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Utilize your advanced engineering expertise to tackle industry-driven research initiatives and develop practical solutions for current and future chemical engineering challenges.
Choose from a range of industry-backed applied research projects that generate foundational research, fostering innovative products, processes, and insights. Research areas include rheology, advanced and functional materials, water treatment, energy systems, complex fluid dynamics, microfluidics, and surface science.
The School of Engineering boasts exceptional laboratory resources for rheology, materials analysis, polymer processing, and water quality research. Our facilities support both laboratory and pilot-scale studies, enhanced by an extensive array of general and specialized analytical instruments. You'll also gain access to RMIT's cutting-edge MicroNano Research Facility. RMIT's chemical engineering program is internationally recognized for its research excellence, supported by competitive grants, ARC funding, and industry partnerships.
We encourage participation in university, college, and school activities tailored to your interests and professional goals. This PhD program offers project-based, thesis by publication, or traditional thesis options – prospective students should discuss these formats with potential supervisors.
Graduates can pursue academic careers or secure leadership roles in government agencies, scientific institutions, and industrial research laboratories.