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Pursuing a postgraduate research degree demands commitment and enthusiasm for your chosen field, but the effort pays off. Doctoral studies present both challenges and profound fulfillment. As a research student, you'll undertake an in-depth investigation in a specific discipline with guidance from a principal supervisor and additional co-supervisors. Our dynamic research community is deeply engaged in exploring the physical and chemical interactions at functional interfaces. Surface properties and their environmental interactions frequently determine engineering system performance. We understand how nanoscale phenomena can influence outcomes across macroscopic dimensions.
Enhancing surface coatings to reduce friction boosts component reliability and delivers widespread societal advantages. Our Surface Engineering research drives progress across diverse fields including automotive, aerospace, biomedical, and agricultural sectors. The core of our Physical Vapour Deposition (PVD) and Plasma Enhanced Chemical Vapour Deposition (PVED) initiatives features a cutting-edge, multifunctional platform. This equipment serves as both an innovation catalyst for hybrid functional surface science and a testing ground for industrial solutions to surface-related challenges. Our specialists excel at developing, choosing, and applying optimal surface engineering approaches for addressing wear, corrosion, contamination, optical, or aesthetic requirements.