PhD in Bio Polymer Based Multi Functional Disposable Face Mask With Biodegradability

University of Portsmouth, established in 1869 and located in the historic coastal city of Portsmouth, offers a vibrant student experience with around 28,000 students, including approximately 5,000 international learners. The university combines strong teaching and research with practical industry links and a waterfront location that enriches campus life. Its long history of technical and professional education makes it a familiar choice for students seeking applied learning in a city with excellent transport links.

Portsmouth provides a range of programs organized across ten broad subject areas, encompassing engineering, business, health professions, creative arts and sciences. Students benefit from industry placements, modern laboratories and career-focused modules that enhance employability. The university also supports research-led teaching and partnerships with local employers, giving international students opportunities to gain real-world experience alongside academic study.

Comprehensive support services help international students with visas, accommodation, language preparation and wellbeing, while student societies and campus activities foster social integration. With practical training options, placement support and access to regional industries and cultural sites, Portsmouth is well suited to students who value both academic quality and hands-on experience. Prospective applicants should investigate program specifics, placement opportunities and scholarship options before applying.

This PhD project will investigate bio-polymers for antiviral masks, with supervisors like Professor Hom Dhakal. It involves fluid mechanics analysis and 3D printing for porous structures, aiming to improve the environmental performance of face masks. The goal is to create biodegradable, recyclable disposable face masks with antiviral properties, enhancing the comfort and sealing of the mask. The Advanced Polymers and Composites (APC) research group, known for sustainable materials, will host the candidate, who will work on bio-polymers, fluid dynamics, and engineering design. This project aligns with ongoing research to tackle the environmental impact of face masks used during the COVID-19 pandemic and beyond, focusing on renewable materials to reduce energy consumption and greenhouse gas emissions compared to synthetic alternatives.