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We have 251 Biomedical Engineering PhD Projects, Programmes & Scholarships

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Biomedical Engineering PhD Projects, Programmes & Scholarships

We have 251 Biomedical Engineering PhD Projects, Programmes & Scholarships

PhD candidates in Biomedical Engineering research how Engineering principles and technology can be applied to the improvement of healthcare. They develop innovative methods of preventing, diagnosing, and treating medical conditions.

What’s it like to study a PhD in Biomedical Engineering?

Working under the guidance of an expert supervisor, you’ll work towards an extended thesis that will make an original contribution to the field of Biomedical Engineering. You may work as part of an interdisciplinary team with academics in various fields such as Engineering, Mathematics and Medicine. Many PhD projects in Biomedical Engineering also involve collaboration with local hospitals and other healthcare facilities.

Possible research areas include:

  • Biomedical data science
  • Medical imaging
  • Biomaterials and regenerative engineering
  • Molecular and cellular engineering
  • Medical devices
  • Neural engineering

You may also be required to complete departmental training to consolidate your core research skills. There will likely be opportunities to connect with the wider academic community through attending conferences, publishing and undergraduate teaching.

Entry requirements for a PhD in Biomedical Engineering

The minimum entry requirement for a PhD in Biomedical Engineering is usually a 2:1 in Biomedical Engineering or related subject, though a Masters may sometimes be required (and is often an advantage, even when it is not a requirement!).

PhD in Biomedical Engineering funding options

Most UK PhDs in Biomedical Engineering have funding attached, meaning you’ll automatically be awarded tuition fee coverage, a living cost stipend, and a research grant if you’re accepted onto a project. Depending on the particular research topic, PhDs may be funded by the Biotechnology and Biological Sciences Research Council (BBSRC), the Engineering and Physical Sciences Research Council (EPSRC) or the Medical Research Council (MRC).

Some students will need to self-fund their PhD in Biomedical Engineering, though this is less common. Self-funding may be possible through combining the UK government loan with other sources such as charity or trust funding or support from your university.

PhD in Biomedical Engineering funding options

Biomedical Engineering is a fast-growing sector with plenty of career opportunities. You may wish to continue your research career or apply your skills in a clinical or industrial setting. Your analytical and problem-solving skills will also be invaluable in other sectors such as finance and management consultancy.

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Nanoengineering in Pharmaceutical Formulation

Project start date. 01 October 2024. Project duration. 3.5 years. Studentship funding. Home tuition fees (currently £6,035/year) and maintenance stipend (currently £20,622/year). Read more

PhD Engineering Scholarship: Advanced Human Interfacing Technology and Machine Learning Methods for Real-Life Assistive Robotic Exoskeleton

The progress on advanced signal processing techniques and machine learning algorithms allows us to non-invasively interface with our central nervous system using sensors such as high-density surface electromyographic recordings (HDsEMG). Read more

Understanding how formulation parameters influence the performance of novel capsule formulations

Two-piece capsules are used in dry powder inhalers (DPIs) as a single-dose container for powdered pharmaceutical formulations. These formulations contain active pharmaceutical ingredients to treat pulmonary conditions, such as asthma and chronic obstructive pulmonary disease. Read more

Exploring Innovative Approaches in Chronic Pain: Focus on Neuropathic pain and Spinal Cord Stimulation

Pain can be a debilitating long-term and persistent symptom in many medical conditions, adversely affecting quality of life. Neuropathic pain originates from nervous system damage, resulting in deficits in neural transmission leading to sensory, autonomic, and motor impairment. Read more

Microneedle biosensors for rapid and painless disease diagnosis

This project aims to develop rapid disease diagnostics based on transdermal microneedle biosensors. Disease diagnosis often relies on invasive tissue sampling techniques, such as blood sampling or skin biopsies, in order to extract biomarkers for analysis. Read more
Last chance to apply

Towards developing novel actuation method of soft robotic devices towards medical applications

  Research Group: Healthcare Engineering
Beating-heart procedures represent a less invasive alternative to standard open-heart surgery with fewer perioperative complications, and shorter recovery time. Read more

Model-based Approach for Prognostics Health Management (PHM) for Fusion Reactors

  Research Group: Plasma and fusion science and technologies
The University of York is at the forefront of transformative research in data-centric engineering, digital twins, and AI, bringing about a revolution in the design and operation of systems. Read more

Explainable AI for Safety Critical Engineering Systems

  Research Group: Intelligent Systems and Robotics
The University of York is at the forefront of transformative research in data-centric engineering, digital twins, and AI. Our pioneering work is revolutionizing the design of complex systems by harnessing the power of data. Read more

Controlling plasma chemistry of cold atmospheric-pressure air plasmas

  Research Group: Plasma and fusion science and technologies
Plasma technologies already form a key part of many of today’s multi-billion pound industries such as the nanoscale fabrication of microprocessors, production of solar cells and the deposition of advanced functional coatings. Read more

Computational neuroscience: Statistical signal processing for multivariate neuronal data, Neural computing with Spiking neural networks.

  Research Group: Healthcare Engineering
How does the human brain work? As you read this text, the pixels on your screen are converted into a series of spike trains passing along the neural pathways in your brain, allowing you to understand the content. Read more

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