University of Newcastle, Australia
5 years full-time, up to 12 years part-time
This combined five-year degree merges chemical engineering with advanced mathematics, training engineers to tackle global challenges in sustainability, biotechnology, and industrial processes. Ideal for students seeking diverse career opportunities across biotechnology, nuclear energy, water treatment, and data analysis sectors.
Applicants must have completed a senior secondary school qualification equivalent to the Higher School Certificate (HSC). International students must demonstrate English proficiency with a minimum IELTS overall score of 6.0 and section minimum of 6.0. Domestic students require a selection rank of 77.00. Prior knowledge in mathematics and physics is essential for success in this engineering program.
Core engineering courses cover process engineering principles, thermodynamics, energy transfer technologies, chemical reactor design, mass transfer processes, process safety, and dynamic process simulations. Mathematics and statistics modules include advanced physics, calculus, complex analysis, linear algebra, mathematical modelling, quantum mechanics, and predictive analytics. Students also complete chemistry fundamentals, engineering programming with Python, sustainable engineering practice, and professional engineering management. The program includes a mandatory 12-week work-integrated learning placement and capstone design projects.
The University of Newcastle is ranked in the world's top 250 for chemical engineering and is accredited by Engineers Australia. The university embeds practical, hands-on learning across all engineering degrees, with mandatory industry placements ensuring students gain real-world experience. With 94.9% employment within four months of graduation, the university demonstrates strong career outcomes and maintains partnerships with leading industries across biotechnology, energy, and environmental sectors.
Graduates pursue diverse careers across biotechnology, nuclear energy, water treatment, chemical manufacturing, and data analytics sectors. The combined degree opens doors to roles as biotechnology engineers, nuclear engineers, chemical safety managers, water treatment designers, and data mining analysts. With strong industry connections and mandatory work placements, graduates are well-positioned for leadership roles in engineering and research, with opportunities in both traditional and emerging fields like nanotechnology and renewable energy.
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