Research Focus
The design and application of biomaterials and medical devices, particularly tissue regeneration, infection control and the delivery of therapeutic factors.
Programme Structure and Funding
This is a full-time PhD programme with a duration of 3 years (36 months). Only 1 place is available.
Entry Requirements
Biomedical engineering, biomaterials, chemical engineering, biochemical engineering, materials science, pharmacy, chemistry, biology, medical engineering, tissue engineering
- Academic background: A 2:1 Honours degree in a relevant discipline (such as chemical/biochemical engineering or any science discipline); or a lower-class honours degree in a relevant discipline together with a master’s degree or sufficient evidence of relevant industrial experience.
- Grade requirement: GPA of no less than 3.5.
- Language requirements: TOEFL: 80 (speaking ≥21, all other sub-scores ≥19); or IELTS: 6.0 (no individual component below 5.5)
- References: 2 academic references.
Application Materials
- Degree certificates and transcripts;
- Personal statement;
- English language test report;
- 2 references;
- Research proposal;
- Writing sample.
Application Period
Applications are accepted throughout the year, and must be submitted three months in advance (for example, for September entry, apply before 1 June).
Timeline
From now until early April, applicants submit an English CV and related materials, and we will carry out a preliminary assessment. In April–May, those who pass the initial screening will be invited to interview with potential supervisors. Before June, after passing the interview, applicants must formally submit their application materials through the official website. From June to July, shortlisted candidates will be interviewed by the school’s admissions committee. In August, offers are issued. Note: the above is the application process for September entry.
- Tuition: for the 2025–26 academic year, approximately £28,320 per year (note: tuition fees rise slightly each year).
Tuition and Living Costs
Living costs
Approximately £15,454 per year (depending on individual circumstances).
Preferred qualities
Candidates who are interested in metal additive manufacturing (3D printing), biomedical devices or biomaterials, and who are innovative, have excellent communication skills, are hard-working and have a relentless passion for improving people’s lives, are favoured;
Career Prospects
Driven by global ageing, the rise in chronic diseases and the integration of digital technology, the healthcare technology industry is experiencing explosive growth. As a world top-100 university, the University of Birmingham’s PhD graduates in healthcare technology are highly competitive in the job market thanks to their top-level research capabilities and interdisciplinary backgrounds.
Graduate starting salaries are generally excellent; in the UK, senior specialists or managers can earn more than £80,000 a year. In terms of career choices, PhD graduates mainly move into the following areas:
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Medical device R&D and innovation: graduates can work as R&D scientists, chief engineers and in similar roles at multinational companies such as Medtronic and Siemens or at innovative start-ups, leading the design and development of next-generation diagnostic devices, smart implants, surgical robots and other products, and acting as a core driver of technological innovation.
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Digital health and artificial intelligence: demand in this field is strong. Graduates work on developing medical AI algorithms, remote patient monitoring platforms and big data analysis tools, in roles including AI scientist and bioinformatician, advancing the development of personalised medicine and precision diagnosis and treatment.
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Pharmaceutical technology and translational medicine: at pharmaceutical giants such as AstraZeneca and GSK, PhD graduates work on the R&D of drug delivery systems and companion diagnostics, or take responsibility for medical technology assessment in new drug clinical trials, acting as a key bridge between basic research and clinical application.
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Clinical science and regulatory affairs: many graduates choose to enter hospitals or national health systems (such as the NHS) as clinical scientists, responsible for the technical management and optimisation of high-end medical equipment.
