Rennes , India
Rennes , India
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Yves Cochet (born 1946) is a mathematician and environmental advocate who studied at Rennes 1 before joining Europe ... View More
Yves Cochet (born 1946) is a mathematician and environmental advocate who studied at Rennes 1 before joining Europe Écologie–Les Verts. He served as French Minister of the Environment in Lionel Jospin’s government, later becoming a Member of the European Parliament. Cochet brought academic rigor and ecological vision into French politics, advocating for sustainable policies and degrowth economics. His legacy blends scientific training with political leadership, influencing public discourse on climate change and ecological responsibility nationwide. His emphasis on linking knowledge to public purpose reflects a deep intellectual commitment. View Less
Yves Coppens (1934–2022), a paleontologist and academic, earned accolades as co-discoverer of the fossil “Lucy” ... View More
Yves Coppens (1934–2022), a paleontologist and academic, earned accolades as co-discoverer of the fossil “Lucy” in Ethiopia. Trained at Rennes 1 and the Sorbonne, he specialized in evolutionary anthropology. Coppens’ work reshaped our understanding of human origins, drawing global attention to African hominins. His publications and lectures reached wide audiences, while his leadership at major research institutions in France enriched academic dialogue. Coppens combined deep scholarship with public outreach, inspiring generations of scientists and laypeople interested in human evolution. His legacy is both scientific and educational. View Less
Alexandre Léontieff (b. 1948), alumnus of Rennes 1, made history as President of French Polynesia from 1987 to 1991. ... View More
Alexandre Léontieff (b. 1948), alumnus of Rennes 1, made history as President of French Polynesia from 1987 to 1991. Educated in law and political science, Léontieff navigated local and international politics with a strong sense of civic leadership. He played a key role in modernizing governance in Polynesia and fostering regional development. Though his presidency faced challenges, his tenure marked a shift toward increased political autonomy in the region. Léontieff’s career shows how Rennes-trained graduates can shape leadership far beyond mainland France View Less
Ricardo Bonilla, trained at Rennes 1 in economics and public policy, went on to serve as Colombia’s Minister of Fina... View More
Ricardo Bonilla, trained at Rennes 1 in economics and public policy, went on to serve as Colombia’s Minister of Finance and Public Credit. His tenure brought fiscal reforms and public investment projects aimed at stimulating growth and reducing inequality. Bonilla’s international economic background and academic depth allowed him to navigate complex budgetary challenges during turbulent political moments. His leadership in Colombia reflects the global reach of Rennes’ education in economics, showing how graduates apply analytical tools to national development and financial governance View Less
Jean‑Jacques Urvoas (born 1959), educated in law and political science at Rennes 1, served as French Minister of Jus... View More
Jean‑Jacques Urvoas (born 1959), educated in law and political science at Rennes 1, served as French Minister of Justice from 2016 to 2017. A longtime deputy for Finistère, he brought legal scholarship into public office, overseeing justice reforms and parliamentary oversight. Urvoas’ background at Rennes shaped his approach to institutional transparency and modernization. His political career bridges academia and governance, illustrating how legal training at Rennes can translate into national-level impact on legislative and judicial policy in France View Less
Edmond Hervé (born 1942) studied public law and political science at Rennes 1 before becoming a respected politician ... View More
Edmond Hervé (born 1942) studied public law and political science at Rennes 1 before becoming a respected politician and academic. He served as mayor of Rennes for over 30 years (1977–2008), and later as a senator and national health secretary. Hervé’s pedagogical work in constitutional and administrative law intersects deeply with his civic leadership. He brought long-term development and social cohesion to Rennes while teaching at the local university. His dual role as scholar and policymaker exemplifies the civic-minded excellence fostered at Rennes 1 View Less
Nathalie Appéré (born 1975) studied at Sciences Po Rennes under University of Rennes 1. She became Rennes' first f... View More
Nathalie Appéré (born 1975) studied at Sciences Po Rennes under University of Rennes 1. She became Rennes' first female mayor in 2014 and later president of Rennes Métropole. Appéré also served in the National Assembly from 2012 to 2017. Her senior thesis was a joint diagnostic project between the city and university, signaling her early integration of research and municipal policy ⚡. Appéré’s leadership blends academic grounding with public engagement—transforming urban governance in Rennes while reflecting the civic ambition rooted in her education View Less
Emeric Salmon (b. 1973) graduated in computer science from Rennes 1 before entering French politics. Starting his ca... View More
Emeric Salmon (b. 1973) graduated in computer science from Rennes 1 before entering French politics. Starting his career as a software developer, he later joined the National Rally and was elected to the National Assembly representing Haute‑Saône in 2022. His profile marks a shift from STEM education to public service, highlighting interdisciplinary mobility. Salmon’s blend of technical expertise and legislative responsibility exemplifies how Rennes alumni enter politics with analytical rigor and a modern civic mindset View Less
Didier Astruc (born 1946) earned his PhD in chemistry at Rennes 1, later conducting pioneering research in organometal... View More
Didier Astruc (born 1946) earned his PhD in chemistry at Rennes 1, later conducting pioneering research in organometallic chemistry and molecular batteries. He worked with Nobel laureate Richard Schrock at MIT and remained a CNRS director before becoming a full professor in Bordeaux. Astruc built a reputation in catalysis, nanochemistry, and electron-reservoir complexes. His innovations have practical applications in energy storage and green chemistry. A scientist with global credentials, Astruc represents Rennes’ ability to nurture world-class researchers who bridge academia and industrial innovation View Less
Jean‑Michel Boucheron (b. 1948) studied at Rennes 1 before entering education and politics. As a teacher turned de... View More
Jean‑Michel Boucheron (b. 1948) studied at Rennes 1 before entering education and politics. As a teacher turned deputy in the French National Assembly, he combined academic insight with public service. Though less internationally famous than others, Boucheron contributed significantly to regional policy-making in Brittany, focusing on education and local governance. His career underlines the role of Rennes in shaping regional leaders who bring intellectual depth into local and national public affairs View Less
The below information is required while
completing the university application :
core documents you’ll typically need to apply for a Bachelor’s (Licence?1) degree at the University of Rennes?1:
Completed application form
For international applicants, you'll apply via Campus France (“Études en France”) or the Parcoursup portal (for EU candidates), depending on your diploma and nationality
Secondary school diploma with full transcripts
This includes your high school certificate and detailed grade reports (translated into French or English as needed) to prove academic eligibility for a Licence program
Proof of language proficiency
If your program is taught in French, you’ll generally need B2 level French certification (e.g. DELF or TCF). If in English, you may be asked for English proficiency (IELTS, TOEFL, CEFR B2 level) depending on the course
Copy of passport or national ID
A valid identification document is required for verifying your identity throughout the application and enrolment process
Recent passport-style photo
Often required during registration for your student card and official records
Curriculum Vitae (CV) and motivation letter/statement of purpose
A brief CV paired with a motivation letter explaining why you’re applying, especially important for non?standard or competitive bachelor tracks
Know moreIn 2025, the university earned significant placements across major global rankings: 601–800 in the Times Higher Education World University Rankings, 721–730 in QS World University Rankings, and 473rd in U.S. News Best Global Universities. In Leiden and CWTS bibliometric assessments, it demonstrated high scientific impact, collaboration, open access, and gender representation. It also achieved 315th globally in CWUR, ranking 18th among French universities. These results reflect a balanced performance in teaching, research output, internationalization, and reputation
The University of Rennes 1 shines in subject-wise global rankings. According to QS (2024–25), subjects like Mathematics ranked 201–250, Chemistry and Geology in 251–300, Comp Sci and Engineering in 301–350, while Medicine and Physics achieved 401–550. NTU’s subject-specific rankings spotlighted high performance in Agriculture, Environmental Engineering, Materials Science, and Computer Science—French rankings place it near top 15 for several disciplines. This depth across disciplines highlights its multidisciplinary strength
In 2024, Times Higher Education’s Europe Teaching Rankings placed Rennes 1 as 5th best in France. This ranking assessed student engagement, success rates, teaching environment, resources, and institutional support. Among over 240 Western and Southern European universities evaluated, Rennes 1 ranked between 101–125 overall in Europe and 11th nationally. That’s a tangible indication of its strong teaching environment and attention to student-focused learning
Being the only university in Brittany to appear within the top 500 of the Shanghai Ranking in both 2023 and 2024 says something about its regional leadership. This isn’t just numeric prestige—it’s about centralizing research excellence within Brittany, drawing top faculty and students, and elevating local impact in forming an internationally recognized R&D hub grounded outside of Paris
In both 2023 and 2024, the University of Rennes maintained its position within the 401–500 bracket in the Academic Ranking of World Universities (ARWU), commonly known as the Shanghai Ranking. This continued standing marks it as the only institution in Brittany within the global top 500, reflecting outstanding performance in research quality, faculty distinction, highly cited publications, and international academic reputation. It underscores strengths in disciplines like Mathematics, Medical Technology, Earth Sciences, Pharmacy, Chemistry, and Statistics, with many subject fields ranked in the top 100–300 globally. That level of recognition signals consistent excellence in research and education
ARWU 2023 lists Mathematics at Rennes in the 76th–100th global range. Other fields like Water Resources (101–150), Ecology, Earth Sciences, Pharmaceutical Sciences, Physics, and Chemistry rank within top 200–300 worldwide. Securing a subject ranking as high as top 100 in a rigorous global field like Mathematics is a standout academic milestone
Starting from 2021 and including 2024, Rennes 1 consistently held a place in 601–800 in THE World Rankings—a steady presence showing stability in performance. This consistency across recent years demonstrates reliability in delivering quality teaching, research productivity, international outlook, and institutional reputation
By mid-2020s, the university housed 43 research teams, with 26 affiliated or contracted to major national research bodies like CNRS, INRA, and INSERM. Specifically, 21 CNRS units, one INRA, and four INSERM units anchor its research ecosystem. These affiliations boost interdisciplinary research capacity across life sciences, mathematics, environmental sciences, health, and engineering—fueling both national prestige and global scientific output
University of Rennes 1 was consistently included in Reuters’ Top 100 Most Innovative European Universities, appearing in the inaugural 2016 listing and ranked 84th in 2019. This accolade reflects high levels of patenting, research collaboration, and technology transfer. It underscores the university’s capacity to convert research into commercially relevant solutions, and its engagement with industry, startups, and public-sector innovation. That achievement is an institutional badge of honor for bridging discovery and impact
In March 2023, University of Rennes 1 secured a patent for an optical filtering device (FILT) designed to improve reading of graphic or textual content by periodically opening and closing a visible‑light “vision space.” The device cycles between open and closed states at a preset frequency, with open durations between 15–35% of the cycle, reducing glare and improving contrast. The invention simplifies reading and may benefit users with visual impairments or dyslexia. Developed in conjunction with collaborators at CNRS and BodyCap, it shows Rennes 1’s strength in applied optics and accessibility technologies
Also patented in January 2023, Rennes 1 researchers developed a transparent shielding panel comprising a substrate with conductive zones that vary in optical transmission and shielding effectiveness. This multilayer structure allows efficient electromagnetic shielding while retaining transparency—ideal for windows in sensor-rich environments, camera systems, or buildings requiring visibility and security. Co‑owned with Safran Electronics & Defense and CNRS, this hybrid device merges optics and electronics, demonstrating multidisciplinary reach and real‑world potential
Granted as a US patent in September 2022, this innovation involves a nanoscale photocatalyst combining a semiconductor nanoparticle, plasmonic metal nanoparticles, and an organic carbo‑mer photosensitiser. Developed by researchers at Rennes 1 and Paul Sabatier University, it’s optimized for water photo‑electrolysis, turning sunlight into hydrogen fuel. The layered nano‑structure accelerates reaction rates and improves energy conversion efficiency. This invention goes to the heart of renewable energy research, bridging material science, nanotechnology, and sustainable chemistry
In October 2020 the university patented a novel surface‑wave antenna and array, which uses multiple conductors in a single plane to transmit and receive signals over separate frequency bands. The design enables compact, efficient communication devices suited for underground or underwater contexts, or tightly spaced arrays for IoT and urban networks. With applications in defense, telecommunications, and remote sensing, the innovation arose from Rennes researchers in antenna theory and signal processing
In 2016 Rennes 1 and CNRS patented glass‑ceramic materials (e.g. GeSe₂–Sb₂Se₃–CuI) with crystalline phases that conduct electricity under light. Engineered so that crystals contact each other, these compounds exhibit photoconductivity—useful in optical switching, imaging sensors, or light‑activated electronics. Their unique structure and conductivity performance reflect Rennes’s research in new materials and optoelectronics.
Also in December 2016, Rennes 1 and INSERM researchers filed a patent on oligonucleotides designed to prevent or reduce formation of bacterial biofilms. These sequences can disrupt bacterial communication and aggregation, opening paths to treatments for chronic infections, medical device coatings, or food‑safety applications. It’s a biotech-driven invention with clinical and industrial relevance—built from fundamental genetics and translational microbiology
A patented mechanical testing tool granted in April 2014, this device records force and displacement during indentation of materials under pressure, using a convex bearing surface and multiple angular sensors. Developed by Rennes 1 engineers and CNRS, it enables precise measurement of mechanical properties like hardness and ductility. The continuous—or instrumented—indentation system offers real‑time data during deformation, supporting advances in material science, metallurgy, and industrial quality control
Filed in 2010 and published in May 2012, this invention is a supersonic flow pulsing device (aerodynamic chopper) able to generate uniform supersonic jets at temperatures near 20 K. It uses a Laval nozzle and periodic flow control to deliver pulses lasting 150–1000 microseconds, reducing energy consumption in pumping systems. This kind of tool is applicable in cryogenics, astrophysics experiments, and high‑speed gas dynamics. A Rennes 1 innovation advancing research instrumentation in extreme‑condition environments
In 2011, Rennes 1 scientists, along with INSERM and other universities, patented nitrogen heterocycle compounds (imidazolone derivatives) that modulate proteasome activity—cells’ protein‑degradation machinery. These molecules have therapeutic potential for diseases linked to proteasome dysfunction, such as cancer or neurodegenerative disorders. The invention merges organic chemistry with pharmacology, illustrating fundamental medical research aiming at new drug candidates
CompCert is the world’s first formally verified optimizing compiler for the C programming language, co-developed at IRISA by Sandrine Blazy (University of Rennes 1) and Xavier Leroy. Work began around 2003, culminating in major recognition such as the ACM Software System Award in 2021. CompCert is built using proof assistants to guarantee that compiled code is free of certain classes of bugs—and has been used in safety-critical domains like aerospace and automotive. Its rigorous approach ensures that source‑level semantics are preserved in machine code, offering unmatched reliability in compiling C programs
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