articulation from diploma programs, and tertiary transfer for applicants with previous higher education study.

All candidates should be prepared for a mathematically intensive programme and may be required to undertake diagnostic testing or remedial preparation in mathematics if needed.

Career prospects

Graduates are equipped for roles across a broad range of industries that require mechanical engineering expertise. Typical entry-level roles include mechanical design engineer, manufacturing engineer, maintenance engineer, project engineer and systems engineer. Employers span automotive, aerospace and defence, energy and resources, mining equipment, advanced manufacturing, building services (HVAC), and robotics and automation firms.

The degree is professionally accredited, providing the academic requirements for progression to Chartered/Professional Engineer status through Engineers Australia after gaining the required practical experience. Graduates may also pursue postgraduate study — specialised coursework masters or research MPhil/PhD — if they are interested in advanced research, academic careers or high-level technical roles.

Why study at University of Adelaide

The University of Adelaide offers an engineering program with strong industry connections in South Australia and nationally, providing opportunities for industry projects, internships and collaborative research. Teaching combines theoretical rigour with extensive practical work in modern laboratories and workshops within the university's engineering precinct.

Students benefit from access to research groups and facilities spanning manufacturing, materials, energy and defence technologies, and from active student engineering clubs and project teams that provide hands-on experience in design, fabrication and competition engineering. The program's professional accreditation ensures graduates meet recognised standards for engineering practice and are recognised by employers and professional bodies.