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About the course
This course develops chemical engineering expertise to design and implement industrial-scale processes that convert raw and waste materials into valuable products. You can tailor your study through specialisations in Business, Materials and Minerals, or Sustainability and Environment, or choose a general pathway. The curriculum is industry-aligned, with opportunities such as internships, industry projects and innovation challenges guided by industry mentors.
What you might learn
Students build advanced capability in chemical engineering principles and their application to real-world process design and implementation. The course aims to develop problem-solving skills for major challenges in areas such as energy, water, biofuels and advanced materials. It also strengthens professional readiness through practical industry experiences and exposure to research-informed teaching from experts in areas like nanotechnology and carbon capture.
Career outcome
Graduates can pursue chemical engineering roles across sectors including energy, water, minerals and materials processing, manufacturing, and environmental and sustainability-focused industries. Career paths may include process engineer, production/plant engineer, materials or minerals processing engineer, and roles in carbon capture, bioengineering or product/process development. Dual accreditation and an internationally recognised qualification can support career mobility and employment opportunities globally.
Entry requirements
If you have a relevant undergraduate major, you'll be able to complete the masters degree in 2 years. IELTS 6.5 with no band less than 6.0.
Living Costs in Melbourne**
Restaurant (Meal, Inexpensive Restaurant) A$ 15 - 20 |
Rent per Month (1 bedroom in City Centre) A$ 1,583 - 2,094 |
Rent per Month (1 bedroom Outside of Centre) A$ 1,207 - 1,596 |
Transportation (Daily) A$ 7 - 9 |
Utilities per Month (Electricity, Mobile & Internet) A$ 240 - 318 |
Average Salary***
