Major overview
Metallurgical engineers have a vital role in transforming raw metals and minerals into various materials, and ensuring these materials are produced efficiently, sustainably and to required performance standards. Examples include converting iron ore into steel, and recycling resources used in energy production, food systems, transportation and housing.
In this course, you will gain the knowledge and skills to design, develop, optimise and manage metallurgical processing plants.
After completing your studies, you'll have the expertise to convert low-value raw materials into high-value mineral and metal products through economically viable and environmentally responsible methods.
How to study this major
A major is a set of eight or more units you complete as part of a degree, including at least two in your final year. To study this major, you’ll need to apply for one of the degrees listed below.
Career outcomes
Careers
- Metallurgical engineer
- Metallurgist
- Hydrometallurgist
- Minerals engineer
- Process control specialist
- Process engineer
- Process mineralogy specialist
- Pyrometallurgy specialist
Industries
- Mining and minerals processing
- Engineering
- Housing
- Equipment design and sales
- Transportation
- Banking and finance
- Food production
Professional accreditation and recognition
Curtin's Bachelor of Engineering (Honours) is accredited by Engineers Australia and recognised internationally.
Graduates also are eligible for membership of the Australian Institute of Mining and Metallurgy (AusIMM).
Why study at Curtin?
Industry accreditation
Curtin's Bachelor of Engineering (Honours) is accredited by Engineers Australia and recognised internationally.
Immersive learning facilities
Curtin has a purpose-designed Engineering Pavilion and an exclusive First Year Studio.
Double degree expertise
You can expand your career options by studying a double degree with Commerce (Management, Accounting, Economics or Finance) or Innovation.
Hear from our students
"I’ve always had a passion for understanding chemical processes from a practical perspective. The most enjoyable part of my course was relocating to Kalgoorlie to undertake my third and fourth years at the WA School of Mines (WASM). I was able to immerse myself in the WASM culture and take on extracurricular roles, professional development and social events — all while being in the heart of the mining industry."
Sarah Montague
Bachelor of Engineering (Honours) (Metallurgical Engineering)
Major structure
What you’ll learn
In this course, you'll develop a strong foundation in chemical and physical engineering, and gain a deep understanding of how metals are extracted from ores. You'll also study relevant economic, environmental and sustainability principles, and how critical resources can be processed and recycled.
Following your Engineering Foundation Year, you may complete your second year at either Curtin Perth or Curtin Kalgoorlie. Your third and fourth years will be based at Curtin Kalgoorlie, where specialist laboratories, strong industry partnerships and hands-on learning opportunities will enhance your experience.
This course gives you the flexibility to study specialisations, to either deepen your knowledge in metallurgical engineering or broaden your expertise in other disciplines.
Detailed course structure and unit information
For detailed information and course structure, visit our Handbook.
How to apply
This major is part of a degree. To apply, choose the degree you want to study and review its entry requirements. Then, prepare any required documents and submit your application before the deadline for your chosen intake.
After you receive and accept your offer, you can enrol in this degree either at the start of your degree or later in your studies, depending on your course structure.
Choose your degree
To study this major, you'll need to apply one of the degrees listed below.Explore more
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