Curtin University

What you'll study

The programme combines core engineering science with applied industrial engineering techniques. Core topics typically include operations research and optimisation, production and operations management, industrial systems design, simulation modelling, quality and reliability engineering, human factors and ergonomics, and supply chain and logistics management. You will also study contemporary areas such as data analytics for engineering decision-making, automation and smart manufacturing technologies.

Programme structure usually offers a mix of taught coursework and a culminating project or dissertation. Taught units cover modelling and analysis methods, manufacturing and operations strategy, project management and risk assessment. The capstone stage is either a substantial industry-focused project or a research thesis that applies engineering methods to a real-world problem.

• Core modules: optimisation and algorithms, production systems, simulation and modelling, quality and reliability engineering.
• Electives: supply chain analytics, lean and six sigma methodologies, human factors, automation and control, advanced materials handling.
• Capstone: industry project or research thesis demonstrating applied industrial engineering practice.

Learning and assessment

Learning methods include lectures, laboratory and workshop sessions, industry case studies, group design projects and hands-on modelling work using contemporary software tools. Assessment typically involves examinations, individual and group assignments, project reports and an oral presentation or viva for the research component.

Entry requirements

Applicants are generally expected to hold a recognised bachelor's degree in engineering or a closely related technical discipline. Candidates with substantial relevant professional experience in industry, manufacturing or logistics may be considered, especially where their undergraduate background differs from industrial engineering.

• Academic requirements: an undergraduate degree in engineering, applied science or a related field; honours or graduate-level coursework may be advantageous.
• Prerequisites: prior study in mathematics (calculus, linear algebra), engineering fundamentals and basic statistics is expected; bridging units may be required where gaps exist.
• English language: international applicants must demonstrate proficiency in English through an approved test or prior study in English, in line with university policy.

Applications are assessed on academic record, relevance of prior study or work experience, and the quality of supporting documents such as a statement of purpose and references.

Career prospects

Graduates of the programme go on to roles that design, optimise and manage industrial and service systems across manufacturing, resources, transport, healthcare and consulting sectors. Typical job titles include industrial engineer, process engineer, operations or production manager, supply chain analyst, quality engineer, systems analyst and project manager. The programme also provides a pathway to research and doctoral study for those interested in advanced research careers.

Skills developed—such as systems modelling, optimisation, process design, data-driven decision-making and project execution—are in demand across sectors undergoing digital transformation and productivity improvement initiatives.

Why study at Curtin University

Curtin offers a practical, industry-connected engineering education with access to specialised laboratories, workshops and software tools used in contemporary industry. The university has strong links with local and international industry partners, enabling applied projects, industry placements and project supervision aligned to real operational challenges.

Curtin’s engineering programs emphasise employer-relevant skills, multidisciplinary teamwork and applied research. Students benefit from a diverse student community and the university’s focus on innovation and engagement with sectors such as manufacturing, resources, logistics and advanced manufacturing technologies.