Bachelor of Engineering (Chemical Engineering) (Honours)

The Bachelor of Engineering (Chemical Engineering) (Honours) at RMIT University runs over four years and integrates specialised chemical engineering studies with practical laboratory work and real-world problem solving. You'll cover everything from fluid and thermodynamics to process control, reaction engineering, and materials science, steadily building technical and analytical skills that suit industrial needs. Expect a mix of core engineering units, electives, group design projects, and laboratory classes, allowing you to tailor some of your studies to areas of personal interest.

This is an AQF Level 8 qualification, structured in semesters. Students must complete a set number of credit points by progressing through units of study. In your final year, you'll work on an honours research thesis or a significant design project, synthesising what you've learnt and sharpening your skills in communication, project management, and critical thinking. Throughout, there’s a strong focus on work-integrated learning, with placement opportunities common in sectors like energy, pharmaceuticals, food processing, or environmental consulting in Melbourne and across Australia.

The degree builds a solid mix of technical expertise and broader skills, from solving complex engineering problems to teamwork and professional communication. If you enjoy chemistry, maths, and physics, and like the idea of developing sustainable solutions for industries, this course is a good fit. Graduates are well-placed to pursue accreditation as professional engineers in Australia, be sure to confirm the most current professional recognition details on RMIT’s official course page.

International students can take advantage of work rights up to 48 hours per fortnight during session and may be eligible for the Temporary Graduate visa (subclass 485) on course completion, which can help kick-start an Australian engineering career. Always check the latest requirements directly with RMIT and the relevant authorities.

• Process Engineer in chemical, minerals, or oil & gas plants
• Environmental Engineer for water treatment or pollution control
• Production Engineer in food processing or pharmaceuticals
• Project Engineer in consulting firms or manufacturing
• Graduate Engineer in energy, mining, or materials industries