Bachelor of Engineering (Chemical Engineering) (Honours), Bachelor of Science (Extractive Metallurgy) (CRICOS course code 043753C) is a Bachelor Degree delivered by Curtin University over 5 years. This dual qualification combines chemical engineering and extractive metallurgy, preparing graduates for careers in resource processing, energy, and materials industries. The course includes a mandatory 12-week work-integrated learning component, giving students hands-on industry experience. Delivered in Perth, Western Australia, this program is registered on CRICOS, ensuring it meets Australian quality standards for international students. As a CRICOS-registered course, it qualifies for the Student Visa (Subclass 500), allowing students to work part-time during study. HeadStart Academy provides this information as a free resource, with data sourced from the official CRICOS register (April 2026). Note: all fees are indicative and subject to change—always confirm directly with Curtin University.
| Metric | Value |
|---|
This course falls under the field of Chemical Engineering (030301), part of Process and Resources Engineering. At AQF Level 7 (Bachelor Degree), students develop a deep understanding of chemical processes, thermodynamics, fluid mechanics, and material science, with a focus on extracting and processing minerals. The dual degree structure allows integration of engineering fundamentals with specialised metallurgy topics, such as mineral processing, hydrometallurgy, and pyrometallurgy. Graduates are equipped to design, optimise, and manage industrial processes in sectors like mining, oil and gas, and renewable energy. The curriculum typically includes laboratory work, design projects, and a final year research or capstone project.
The course is 5 years (260 weeks) full-time as per the CRICOS register. Instruction is in English. This is a dual qualification, meaning you earn two separate degrees simultaneously: Bachelor of Engineering (Chemical Engineering) (Honours) and Bachelor of Science (Extractive Metallurgy). This structure allows you to gain specialised knowledge in both fields, enhancing career prospects in resource engineering. There is no distance or part-time option listed for international students; full-time on-campus attendance at the Bentley campus is expected.
The indicative total tuition fee for this course is A$187,537, with non-tuition fees estimated at A$1,000, totalling approximately A$188,537. These figures are sourced from the CRICOS register as at April 2026. Fees are set by Curtin University and are subject to change. Additional costs include Overseas Student Health Cover (OSHC), living expenses (e.g., rent in Perth averages A$200–A$350 per week for shared accommodation, groceries A$80–A$150 per week, and transport A$40–A$60 per week), and the Student Visa Application Charge (currently A$1,600). Always check the latest fees on the Curtin University website (www.curtin.edu.au) before applying.
Applicants typically need an overall IELTS score of 6.0–6.5 with no band below 5.5–6.0, or equivalent. Academic entry requires completion of Australian Year 12 or equivalent, with prerequisites in mathematics, chemistry, and physics. Specific subject scores may apply. Curtin may offer pathway programs like Foundation Studies or Diplomas for students who do not meet direct entry requirements. Refer to the provider's website for detailed criteria.
The course includes a mandatory work component of 12 weeks at 37.5 hours per week (approximately 450 total hours). This work-integrated learning (WIL) typically involves an industry placement or internship, allowing students to apply theoretical knowledge in real-world settings. Placements may be in chemical processing plants, mining operations, or research laboratories. WIL is a key feature of Australian engineering degrees, enhancing employability and professional accreditation pathways.
This course is delivered at Curtin University's Bentley campus in Perth, Western Australia. Perth is a vibrant city with a strong mining and resources sector, offering excellent internship and job prospects for chemical and metallurgical engineers. The Bentley campus is well-served by public transport, including the Curtin University bus station and the nearby Murdoch train station. Perth has over 100 CRICOS-registered providers, and living costs are generally lower than Sydney or Melbourne.
International students require a Student Visa (Subclass 500) to study this course. You must meet the Genuine Temporary Entrant (GTE) requirement, provide evidence of financial capacity, and maintain Overseas Student Health Cover (OSHC). Student visa holders can work up to 48 hours per fortnight during term and unlimited hours during scheduled breaks, subject to visa conditions. The ESOS Act protects your rights, including tuition assurance. Always consult the Department of Home Affairs or a registered migration agent (MARA) for personalised advice.
Perth is a hub for Australia's resources industry, with strong demand for chemical and metallurgical engineers. The city offers a high standard of living, affordable tuition relative to eastern capitals, and a multicultural student community. Curtin University's Bentley campus is minutes from the city centre and has modern labs and research facilities. With over 1,500 CRICOS-registered providers across Australia, Perth stands out for its industry connections and practical learning opportunities.
Follow these steps to apply for Bachelor of Engineering (Chemical Engineering) (Honours), Bachelor of Science (Extractive Metallurgy) at Curtin University: 1. Research CRICOS-registered providers: Use HeadStart Academy to compare courses and check that your chosen provider is registered on CRICOS. You can filter by course level, field, and city. 2. Apply directly to your chosen institution: Visit Curtin University's international admissions page, check entry requirements (including English tests like IELTS), gather your documents (transcripts, passport, etc.), and submit your application before the deadline. Some programs may have additional requirements. 3. Receive your Confirmation of Enrolment (CoE) and apply for your Student visa: If accepted, Curtin will issue a CoE. Use this to lodge your Student visa (Subclass 500) application with the Department of Home Affairs. Ensure you have OSHC and sufficient funds.
Explore other engineering courses in Western Australia or check your eligibility for this dual degree directly with Curtin University.
Bachelor of Engineering (Chemical Engineering) (Honours), Bachelor of Science (Extractive Metallurgy) is a CRICOS-registered programme at Curtin University. Use this register extract [CRICOS register, Apr 2026] to cross-check codes, duration and indicative fees before you apply.
This page is general information only and not migration advice. Confirm Student visa (Subclass 500) requirements with the Department of Home Affairs.