PhD Opportunity in Microplastic Pollution Reduction and Sustainable Product Design University of Plymouth in United Kingdom

The University of Plymouth Marine Institute is offering a fully funded PhD opportunity focused on reducing microplastic pollution through innovative product design. Microplastics from textiles and tyres are among the most widespread and harmful contaminants in the environment, generated through everyday use rather than end-of-life disposal. This project aims to develop and evaluate design criteria that enable safer, more sustainable products, addressing pollution at its source.

The research is closely aligned with global policy initiatives, including the upcoming UN treaty to end plastic pollution and new regional regulations such as Euro-7. The successful candidate will contribute to frameworks and criteria supporting industry and regulatory compliance with emerging requirements, influencing design, regulation, and sustainability at an international level.

Supervision is provided by a team of leading academics: Professor Richard Thompson (University of Plymouth), Professor Kristian Syberg (Roskilde University), Professor Morten Birkved (Syddansk Universitet - University of Southern Denmark), and Professor Kate Goldsworthy (University of the Arts London). The project is ideal for candidates passionate about environmental science, materials science, sustainable design, and science-to-policy translation.

Applicants should have a strong academic background in a relevant field and demonstrate interest or experience in sustainability, product design, or pollution prevention. The studentship covers tuition fees and provides a stipend, with details available on the University of Plymouth website. The application deadline is December 28, 2025.

For more information and to apply, visit the University of Plymouth website or contact the supervisors directly. This is a unique opportunity to address one of the planet’s most urgent environmental challenges and contribute to meaningful change in product design and pollution prevention.