The Master of Engineering (Chemical) is a postgraduate degree that equips students with advanced knowledge and practical skills to design, optimise, and manage complex chemical and industrial processes. The course bridges the chemical and physical sciences with engineering, training graduates to convert raw materials into valuable products at industrial scale — spanning sectors such as oil and gas, mining and minerals processing, pharmaceuticals, food and beverage, biotechnology, water treatment, and renewable energy. Students typically specialise in areas such as process design, sustainability and environment, materials and minerals, or bioengineering, and graduate with the technical rigour required to tackle real-world challenges in large-scale production facilities and research environments.

This degree is designed for students who hold a relevant undergraduate engineering qualification and wish to deepen their technical expertise, pursue chartered professional status, or transition into more senior roles within industry. Many programs in Australia are structured over two years of full-time study, though some institutions offer an accelerated pathway for students with a closely cognate bachelor's degree. Programs are typically accredited by Engineers Australia at the Professional Engineer level under the Washington Accord, giving graduates internationally recognised credentials. Key employers of graduates include major resources companies, engineering consultancies, chemical manufacturers, government agencies, and pharmaceutical and food processing firms across Australia.

Australian universities offer the degree in both coursework and research modes. Coursework-focused programs combine foundational technical subjects with advanced disciplinary electives and a significant industry or research project, while research-mode programs involve a supervised thesis contributing original knowledge to the field. Regardless of mode, students develop capabilities in process equipment design, thermodynamics, reaction engineering, process control, safety, and sustainability — preparing them for leadership roles in one of Australia's most economically important engineering disciplines.

Most Australian universities require applicants to hold a completed four-year Bachelor of Engineering degree (or equivalent) in a relevant discipline such as chemical engineering, process engineering, pharmaceutical engineering, or chemical technology. A minimum academic performance is required — typically a GPA of at least 5.0 on a 7-point scale, or a weighted average mark (WAM) of at least 65% (equivalent to a Credit average) in the undergraduate degree. Some programs offer dual entry points, with students holding a cognate bachelor's degree able to begin the master's with greater flexibility and advanced standing, potentially shortening the duration. Applicants from non-cognate engineering backgrounds may be considered provided they can demonstrate completion of prerequisite subjects such as first-year mathematics (calculus and linear algebra) and first-year chemistry.

For international students or those who completed their studies in a language other than English, English language proficiency is mandatory. The standard minimum requirement across most Australian institutions is an overall IELTS score of 6.5 (with no band below 6.0), or a TOEFL iBT score of at least 79. Some institutions also accept PTE Academic and other equivalent qualifications. Applications are typically assessed on a competitive basis, and applicants are encouraged to submit supporting documentation such as academic transcripts, a statement of purpose or personal statement outlining career goals, and at least one academic reference or letter of recommendation. Work experience in a related field, while not always mandatory for coursework programs, is valued and may strengthen an application, particularly for research-focused programs requiring a research proposal and identification of a supervisor.