University of Newcastle
5 years
A five-year combined degree that merges chemical engineering with science, training students to solve global challenges through process design, sustainability, and advanced technologies. Ideal for students passionate about applying physics and chemistry to real-world industrial problems.
Domestic students must be Australian or New Zealand citizens, permanent residents of Australia, or holders of a permanent Australian visa. International students are welcome to apply. English proficiency requirements include IELTS overall minimum of 6.0 with section minimum of 6.0. Selection rank of 77.00 applies for Newcastle campus entry. Students should have strong foundational knowledge in mathematics, physics, and chemistry.
Core engineering courses include Process Engineering Principles, Thermodynamics of Chemical Processes, Energy Transfer and Technologies, Chemical and Renewables Engineering Laboratory, Resource and Energy Optimisation, Particle and Resources Engineering, Chemical Reactor Design, Chemical Process Safety, Mass Transfer Processes, Process Modelling and Separation Processes, and Dynamic Process Simulations and Control. Chemistry major courses cover Applied Analytical Chemistry, Physical Chemistry, Introductory Chemistry I and II. Additional core subjects include Introduction to Engineering Programming with Python, Professional Engineering, Engineering Fluid Mechanics, Sustainable Engineering Practice, Engineering Work Integrated Learning, Managing Engineering Projects, and Mathematics for Engineering, Science and Technology.
The University of Newcastle is ranked in the world top 250 for Chemical Engineering. The program is accredited by Engineers Australia, enabling graduates to join as graduate members upon completion. The university emphasizes practical, hands-on learning with embedded industrial experience of 12 weeks during the degree. With 94.9% employment rate within four months of graduation, the program demonstrates strong career outcomes and industry recognition.
Graduates pursue diverse roles across biotechnology, nuclear energy, chemical safety management, water treatment design, mineral processing, and bio-engineering sectors. The combined degree opens doors to flexible and diverse career opportunities in industries requiring chemical engineering expertise. Professional outcomes include positions as Biotechnology Engineers, Nuclear Engineers, Chemical Safety Managers, Water Treatment Designers, Mineral Processing Engineers, and Bio-engineers.
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