UK – PhD in Nanofibre Scaffolds at University of Leeds

Job Description

University: University of Leeds & King's College London

Country: United Kingdom

Deadline:

Fields: Bioengineering, Materials Science, Biomedical Engineering, Nanotechnology, Cell Biology

Are you passionate about pioneering sustainable solutions in tissue engineering and eager to contribute to transformative advances in biomedical research? If you aspire to develop innovative biomaterials that can impact wound healing, regenerative medicine, and next-generation therapies, this funded PhD opportunity could be the perfect next step in your academic journey.

About The University Or Research Institute

The PhD project is a collaborative initiative between the University of Leeds and King's College London—two of the United Kingdom's most prestigious research-intensive institutions. The University of Leeds, located in the vibrant city of Leeds in West Yorkshire, is renowned for its world-class research in science, engineering, and health. It offers a dynamic academic environment, state-of-the-art facilities, and a diverse international community. King's College London, situated in the heart of London, is globally recognized for its excellence in medical and biomedical research, fostering interdisciplinary collaboration and innovation.

The United Kingdom itself is a leading destination for higher education, celebrated for its rich academic heritage, multicultural society, and robust support for international students. Studying in the UK provides access to cutting-edge research, a vibrant scientific community, and numerous career opportunities in academia and industry.

Research Topic and Significance

This PhD project focuses on engineering sustainable nanofiber scaffolds from alternative proteins for advanced mucosal tissue generation. The research aims to address critical challenges in biomedical engineering by developing biocompatible, adhesive scaffolds that support the growth and differentiation of fibroblasts, ultimately forming a collagen-rich matrix. By co-culturing fibroblasts with mucin-producing epithelial cells, the project seeks to create a self-generating artificial mucosa that closely mimics the architecture and mechanical properties of natural mucosal tissue.

Also See

Greece – PhD Positions in Nanotechnology at University of the Aegean
United Kingdom – PhD in Brain-Machine Interfaces at University of Southampton
Norway – PhD Fellowships in Systems Neuroscience at University of Oslo
France – PhD in CO2 Dissolution at University of Rennes and Aix-Marseille University
Germany – Postdoc in Biofabrication at Leibniz University Hannover

The significance of this research lies in its potential to revolutionize tissue engineering, wound healing, and mucus replacement therapies. By leveraging alternative proteins and innovative fabrication techniques, the project advances the development of programmable biomaterials and scalable protocols for artificial tissue generation. The outcomes have broad implications for biomedical research, clinical applications, and the creation of next-generation therapeutic solutions.

Project Details

This Interdisciplinary Project, Offered Through The Engineering Biology For Biomaterials (EB4BM) Centre For Doctoral Training (CDT), Combines Expertise In Nanotechnology, Cell Biology, And Bioprocessing. The Research Will Utilize Electrospinning And Surface Modification To Create Nanofiber Scaffolds With Tailored Properties. Key Project Activities Include

– Engineering biocompatible nanofiber scaffolds from alternative proteins.

– Supporting fibroblast growth and differentiation to form collagen-rich matrices.

– Co-culturing with mucin-producing epithelial cells to develop artificial mucosa.

– Investigating nutrient transport, metabolic profiles, and cellular resilience under stress.

– Characterizing the mechanical properties and biodegradability of the cultured tissue.

– Developing scalable fabrication protocols and a prototype artificial mucosa for biomedical applications.

This project is a collaboration between the University of Leeds and King's College London, fostering a rich training environment and access to leading experts and resources in biomaterials and tissue engineering.

Candidate Profile

The ideal candidate for this PhD position is a highly motivated and collaborative individual with a strong academic background in one or more of the following fields: bioengineering, materials science, biomedical engineering, nanotechnology, or cell biology. Suitable applicants will demonstrate:

– A keen interest in interdisciplinary research at the interface of biology, materials science, and engineering.

– Experience or strong interest in biomaterials, tissue engineering, or nanofabrication techniques.

– Analytical and problem-solving skills, with the ability to design and conduct laboratory experiments.

– Motivation to contribute to innovative research with real-world biomedical applications.

– Excellent communication and teamwork abilities, suited for collaborative research across institutions.

Application Process

– The position is open to both UK and international students.

– Funding is provided through the EB4BM CDT, with an annual stipend of £21,805–£33,805.

– Application Deadline: Monday, 9 March 2026, 23:59 GMT.

– For more information and to apply, please visit the official project page:

Conclusion

This fully funded PhD position offers an outstanding opportunity to contribute to groundbreaking research in sustainable biomaterials and tissue engineering, supported by two world-leading UK universities. If you are driven to make a meaningful impact in biomedical science and aspire to advance your academic career in an inspiring, resource-rich environment, we encourage you to explore this opportunity and submit your application. For more funded PhD positions and career-enhancing opportunities, follow our updates below.

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