Research Assistant - Multifunctional Polymers and Composites (110068-0125)

For informal queries, please email Han Zhang (Reader in Multifunctional Polymers and Composites) at han.zhang.10@warwick.ac.uk.

This exciting opportunity is part of the ESTEEM project, funded by EPSRC, which focuses on advancing energy-efficient composites manufacturing methods for the sustainable development of the field.

The project is at the forefront of research, aiming to develop a universal solution for energy-efficient and intrinsically safe manufacturing processes based on sustainable materials.

It integrates self-regulating heating and self-sensing capabilities for next-generation smart lightweight structural applications.

The role offers the unique chance to work on innovative technologies, including damage sensing/detection in polymers and composites, nano-engineered composites, self-healing materials, covalent adaptive networks, and advanced techniques like electrical impedance tomography in composites.

These areas represent cutting-edge challenges that are critical for the development of future lightweight, sustainable polymers and composites.

You will work in collaboration with world-leading institutions and key players in the UK composites industry.

This provides unparalleled exposure to a global network of expertise and industry-driven applications.

By joining this project, you will not only expand your expertise in a range of cutting-edge research areas but also benefit from interdisciplinary and international collaborations, positioning yourself at the forefront of sustainable composites research.

If you are passionate about making a tangible impact in materials science and manufacturing, this role is an exceptional opportunity to advance your career while contributing to global sustainability goals.

About You

We are looking for a highly motivated and independent researcher with a strong background in materials science, polymer or composites engineering, or a closely related discipline.

Experience in areas such as damage sensing and detection in polymers and composites, nano-engineered composites, self-healing materials, covalent adaptive networks, or advanced techniques like electrical impedance tomography is highly desirable.

You should have a proven ability to design and conduct experiments, analyse data effectively, and produce high-quality research outputs. Strong written and verbal communication skills are essential, along with the ability to explain complex ideas to both technical and non-technical audiences.

The successful candidate will also demonstrate a collaborative mindset, capable of working cooperatively in multidisciplinary teams, while possessing the self-motivation and initiative to manage their workload independently and meet project milestones.

We value creativity, adaptability, and a passion for making a meaningful impact through innovative research. If you are eager to contribute to a transformative project at the intersection of sustainability and advanced materials, this role offers an excellent opportunity to advance your career.

For further information regarding the skills required for this role please see the personal specification section of the job description.

Full details of the duties and selection criteria for this role can be found in the vacancy advert on the University of Warwick's jobs pages. You will be routed to this when you click on the Apply button.

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