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The Faculty of Sciences combines, among its training and research, experimental sciences with the exact sciences, fundamental research with applied research in various disciplines: Chemistry, Computer Science, Engineering, Mathematics, Physics, Biomedical Sciences and Life Sciences.
- Faculty of Sciences Components
The Faculty of Sciences of Université Paris Cité brings...
- Faculty of Sciences Management Team
This faculty will in no way replace the components but will...
- Faculty of Sciences Components
Sciences Po is a selective research university of international standing based on the values of openness and excellence. Sciences Po’s unique academic model combines expertise in the humanities and social sciences, multidisciplinarity and a professional grounding to educate professionals and citizens able to understand and transform society.
14 March 2023 | Education, Faculty of Health, Faculty of Humanities and Social Sciences, Faculty of Sciences, International, International Partnerships, NUS. As part of the partnership between Université Paris Cité and the National University of Singapore (NUS), a new call for pedagogical innovation projects is launched. Apply by May 15th.
The Faculty of Sciences of Université Paris Cité brings together nine components. Lavoisier Building UFR Chemistry 15 Rue Jean Antoine de Baïf 75013 Paris. Denis Diderot School of Engineering (EIDD) UFR Fundamental and Biomedical Sciences. University Institute of Technology - IUT Paris Diderot. UFR Chemistry. UFR Computer Science.
Faculty of Science & Engineering Sorbonne University. 4, place Jussieu 75005 Paris
Sciences Po (French: [sjɑ̃s po]) or Sciences Po Paris, also known as the Paris Institute of Political Studies (French: Institut d'études politiques de Paris), is a private and public research university located in Paris, France, that holds the status of grande école and the legal status of grand établissement.
Life Sciences. Covering fundamental, translational and clinical aspects of biology. Life is studied at its different molecular and cellular scales, from the organ to the individual. A wide variety of biological models are used, ranging from yeasts to invertebrates, algae, plants, mice and fish along with cellular models.
