Faculty of Medicine OWL

State Examination (Staatsexamen) / Medical Degree

The Model Medical Degree (Modellstudiengang Medizin) is currently the faculty's core offering — a single, integrated programme leading to the German State Medical Examination (Staatsexamen), which qualifies graduates to practise medicine and enter specialist residency training in any medical field. The curriculum is organ- and theme-centred rather than subject-siloed: teachers from different disciplines co-design cross-faculty modules, enabling students to see clinical connections from the very beginning.

In semesters 3 to 5, students rotate through three compulsory Bielefeld thematic tracks — Diversity and Gender Sensitivity, Technology and Future Orientation, and Interdisciplinarity and Interprofessionality — deepening one track per semester. In semester 6, students choose an elective seminar from the full spectrum of six Bielefeld thematic priorities. This interest-driven profiling means two students in the same cohort can graduate with meaningfully different specialisation profiles while holding the same state qualification.

The faculty places a deliberate emphasis on general practice and ambulatory care — areas chronically underweighted in traditional German medical schools — alongside preparing graduates equally for hospital-based specialist pathways. Practical training takes place across three complementary clinical sites of the Universitätsklinikum OWL (UK OWL), as well as a growing network of affiliated teaching practices (Lehrpraxen) and research practices (Forschungspraxen).

PhD / Doctoral Studies

Doctorates in medicine (Dr. med.) are pursued within the faculty's research groups, particularly in the focus areas of "Brain – Impairment – Participation" and "Intelligent Systems – Assistance – Interprofessional Networking". The faculty's research infrastructure — including the MECS-Net (Medical & Clinician Scientists Network) and the dedicated Epilepsy Research Programme — provides structured pathways for clinician-scientists who want to combine research training with their medical careers.

• Reform curriculum from day one: The Bielefeld model degree was designed without the legacy constraints of older German medical schools — organ-centred, interprofessional, and structured around six thematic tracks that students can tailor to their interests.
• Three clinical training sites: The Universitätsklinikum OWL operates across multiple complementary hospital campuses, giving students exposure to a breadth of cases that single-hospital faculties cannot match.
• Future-facing thematic focus: Mandatory tracks in Technology and Future Orientation — covering intelligent diagnostic systems, digital health, and AI-assisted clinical decision-making — reflect what modern healthcare systems actually need, not just what legacy curricula have always taught.
• Research integrated into training: A network of Forschungspraxen (research practices) and the MECS-Net programme allow motivated students to participate in real-world outpatient and translational research projects, not just laboratory rotations.
• Full specialist qualification: Despite being a model degree, the programme qualifies graduates for specialist residency training in all medical specialties — there is no career-path trade-off for choosing Bielefeld's innovative curriculum.
• Small and growing cohort: With 60 students per year at founding, the faculty offers closer faculty-student contact than large-cohort programmes at established medical schools.

The faculty's overarching research profile is "Medicine for People with Disabilities and Chronic Conditions" — chosen because chronic diseases and disability cut across every part of the healthcare system and are systematically underserved as the population ages. The faculty follows a translational approach that connects basic science, clinical research, and real-world care provision.

Core research clusters:
- Brain – Impairment – Participation: Investigates neuropsychiatric and psychosomatic conditions — currently focusing on epilepsies, stress-related and somatoform disorders, and cerebrovascular diseases — and their impact on functional capacity and social participation.
- Intelligent Systems – Assistance – Interprofessional Networking: Designs and tests AI-driven tools for diagnostics, therapy, rehabilitation, nursing support, and clinical decision assistance, combining interaction research with clinical trials.

Emerging perspective fields:
- Microbial Diversity in the Human Body: Studies the microbiome's role in health maintenance and disease — including its influence on neuropsychiatric conditions — in collaboration with existing Bielefeld life-science expertise.
- Data Science for Healthcare: Integrates clinical, epidemiological, imaging, and molecular-genetic datasets to generate insights into disease prevention and personalised therapy; being built in cooperation with multiple German medical sites.

Cross-cutting themes across all areas include medical ethics and doctor–patient communication, acceptance research, and gender- and diversity-sensitive medicine. Structured support structures include the MECS-Net (Medical & Clinician Scientists Network), a dedicated Epilepsy Research Programme, a seed-funding scheme (Anschubfonds Medizinische Forschung, AMF), and an active Ethics Commission.

The Model Medical Degree at Bielefeld is taught entirely in German, which is standard for all state-regulated medical programmes in Germany. Prospective international applicants will need to demonstrate a high level of German language proficiency (typically TestDaF or DSH at the level required for medical studies) before admission is considered — this is a non-negotiable requirement for clinical communication.

Admission to the medical degree is highly competitive and follows German-wide medical admissions procedures (Hochschulstart / Stiftung für Hochschulzulassung), with places allocated by a combination of Abitur-equivalent grade, waiting time, and university-specific selection procedures (interviews, aptitude tests). International applicants with foreign secondary qualifications typically require assessment by uni-assist before applying.

The faculty's emphasis on interprofessional teamwork and diversity-sensitive medicine means it actively values students from varied cultural and linguistic backgrounds — but language preparation in German is essential before, not after, applying. The faculty participates in university-wide international and Erasmus+ exchange structures at Universität Bielefeld.

The Faculty of Medicine OWL is based in Bielefeld, the largest city in the Ostwestfalen-Lippe (OWL) region of North Rhine-Westphalia. Bielefeld is well connected by rail: direct ICE/IC services reach Cologne in approximately 1.5 hours, Hanover in under an hour, and Dortmund in about 45 minutes. The nearest international airports are Paderborn/Lippstadt Airport (PAD, ~45 minutes) and Dortmund Airport (DTM, ~1 hour); Düsseldorf International (DUS) is roughly 1.5 hours by train.

Clinical training takes place across the three complementary hospital sites of Universitätsklinikum OWL (UK OWL), which together form the university hospital for the region. The preclinical and academic faculty infrastructure sits within the broader Universität Bielefeld campus, which also hosts strong existing faculties in biology, psychology, sociology, and computer science — all relevant to the faculty's cross-disciplinary research profile.

Graduates of the Bielefeld Model Medical Degree hold the German Staatsexamen in Medicine, qualifying them to practise as physicians throughout Germany and, with recognition procedures, across the EU and in many other countries. The degree qualifies unconditionally for specialist residency training in all medical specialties — hospital-based (cardiology, surgery, neurology, etc.) or outpatient.

Given the faculty's distinctive curriculum, Bielefeld graduates are particularly well-positioned for roles in:
- General practice and primary care — reflecting the faculty's deliberate emphasis on ambulatory medicine and the growing shortage of GPs in Germany and beyond.
- Neurology, neuropsychiatry, and rehabilitation medicine — aligned with the "Brain – Impairment – Participation" research cluster and the epilepsy and cerebrovascular disease focus.
- Digital health and health informatics — the Technology and Future Orientation track prepares graduates to work with AI-driven clinical tools, telehealth platforms, and data-driven diagnostics.
- Academic medicine / clinician-scientist careers — the MECS-Net and early research practice integration create a clear pathway for graduates who want to combine clinical work with research, in Germany or internationally.