PhD in Understanding polymer-protein interaction for nanoparticle drug delivery

Loughborough University in England is internationally recognized for excellence in engineering, sports science, business and research-led teaching. Located in Loughborough, the campus offers a vibrant student experience, strong industry links and high graduate employability. Prospective international students searching for study in the UK, Loughborough University courses and sports science programs will find a broad portfolio of undergraduate and postgraduate degrees supported by world-class facilities and active student communities.

The university emphasizes practical learning, research impact and professional development, with extensive laboratory resources, design studios and sports facilities that support hands-on education and applied research. Loughborough maintains partnerships with industry and professional bodies, creating internship and career opportunities across engineering, business, media and sport. SEO keywords such as UK university for international students, engineering university UK and campus accommodation Loughborough help international applicants discover relevant programs and student services.

Student life at Loughborough is shaped by clubs, societies, high-quality accommodation and comprehensive support for international students, from visa guidance to orientation programs. Scholarships and funding options are available for qualified candidates, while career services help students transition to employment or further study. Whether you are pursuing STEM, business or elite sports training, Loughborough offers a supportive campus environment focused on innovation, employability and global engagement.

The PhD at Loughborough University explores how polymer nanoparticle characteristics influence protein interactions, a cornerstone of effective nanomedicine. Over three years, you will design and synthesize a library of polymer nanoparticles varying in chemistry, size, and shape, then apply cutting‑edge mass spectrometry to map their binding profiles with serum proteins. By establishing clear structure‑activity relationships, your work will guide the rational design of nanocarriers capable of delivering drugs to challenging targets such as intracellular bacterial infections.

This interdisciplinary project bridges polymer chemistry, materials science, biochemistry, and cell biology. Supervision from Dr Amanda Pearce and Dr Jim Reynolds ensures comprehensive training across synthetic, analytical, and biological laboratories. You will gain hands‑on experience with advanced analytical techniques, cell‑culture assays, and data‑driven modeling, preparing you for a career at the forefront of biomedical research or industry innovation.

Loughborough’s strong applied‑research culture and excellent REF 2021 performance provide a supportive, collaborative environment. The Doctoral College offers regular workshops, networking events, and skill‑development sessions, helping you build a professional network and transferable competencies. With tuition of £31,213.66 per year and no application fee, this fully funded, on‑campus program equips you to become a leader in nanoparticle drug delivery research.