Compiegne, India
Compiegne, India
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Graduated in mechanical systems engineering, Julien Bahain is best known for winning the bronze medal in rowing at the 2... View More
Graduated in mechanical systems engineering, Julien Bahain is best known for winning the bronze medal in rowing at the 2008 Beijing Olympics. At UTC he combined rigorous technical study with elite athletic training—something rare in France’s engineering schools. After graduation, he balanced engineering pursuits with competitive sport, demonstrating that UTC’s experimental model nurtures both intellect and discipline. His success has inspired UTC students to see that academic excellence and athletic achievement can go hand in hand—UTC’s flexibility and supportive culture make that possible. View Less
Marie studied urban systems engineering at UTC and later became a European champion in the 4×400 m relay in Zurich (2... View More
Marie studied urban systems engineering at UTC and later became a European champion in the 4×400 m relay in Zurich (2014). She exemplifies UTC’s dual commitment to technical training and broader humanist development. While mastering complex systems and city infrastructure design, she also pursued athletics at a high level. UTC’s environment allowed her to pursue both passions without compromise. Her path shows that UTC engineers are not just thinkers but doers—capable of real-world performance under pressure. That versatility is central to UTC’s identity. View Less
Vanessa Proux earned her doctorate in enzyme engineering, microbiology, and bioconversion from UTC in 2001. She later jo... View More
Vanessa Proux earned her doctorate in enzyme engineering, microbiology, and bioconversion from UTC in 2001. She later joined the Commissariat à l’énergie atomique and then Paris-Sud University, teaching chemistry and enzymology along the way. Since 2004, she has led Institut Sup’Biotech de Paris as its president—guiding one of France’s top biotech engineering schools. Her trajectory reflects UTC’s strength in biotech research and leadership cultivation. UTC shaped her ability to navigate both experimental practice and institutional leadership in applied science. View Less
Baptiste earned his PhD in Computer Science from UTC in 1998. He later became head of CNES (the French space agency) fro... View More
Baptiste earned his PhD in Computer Science from UTC in 1998. He later became head of CNES (the French space agency) from 2021 to early 2025 and was appointed Minister of Higher Education and Research in January 2025. His career perfectly captures UTC’s mission: rigorous technical formation combined with public-service leadership. From complex algorithmic research to national science policy, he’s moved seamlessly between worlds of academia, industry, and government. His journey illustrates how UTC engineers can ascend to the highest levels of science administration. View Less
Graduating in biomedical engineering in 1996, Cécile Réal went on to found and lead Endodiag, a medical diagnostics co... View More
Graduating in biomedical engineering in 1996, Cécile Réal went on to found and lead Endodiag, a medical diagnostics company. She leveraged UTC’s strengths in applied science and biotech innovation to develop technologies for women's health. Her entrepreneurial path shows UTC’s support for startups and real-world impact. Endodiag’s growth from lab prototype to active company reflects UTC’s ecosystem: research units, applied labs, and a drive to translate ideas into products. Her story highlights UTC’s success in fostering socially relevant engineering solutions View Less
Lamia Chafei Seghaier, a Tunisian engineer and politician, studied at UTC before building a career bridging engineering ... View More
Lamia Chafei Seghaier, a Tunisian engineer and politician, studied at UTC before building a career bridging engineering and public service. In her home country she has held senior government roles, contributing to national policymaking on infrastructure, technology, and economic development. Her UTC education—technical, interdisciplinary, and humanist—helped shape a leader capable of addressing engineering challenges alongside civic responsibilities. Her path embodies UTC’s goal: to form technologists who also serve society through ethical and practical solutions. View Less
former Canadian politician, Thierry St‑Cyr studied at UTC before entering public life in Canada, where he represented... View More
former Canadian politician, Thierry St‑Cyr studied at UTC before entering public life in Canada, where he represented Gatineau in the federal parliament. His UTC background in engineering and systems thinking provided a strong analytical foundation for legislative and policy duties. It’s rare for UTC alumni to enter international political arenas, but St‑Cyr did so seamlessly—his UTC training gave him credibility in technical debates and policy making, illustrating the university’s cross-border impact. View Less
As a renowned philosopher and founder/director of UTC’s COSTECH research lab, Bernard Stiegler was integral to buildin... View More
As a renowned philosopher and founder/director of UTC’s COSTECH research lab, Bernard Stiegler was integral to building UTC’s research identity. His work explored the interaction between technology, society, and cognition. At COSTECH he combined engineering, humanities, and critical philosophy to study how technical systems shape human life. Though faculty rather than graduate, his influence counts among UTC’s intellectual pillars. His presence underscores UTC’s commitment to humanist engineering—linking technology with ethics and cultural reflection. View Less
A professor of computational mechanics at UTC and chair-holder within Sorbonne Universités, Adnan Ibrahimbegovic leads ... View More
A professor of computational mechanics at UTC and chair-holder within Sorbonne Universités, Adnan Ibrahimbegovic leads advanced research in solid mechanics and computation. A former senior member of the Institut Universitaire de France, he has held international academic posts including at UC Berkeley and EPFL. At UTC he directs the Chair for Computational Mechanics, blending rigorous mathematics, modeling, and interdisciplinary systems design. His career reflects UTC’s research-first philosophy: deep science married to real-world applications in engineering and design. View Less
After graduating in computer engineering in 1993, Michael Pitiot became a documentary filmmaker rather than a traditiona... View More
After graduating in computer engineering in 1993, Michael Pitiot became a documentary filmmaker rather than a traditional engineer. He returned to UTC in August 2024 to deliver an inaugural lecture, urging students to “live your dream.” His path shows UTC’s flexibility: engineers who don’t just code or build, but also question, create, tell stories. UTC’s humanist approach lets graduates like Pitiot engage culture, media, and art—reminding us that engineering is as much about narrative and humanity as technical systems View Less
The University of Technology of Compiègne (UTC) offers a modern, well-equipped campus spread across lush green spaces, combining nature with cutting-edge facilities. It houses advanced research labs, tech-driven classrooms, and state-of-the-art engineering workshops. The university’s innovation hub, Centre Pierre Guillaumat, is a hotspot for collaborative projects and startups. Students benefit from a well-stocked library, high-speed digital infrastructure, and dedicated spaces for group work. Its sports complex, residence halls, and student cafeterias are designed to foster a vibrant and inclusive campus life. Every aspect of the infrastructure supports hands-on learning, experimentation, and a seamless blend of academic and social experiences.
Student life at UTC is lively, diverse, and deeply engaging. Over 100 student clubs span everything from robotics and entrepreneurship to music, sports, and theatre. The on-campus life is buzzing with regular events, hackathons, debates, and cultural fests that keep energy high beyond the classroom. Students live in close-knit residences that foster community and collaboration. The town of Compiègne itself adds charm, with its mix of history, nature, and student-friendly vibe. Whether you're into coding marathons or late-night jam sessions, there's space for every kind of student to thrive.
UTC ensures a safe campus environment through 24/7 security across university buildings and student residences. Entry points are monitored, with identity checks and visitor controls in place. Residences and academic zones feature controlled access, CCTV, and emergency call systems. The university coordinates closely with local authorities and first responders for rapid response to any incident. Safety awareness campaigns and workshops are regularly held to educate students about prevention and reporting. Overall, UTC mixes physical security measures with active community support to keep students safe and confident on campus
The below information is required while
completing the university application :
key documents you typically need to submit when applying to a Bachelor’s program at UTC:
Online application form – usually via Parcoursup for French Bac holders or the UTC website for international applicants
Secondary school diploma (e.g. French Baccalauréat or international equivalent) plus full academic transcripts
Proof of French proficiency (DELF/DALF) if curriculum is in French; English proficiency certificate if applicable
Motivation letter and CV – part of your application portfolio exhibiting your interests and profile
Passport copy, passport-size photos, and (for non?EU students) proof of health insurance and visa readiness documents
Declaration of financial support and proof of fee payment – to confirm you can fund your studies in France
Know more
In the 2025 Times Higher Education World University Rankings, UTC landed in the 1201–1500 band out of over 1,500 institutions globally. Considering its size and regional location, that placement signals significant research performance, teaching quality, and international outlook. UTC punched above its weight internationally, especially in the social‑tech and applied research segments
In February 2025, Emerging and News Tank ranked UTC 5th in France for institutional-business cooperation, measuring employability and employer feedback. UTC’s strong performance reflected how well recruiters rate its graduates and its ability to link research and pedagogy with regional industry partnerships. That placement underlines UTC’s practical, real-world orientation
2024 UTC became a founding member of the Sorbonne University Alliance, joining other elite French institutions—including Nobel and Fields Medal laureates. This partnership expanded research collaboration, joint masters programs, and academic exchanges. For UTC, the alliance elevated its international visibility and enriched its interdisciplinary innovation ecosystem.
Also in 2024, UTC co‑founded the EU‑funded Sunrise Alliance—a network of non‑metropolitan universities committed to regional impact and inclusive innovation. This alliance boosts cross‑border research, mobility, and socioeconomic engagement. UTC’s role highlighted its leadership not just in science, but in strengthening hinterland academic networks.
According to EduRank 2024 data, UTC stood 54th among French universities and 1,430th worldwide. It also ranked top 50% across more than 100 research topics and placed 35th nationally for engineering disciplines. These rankings reflect consistent publication output, citation impact, and reputable alumni influence
In 2017, Usine Nouvelle placed UTC second among 107 engineering schools nationwide. The ranking hinged on criteria like research output, company ties, internationalization, and professional integration. UTC earned high marks across the board—especially for graduate employability and its research initiatives—cementing its reputation as one of France’s elite engineering institutions.
In 2016, UTC topped L’Étudiant’s national rankings for highest median earnings of recent alumni. This recognition reflected how its experimental program—blending rigorous engineering skills with scientific literacy and interdisciplinary thought—translated into highly employable, well‑paid graduates. UTC graduates consistently landed in-demand roles, especially in sectors like biotech, aerospace, and IT, leading to salary leadership among French engineering schools that year.
Also in 2016, Usine Nouvelle ranked UTC No. 1 in France for startup creation by students and recent alumni. The statistic wasn’t limited to grand gestures—it spanned junior enterprise projects, apprenticeship initiatives, and spin‑outs from research units. UTC’s track record showed that innovation wasn’t just in the lab; it lived in student‑driven companies launched from campus and incubators.
In 2006, UTC research labs received the coveted Carnot label—a prestigious French national accreditation for excellence in public research with industrial collaboration. It recognized UTC’s capacity to bridge academic innovation with industrial application across domains like biotech, energy, nanotech, and urban systems. That label has helped secure further funding and cemented UTC’s reputation as a conduit between science and societal impact
In 1972, UTC was established by Guy Deniélou as France’s inaugural experimental technological university. Rather than replicating existing engineering education, UTC reinvented it by fusing technical disciplines with humanities and social science studies. This model challenged the traditional siloed Grande École structure and planted the seeds for UTC’s motto—“meaning to innovation.” It created a flexible curriculum where students build their learning paths, combining lab work, fieldwork, and theoretical grounding in a pioneering Franco‑American educational approach.
By early 2025, UTC’s BMBI laboratory led work on patient-specific “digital twin” models using AI for applications like bile-duct treatment planning, muscle aging diagnosis, and facial rehabilitation. These systems simulate individual anatomy and physiology to aid clinicians in diagnosis and therapy planning. The models combine biomechanics, machine learning, and real medical imaging data. It earned recognition through CNRS awards and contributed to patented tools now awaiting commercialization. It’s a perfect representation of UTC’s ability to pair engineering with medical innovation for tangible healthcare impact
This drone system, patented jointly by UTC and CNRS and granted in September 2024, uses hydraulic motors to drive propellers instead of conventional electric motors. It includes a distributed hydraulic pump and modular channels to power individual rotors. The design aims to increase power density and endurance, especially useful for heavy-lift aerial applications or environments where electric systems might struggle. This invention reflects UTC’s cross-disciplinary approach, combining mechanical engineering, fluid dynamics, and systems control. It’s a strong example of UTC’s priority in robotics and energy systems—built for field use and future industrial scalability
Also published in December 2024, this patented method allows autonomous vehicles to detect and track traffic lane boundaries using a combination of map data and real‑time sensor input. It calculates vectors and applies Mahalanobis distances to improve accuracy even in challenging conditions like faded lines or shifting lighting. The technology is a product of UTC–CNRS collaboration and showcases the university’s strength in computation, AI, and applied transport systems. It’s not just theoretical—it’s meant to be embedded into real navigation systems to boost safety and reliability
Within the TIMR laboratory, UTC researchers have patented new green nanocatalysts and biopolymers synthesized from renewable matter using click-chemistry techniques and microwave processes. These materials are designed for eco-friendly industrial applications such as enzymatic catalysis, drug delivery, and biodegradable composites. Though the exact patent dates are not publicly listed, this represents active research from 2023–2024 and aligns with UTC’s priority on biotechnology and sustainable materials. It shows UTC turning chemistry research into real-world tools for industrial ecology and clean tech
UTC’s Heudiasyc lab, part of UTC’s robotics group, has developed quaternion‑based control algorithms for multi‑rotor drones that enable precise autonomous flight, obstacle avoidance, and interaction patterns between multiple UAVs. These controllers are built atop mathematical rigor and applied robotics simulations. While not yet publicly patented, they’ve been tested through academic prototypes and influence drone systems developed within the institution’s SyRI team. It’s an example of UTC turning theory into robotics applications in urban-inspired environments
A UTC graduate collaborated with designers and EDF to build a novelty electric flame for the Paris 2024 Olympic cauldron. While not exactly a patent, the engineered prototype merges design, electrical engineering, and materials science. It demonstrated UTC’s interdisciplinary reach—from academic labs into major cultural and national events. The project showcased UPC alumni and UTC’s link to innovation that touches artistry, national identity, and technical execution
Over multiple years (2022–2025), UTC has deployed energy renovation projects across its campus buildings under France Relance and regulatory sobriety mandates. This includes implementing digital monitoring, smart sensors, regenerative HVAC systems, and renewable energy installations. The work involves in-house R&D, prototyping, and active testing. It blurs academic research with real infrastructure transformation and reflects UTC's mission: engineering solutions to ecological and societal challenges right where students live and learn
Published in 2016, UTC-connected researchers demonstrated a novel three-terminal energy harvester using capacitively coupled quantum dots. The design separates heat flow from charge flow, enabling the direction of current to be controlled independently via gate voltages. This architecture boosts nanoscale thermoelectric conversion efficiency and opens new avenues in quantum heat engines. It exemplifies UTC’s foray into nanotechnology and computation by packaging deep theoretical physics into potentially transformative devices. It’s still largely experimental—but it’s pushing the boundaries of sustainable micro-power systems
A 2009 UTC-affiliated research team advanced carbon nanotubes filled with magnetic or drug cargo for biomedical use—leveraging their magnetic heating (hyperthermia), temperature sensing, and localized drug delivery. These nano-containers can heat to kill tumors or release therapeutics precisely. The technology bridges complex nanomaterials engineering with biomedicine. It laid groundwork for patent filings and prototypes in controlled medical therapies. Though early, it illustrates UTC’s depth in biotech innovation and its motto of converting research into socially meaningful solutions
In 2015, UTC collaborators applied Bayesian optimization and first-principles anharmonic lattice dynamics to screen over 54,000 compounds for low thermal conductivity, identifying over 200 promising materials for thermoelectrics. These findings are computational rather than patented products, but the method itself is innovative—fusing data science, materials science, and engineering for accelerated discovery. UTC’s role in this work underlines its commitment to interdisciplinary R&D, especially within its priority research areas such as energy and nanotech
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