University of Szeged

What you'll study

The PhD programme emphasises interdisciplinary research integrating molecular biology, physiology, pharmacology, neuroscience, clinical science and public health. Candidates design and carry out an original research project under the guidance of a supervisory team drawn from the Faculty of Medicine and affiliated research institutes.

• Coursework and transferable skills: research methodology, biostatistics, experimental design, scientific writing, ethics in biomedical research, and presentation skills.
• Core research areas: molecular and cellular biology, genetics and genomics, immunology, cancer biology, neuroscience, cardiovascular research, metabolic disease, pharmacology and drug development, epidemiology and health services research.
• Laboratory and clinical training: practical laboratory work, access to clinical trial units and patient cohorts where appropriate, use of core facilities such as microscopy, sequencing, proteomics and biobanking.
• Seminars and journal clubs: regular doctoral seminars, international guest lectures and interdisciplinary journal clubs to support critical appraisal and networking.
• Progression and assessment: formal progress reports, a public thesis defence before an examination committee, and required publications or conference presentations as determined by the doctoral school and supervisory panel.

Entry requirements

Applicants must normally hold a relevant master’s degree (or recognised equivalent) in medicine, biomedical sciences, life sciences or a closely related field. Admission is based on academic record, the quality and feasibility of the proposed research project, and the availability of a suitable supervisor.

• Application documents typically include: a CV, certified copies of degree certificates and transcripts, a research proposal or description of intended doctoral work, and contact details for academic referees.
• Supervisor agreement: candidates are generally expected to identify and secure the willingness of a prospective supervisor within the University of Szeged’s doctoral school before final admission.
• Language requirements: proficiency in English or Hungarian as appropriate for the supervisory team and research environment; evidence may be requested if previous education was not in the language of supervision.
• Additional considerations: prior research experience, laboratory skills, publications or conference presentations strengthen an application. Some projects may require background checks or clinical permissions for work with patient data or samples.

Career prospects

Graduates from the doctoral school move into a wide range of careers that leverage advanced research training in medical sciences.

• Academic research and teaching: postdoctoral positions and faculty roles in universities and research institutes.
• Clinical and translational research: roles in clinical trial units, hospital research services and translational medicine programmes.
• Pharmaceutical and biotechnology industry: research scientist, development scientist, regulatory affairs, medical affairs and scientific liaison positions.
• Public health and policy: roles in health agencies, non-governmental organisations and policy-making bodies that require expertise in epidemiology and health research.
• Science communication and management: opportunities in research management, grant administration, scientific publishing and communication.

Why study at University of Szeged

The University of Szeged is recognised for its strong biomedical research environment and close links between basic science departments and clinical centres. The doctoral school benefits from well-equipped core facilities, interdepartmental collaboration and partnerships with national research institutes and international networks.

• Interdisciplinary environment: easy access to complementary expertise across molecular biology, clinical medicine and public health within a compact campus structure.
• Research infrastructure: modern laboratories, advanced imaging and sequencing platforms, biobanks and clinical research units that support a wide range of doctoral projects.
• Clinical partnerships: integrated links with Szeged University Teaching Hospital provide opportunities for translational and patient-oriented research.
• Support for doctoral researchers: structured supervision, curricular training in research skills, and opportunities to attend international conferences and collaborative projects.
• International outlook: English-language supervision is available in many research groups and the university participates in European research collaborations, facilitating international mobility and networking.