Assistant Professor; Advanced Elastomers

Contact

For informal queries, please contact Chaoying Wan (Professor) at .

This role sits within the Functional Polymer Nanocomposites group, focused on high‑quality, internationally competitive research in high performance elastomers, nanocomposites, reactive manufacturing and advanced characterisation technologies. Working closely with the research teams, the postholder will undertake cutting‑edge polymer research, contributing to the development of sustainable elastomer manufacturing technologies.

• Conduct research on advanced polymer and nanocomposites, focusing on polymer chemistry and reactive processing.
• Manage and contribute to research programmes, supporting the development of early‑career researchers.
• Publish high‑quality research outputs.
• Contribute to the Department’s research strategy, including reporting on research progress and supporting ‑related activities.
• Liaise with industry partners to understand industrial challenges and priorities and support the development of externally funded research through grants and contracts.

You will hold a PhD in polymer chemistry, or polymer science and engineering, with a strong grounding in polymer synthesis, processing and characterisation. You will bring expertise in elastomers, or nanocomposites, with knowledge of rubber and elastomer technologies being an advantage.

You will demonstrate a strong research profile and have the ability to plan, deliver and communicate research effectively. You will be able to work both independently and collaboratively within a multidisciplinary research environment, contributing positively to team‑based projects and departmental objectives.

Experience of supervising students, or the potential to do so, is required. Postdoctoral or relevant industrial experience and the ability to contribute to externally funded research are desirable.

You will be committed to inclusive practice, health and safety, and active participation in departmental life, and motivated to contribute to Warwick’s mission of research excellence and impact.