1. Is Université de Paris a public university?
+A: Yes. Université de Paris is a recognised public university in France.
The Faculty of Fundamental and Biomedical Sciences at Université de Paris is one of France's leading centres for medical education, biomedical sciences, clinical research, and healthcare innovation. Located in Paris, France, the faculty provides comprehensive medical education that combines scientific excellence, clinical expertise, biomedical research, and patient-centred healthcare. As part of one of France's largest multidisciplinary universities, the faculty prepares future physicians through an internationally recognised curriculum aligned with European medical education standards.
The medical faculty traces its origins to the historic Faculty of Medicine of Paris, one of the oldest medical institutions in Europe. Following the establishment of the modern Université de Paris in 2019, the faculty became part of a comprehensive university dedicated to excellence in education, research, and healthcare. Today, it continues a centuries-long tradition of medical education while embracing modern teaching methods, scientific innovation, and interdisciplinary collaboration.
The Diplôme de Formation Approfondie en Sciences Médicales (DFASM) and the complete medical education pathway follow the French higher education framework regulated by the Ministry of Higher Education and Research. The six-year undergraduate medical programme is followed by national ranking examinations and residency training, ensuring graduates meet the standards required for professional medical practice in France.
Students begin with comprehensive biomedical sciences including anatomy, histology, embryology, physiology, biochemistry, molecular biology, genetics, microbiology, immunology, pathology, pharmacology, neuroscience, epidemiology, behavioural sciences, medical ethics, public health, and scientific methodology. These disciplines establish a strong scientific foundation before students progress to advanced clinical education.
Teaching combines lectures, anatomy laboratories, biomedical practical sessions, simulation-based education, clinical skills workshops, seminars, digital learning platforms, case-based discussions, problem-based learning, and small-group tutorials. Students progressively strengthen analytical thinking, clinical reasoning, communication skills, professionalism, and teamwork throughout the programme.
The curriculum promotes patient-centred healthcare by integrating scientific knowledge with practical clinical experience. Students develop competencies in disease prevention, diagnosis, treatment, rehabilitation, patient safety, healthcare quality improvement, and ethical clinical decision-making while understanding the broader responsibilities of modern physicians.
Clinical education is delivered through some of France's most prestigious teaching hospitals within the Assistance Publique – Hôpitaux de Paris (AP-HP) network. Students gradually transition from classroom learning to supervised patient care while working alongside experienced physicians, surgeons, and multidisciplinary healthcare teams.
Clinical rotations include internal medicine, general surgery, paediatrics, obstetrics and gynaecology, psychiatry, cardiology, neurology, orthopaedics, emergency medicine, anaesthesiology, dermatology, ophthalmology, ENT, radiology, oncology, nephrology, endocrinology, respiratory medicine, gastroenterology, infectious diseases, geriatrics, rehabilitation medicine, family medicine, and community healthcare.
Students actively participate in ward rounds, outpatient consultations, emergency departments, operating theatres, multidisciplinary meetings, diagnostic investigations, patient interviews, and supervised patient management. Clinical responsibilities increase progressively throughout the programme to prepare students for residency training and independent medical practice.
Simulation-based education strengthens practical learning through advanced clinical skills centres equipped with patient simulators, emergency medicine laboratories, consultation rooms, procedural laboratories, surgical simulation facilities, and digital healthcare technologies. These facilities enable students to develop practical competence before treating patients directly.
Biomedical research represents one of the faculty's greatest strengths. Students have opportunities to participate in internationally recognised research involving oncology, neuroscience, cardiovascular medicine, molecular medicine, genetics, immunology, regenerative medicine, infectious diseases, pharmacology, epidemiology, biomedical engineering, precision medicine, artificial intelligence in healthcare, digital medicine, ageing research, and public health.
The faculty collaborates extensively with research institutes, university hospitals, biotechnology companies, pharmaceutical organisations, international universities, and healthcare institutions worldwide. These collaborations support scientific innovation, interdisciplinary education, international mobility, and healthcare research.
Students also study healthcare leadership, evidence-based medicine, healthcare quality improvement, patient safety, healthcare law, medical ethics, public health, digital medicine, and interprofessional collaboration throughout the curriculum.
Educational facilities include anatomy laboratories, biomedical research centres, simulation laboratories, clinical skills centres, specialised research institutes, digital learning environments, modern medical libraries, and affiliated university hospitals equipped with advanced healthcare technologies.
Student life includes scientific societies, medical associations, research groups, international exchange programmes, volunteering opportunities, cultural organisations, sports facilities, leadership initiatives, and academic mentoring. Students receive comprehensive academic and professional support throughout their education.
Graduates pursue residency training, specialist medical practice, biomedical research, academic medicine, biotechnology, pharmaceutical research, healthcare administration, public health, and international medical careers after completing the French residency selection process.
Today, the Faculty of Fundamental and Biomedical Sciences continues to rank among France's leading medical institutions through outstanding education, internationally recognised research, advanced clinical partnerships, and continuous innovation in healthcare education.
