University of Adelaide

What you'll study

The Chemical Engineering honours curriculum builds a foundation in mathematics, physics and general engineering in early years, then moves into chemical and process-specific subjects. Core topics include thermodynamics, heat and mass transfer, fluid mechanics, reaction engineering and unit operations. Students also study process control and instrumentation, process design and optimisation, materials and corrosion, process safety and risk assessment, and environmental engineering and sustainability.

A strong focus is placed on practical engineering skills: laboratory work, computer modelling, process simulation, and pilot-plant experiments. In the final year students undertake an honours research project or an industry-based capstone project that integrates technical design, project management and professional communication. Elective options and interdisciplinary subjects allow specialisation in areas such as energy and renewables, biochemical engineering, mineral processing, food engineering, and advanced materials.

Structure

• Foundation years: mathematics, physics, programming and introductory engineering principles.
• Middle years: core chemical engineering theory and laboratory practice (thermodynamics, transport phenomena, reaction engineering, unit operations).
• Professional skills: engineering design, project management, ethics, economics, and communication across the degree.
• Honours year: an independent research or industry project with a written thesis and oral presentation.

Entry requirements

Admission is typically based on secondary school qualifications (e.g. ATAR or equivalent) with strong performance in mathematics and science. Subjects that are commonly required or recommended at secondary level include Mathematics (Mathematical Methods and/or Specialist Mathematics), Chemistry, and Physics. Applicants holding relevant tertiary studies or diplomas may be considered through alternative entry pathways.

Domestic applicants should check the University of Adelaide admissions pages for the current entry score and any subject prerequisites. International applicants must meet English language requirements (such as IELTS or equivalent) and provide evidence of equivalent secondary qualifications. The university also offers pathway programs and recognition of prior learning for mature-age and non‑standard applicants.

Career prospects

Graduates with a Chemical Engineering honours degree work across a wide range of industries. Typical roles include process engineer, design engineer, plant commissioning and operations engineer, production manager, process safety or environmental engineer, research and development engineer, and technical consultant. Employers are found in sectors such as oil and gas, petrochemicals, minerals and mining, food and beverage manufacturing, pharmaceuticals and biotechnology, renewable energy and waste management.

Graduates frequently progress to specialist roles in process design and simulation, pilot-scale testing, product development or regulatory compliance. The qualification also provides a pathway to postgraduate study (Master’s or PhD) for careers in advanced research, academia or higher-level technical leadership. Professional accreditation supports chartered or registered engineer status with Engineers Australia and comparable international bodies.

Why study at University of Adelaide

The University of Adelaide offers a chemical engineering programme with strong ties to industry and research within South Australia and nationally. Students benefit from hands-on laboratories, pilot‑plant facilities and access to process simulation and modelling software. The School of Chemical Engineering works closely with industrial partners, providing opportunities for industry projects, internships and collaborative research.

The university emphasises professional development, ethical practice and employability skills alongside technical training. Graduates leave with both the theoretical background and practical experience sought by employers, and the degree’s accreditation supports professional recognition and mobility. Scholarships, mentoring and student societies further enhance the learning experience and industry networking opportunities.