University Pathways Fast Track (STEM) (FT001STEM) (119545A) + Bachelor of Engineering - Chemical Engineering (Honours) (BH079P23) (110997A)

University Pathways Fast Track at RMIT UP is an accelerated pathway designed for high-achieving international students, preparing them for university in half the time of a Foundation Studies course. Delivered over one semester by RMIT UP (CRICOS provider number: 01912G), a fully owned entity of RMIT University, the program equips students with the knowledge, skills and confidence needed for future academic success.

Located in the heart of Melbourne, RMIT UP’s specialist staff support students throughout their journey, while providing opportunities to build global and social networks that contribute to success at RMIT and beyond.

To ensure students get the best start to their studies, RMIT offers careers counselling, as well as academic and welfare support services that can be accessed flexibly.

University Pathways Fast Track features focused, discipline-based streams, allowing students to align their studies with their interests and goals. Available streams include STEM (Science, Technology, Engineering and Mathematics), Art, Design and Architecture, Business, and Communication and Social Context.

Prospective students are encouraged to contact an RMIT international advisor for assistance with their application and to determine the most suitable study option.

Bachelor of Engineering - Chemical Engineering (Honours) (BH079P23) (110997A) The RMIT Bachelor of Engineering (Chemical Engineering) (Honours) equips students with the skills and knowledge to design sustainable processes and products that benefit society, industry, and the environment. The program integrates chemical sciences, physics, and biological sciences to support the design and improvement of industrial processes such as water purification, food production, and the development of products including cosmetics and pharmaceuticals.

Students learn how to improve the efficiency of processing industries while reducing environmental impact through lower energy use and waste production. They also develop the ability to transform raw materials such as minerals and oil into valuable products like composites, fuels, plastics, and paper.

The degree includes work-integrated learning opportunities, allowing students to apply their knowledge through design-and-build projects and participation in the Engineers Without Borders Challenge. Graduates receive an internationally recognised qualification accredited by Engineers Australia and the Institution of Chemical Engineers, supporting global career opportunities.