Catalytic nanocages for in situ drug delivery
Catalytic nanocages for in situ drug delivery
About the Project Therapeutic nanoreactors are innovative nanocompartments that confine one or more biocatalysts (e.g., enzymes) for the in-situ production of therapeutic agents, enabling targeted drug delivery with minimal off-site … Read More Read More
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AI-enhanced high-fidelity cardiovascular modelling
AI-enhanced high-fidelity cardiovascular modelling
About the Project Are you interested in exploring cardiovascular biomechanics and machine learning in biomedical applications? Be part of a research that merges AI-based medical image processing and multiphysics cardiovascular … Read More Read More
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Lymphatic Function in Inflammation
Lymphatic Function in Inflammation
About the Project We are seeking a highly motivated student with a strong academic record (high GPA) and preferably a background in physiology, biomedical science, immunology, or related fields. Knowledge … Read More Read More
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Understanding the Sensorimotor Neuroscience of Cycling
Understanding the Sensorimotor Neuroscience of Cycling
About the Project Despite the long history of bicycle use, we still lack a clear understanding of how we balance and manoeuvre them. Balancing on a bicycle differs from balancing … Read More Read More
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Graduate Teaching Assistant (GTA) PhD scholarships in the School of Sport and Physical Activity, Sheffield Hallam University
Graduate Teaching Assistant (GTA) PhD scholarships in the School of Sport and Physical Activity, Sheffield Hallam University
About the Project Applications are invited for Graduate Teaching Assistant (GTA) PhD scholarships in the School of Sport and Physical Activity, Sheffield Hallam University, commencing 1 October 2025. The scholarship … Read More Read More
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Modelling the biomechanical networks of the lung in heath and disease
Modelling the biomechanical networks of the lung in heath and disease
About the Project We are looking for an exceptional student to take on an exciting interdisciplinary project at the interface of biomechanical modelling and respiratory medicine. The successful applicant will … Read More Read More
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Bioinspired Surfaces to improve the Hydrodynamic Drag Performance of Ships
Bioinspired Surfaces to improve the Hydrodynamic Drag Performance of Ships
About the Project This fully funded PhD project focuses on developing bioinspired low-friction surfaces for the underwater sections of ship hulls by employing both numerical and experimental techniques. Additionally, it … Read More Read More
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