Villeneuve dAscq, France
Villeneuve dAscq, France
Cost Of Living
Undergraduate Fees International Students
Post Graduate Fees International Students
Born in Lille, Barrois studied geology locally before becoming a professor at the University of Lille. He mapped the cha... View More
Born in Lille, Barrois studied geology locally before becoming a professor at the University of Lille. He mapped the chalk and Upper Greensand zones in Britain and Ireland in 1876, laying the groundwork for later research across Europe. He joined the French Geological Survey in 1876 and served as geology professor from 1877 to 1927. Recognized internationally, Barrois received the Wollaston Medal (1901), became a member of the French Academy of Sciences, a Royal Society Fellow, and founded the Musée Houiller in Lille in 1907. His legacy shaped field geology and paleontology for decades. View Less
Sociologist Louis Chauvel earned his degree at Lille University and later became a full professor. He’s known for his ... View More
Sociologist Louis Chauvel earned his degree at Lille University and later became a full professor. He’s known for his work on demographic trends, generational inequality, and the social impact of economic restructuring. Chauvel’s research has influenced both academic discourse and public policy in France and Europe. He has published widely on how cohorts shaped by the post‑war boom and austerity decades face distinct social and financial challenges. His analyses draw on deep statistical insight combined with social theory. Chauvel’s voice carries weight in sociology circles and media commentary alike View Less
Daubresse studied at Lille before entering politics. He served as mayor, MP and held a ministerial role for Youth and Ac... View More
Daubresse studied at Lille before entering politics. He served as mayor, MP and held a ministerial role for Youth and Active Solidarities in the French government. His background in science and management underpinned his approach to public service, youth programs, and social innovation. During his political career, he championed skills training, employment support and civic participation. His trajectory illustrates how a techno‑scientific education married with social awareness can translate into impactful governance. Daubresse remains a prominent figure linking the university’s educational remit with public policy and regional leadership View Less
Dollo graduated in the late 19th century and became a pioneering paleontologist. His work includes Dollo’s Law (the ir... View More
Dollo graduated in the late 19th century and became a pioneering paleontologist. His work includes Dollo’s Law (the irreversibility of evolution) and extensive studies on dinosaurs, especially iguanodons. While much of his career unfolded at the Royal Belgian Institute of Natural Sciences, his foundational education in Lille shaped his early scientific vision. Dollo’s systematic approach to fossil reconstruction and evolutionary theory left a lasting mark on paleobiology. His legacy survives in both scientific terminology and museum displays, standing as a bridge between Lille’s early scientific training and Europe’s paleontological heritage. View Less
Delacour graduated from Lille and went on to become an esteemed ornithologist and doctor. He founded notable bird collec... View More
Delacour graduated from Lille and went on to become an esteemed ornithologist and doctor. He founded notable bird collections and authored extensively on avifauna, blending fieldwork with museum science. His travels took him around the world, contributing to scientific knowledge and public exhibitions. Delacour’s legacy lies in his role building comprehensive avian collections, promoting bird conservation, and bridging medical training with natural history. His work enriched ornithology both academically and practically, and his influence persisted in museum and academic circles throughout the 20th century View Less
A painter and Lille alumnus, Hélion initially studied science before embracing art. He became a leading abstract painte... View More
A painter and Lille alumnus, Hélion initially studied science before embracing art. He became a leading abstract painter in Paris during the 1930s before shifting to figurative styles post‑WWII. His dual grounding in scientific logic and artistic creativity informed his compositions—clear structures, bold color fields. Hélion published essays on art theory and aesthetic experience. His journey reflects the university’s capacity to nurture versatile minds—those who can move from rigorous scientific studies to expressive creativity without skipping a beat. He remains a celebrated figure in modern French art circles View Less
Hénin studied at Lille and later served as a French politician and Member of the European Parliament. Known for his com... View More
Hénin studied at Lille and later served as a French politician and Member of the European Parliament. Known for his commitment to social justice and regional development, he carried his scientific and policy education into legislative work. In the European Parliament, he focused on industrial, urban, and environmental issues affecting northern France. Hénin’s approach blends data‑informed decision‑making with grassroots engagement. His career demonstrates how graduates from tech‑science backgrounds can contribute meaningfully to political and communal transformation at both local and European levels View Less
Philosopher and musicologist Jankélévitch spent part of his academic training at Lille. He became one of France’s mo... View More
Philosopher and musicologist Jankélévitch spent part of his academic training at Lille. He became one of France’s most influential thinkers, exploring the philosophy of music, ethics, time, and the ineffable. With a lyrical writing style and deep cultural insight, his works reflect precision of thought and poetic sensibility. Though his main teaching posts were elsewhere, the rigor and intellectual openness fostered during his time at Lille helped shape his lifelong questioning. Jankélévitch continues to be widely read for his meditations on morality, art, and human experience View Less
Born in Iran, Mojtahedi studied in Lille before going on to become a legendary educator. He led Alborz High School in Te... View More
Born in Iran, Mojtahedi studied in Lille before going on to become a legendary educator. He led Alborz High School in Tehran for decades, transforming it into one of the country’s top institutions. His time in Lille influenced his balanced emphasis on sciences, humanities, discipline, and civic responsibility. Mojtahedi’s alumni include many influential figures in science, politics, and the arts. His leadership style merged academic excellence with mentorship. His life shows how education at Lille helped shape influential educators far beyond France’s borders View Less
A graduate in mathematics from Lille, Touadéra became professor, university rector, and Prime Minister, then President ... View More
A graduate in mathematics from Lille, Touadéra became professor, university rector, and Prime Minister, then President of the Central African Republic. His academic credentials were rooted in rigorous mathematics and scientific training. As rector of the University of Bangui, he promoted research and educational reform. In political office, he emphasized stability, security, and development in a challenging national context. Touadéra’s path illustrates the transformative potential of rigorous technical education in driving leadership, institutional reform, and public service in developing nations View Less
The below information is required while
completing the university application :
Essential documents you need to apply for a bachelor’s (Licence?1) program at Lille University of Science and Technology:
Secondary School Diploma / Baccalauréat or Equivalent
You must provide your (final or provisional) upper-secondary school diploma from a recognized system. If it’s not equivalent to the French “baccalauréat,” you’ll need official translation and evaluation documents. Undergraduate applicants from outside France usually apply through the Campus France “Études en France” process or via Parcoursup.
Academic Transcripts / School Reports
Submit official transcripts showing grades for your last two years of secondary education. These support your academic profile and are submitted via Parcoursup (for first-year applicants) or eCandidat for later registrations
Proof of Language Proficiency (French)
Documents showing you have at least B2 level French (reading, writing, listening, speaking). Some programs may require higher proficiency. Without this, admission usually won’t be validated
Passport or Identity Document and Passport-Sized Photos
Valid government-issued identification or passport, along with photographs, are required for administrative records. These also tie into your Campus France or eCandidat application
Pre?registration / Admission Certificate From Campus France or Parcoursup Submission Confirmation
For applicants from countries using the Études en France system, proof of pre-registration or admission approval is mandatory. For European applicants or students already in France, the Parcoursup confirmation functions similarly
Motivation Statement / Study Plan & Personal Details
A personal statement describing your academic goals and motivations, along with a CV and personal data like national ID number (INE for French students) and contact information. On Parcoursup, it includes “fiche avenir”; On eCandidat, you submit a short study plan/motivation letter and standard civil status data: name, address, email, phone. You may also be asked to indicate prior academic and extracurricular history
Know more
On January 26, 2023, ULille joined the HRS4R (Human Resources Strategy for Researchers) initiative, committing to the European Charter and Code of Conduct for researcher recruitment. This paved the way to the HR Excellence in Research label, reflecting its efforts to offer transparent hiring, career development, ethical standards, and a quality work environment for research staff. It solidified ULille’s standing as a competitive and responsible employer across Europe
Also in 2023, ULille won €12.6 million from the Ministry of Higher Education’s “Excellence in all its forms” initiative to implement LIBEL’UL, a programme designed to support nearly 34,000 licence (undergraduate) students. The project enhances tutoring, mentoring, peer assistance, and service-learning embedded in regional challenges. It integrates academic, social, and societal support for a broader conception of student success, strengthening the university's mission of equity-driven excellence
Funded beginning in 2022 and running through 2029, the WILL (Welcoming Internationals to Lille) initiative secures €4.7 million to boost international prestige and researcher mobility. It includes fifteen international chairs, a global ambassador network, and increased infrastructure for hosting global talent. By 2023, five chairs were inaugurated, with nine more slated for 2025. It positions ULille as an internationally attractive hub for cutting-edge research collaboration
By 2022, ULille launched several flagship digital services: Lillodata, its institutional data-sharing platform on the Research Data Gouv network; Lillonum, a digital heritage library; and a dedicated APC fund to help authors cover open-access fees. Additionally, the university partnered with Persée to make its journal archives publicly available. These moves drastically improved access to research outputs, historic records, and enriched scholarly resources across disciplines
In 2020, ULille published the “Passport for Open Science”, a training framework for doctoral candidates, and secured funding for ORA‑HDF to build a regional academic journal platform. This dual effort boosted open-access culture and created infrastructure to support knowledge democratization. Both initiatives positioned Lille at the forefront of France’s national open science agenda, providing tools, guidance, and platforms to empower researchers at every level in transparent publishing practices
In 2018, the university rolled out LillOA, its institutional open archive platform, integrated with the national HAL system. This milestone marked a shift toward open science, enabling researchers to deposit preprints and published articles openly. It enhanced visibility, citation impact, and knowledge sharing for Lille’s scientific community. More than just a repository, LillOA sparked cultural change—encouraging faculty and doctoral students to embrace open access principles and participate in broader European open science movements that followed. It remains foundational to ULille’s transparency and scholarly outreach
Since 2008 ULille has launched major joint laboratories with industry partners. EM2VM studies aging of electrical materials with EDF; AlLInPep develops innovative dairy peptides with Ingredia; and chairs like Tex&Care tackle circular fashion. These collaborations turn research into real-world innovation—supporting sustainable agriculture, energy, materials science, and food-health convergence—and they reflect ULille’s commitment to applied science and impactful partnerships
Over the past two decades, ULille has produced 80+ start‑ups born from academic research. About 60 are still active today, providing over 450 jobs in Hauts‑de‑France. These ventures—spanning biotech, digital health, clean tech, digital heritage and more—highlight ULille’s role in turning inventions into enterprises. The university catalogues about 80 high‑potential technological and social innovations, formal recognition of its transfer ecosystem and entrepreneurial culture
Patented in November 2024, this device integrates piezoelectric substrates with electrode layers and a carrier substrate to generate ultrasonic surface waves when current passes through the electrodes. Designed for robust ultrasonic sensing or signal generation, the transducer supports non‑destructive testing, surface acoustic wave (SAW) sensors, or advanced materials diagnostics. Its configuration enhances coupling efficiency and wave control. A collaboration between Lille, Centrale Lille, CNRS, Valeo and other partners marks the university’s strength in applied physics and sensing systems
An application published in October 2024 describes a novel method for guiding and controlling light beams through optical fibers in real time—even when the fiber is moving. This lensless, endomicroscopic technique measures transmission matrices live and corrects distortions dynamically. The result: sharper imaging in flexible environments, critical for in vivo medical diagnostics. It promises more effective minimally invasive imaging—where patient movement or instrument flexibility previously introduced blur. It's a prime example of Lille’s push into medical optics and adaptive imaging
Published in September 2024, this invention refines microsatellite instability (MSI) detection in cancers via whole-exome sequencing data. MSICare corrects deficiencies in existing FDA-approved diagnostics by optimizing algorithmic sensitivity to repeat regions and genomic noise. It improves accuracy when detecting MSI status in colorectal and other tumors. By providing more reliable MSI classification, MSICare supports personalized oncology decisions—especially for immunotherapy eligibility. This contribution stems from Lille’s collaboration with Inserm, AP‑HP, Sorbonne, and other research hospitals
Filed in 2016 and granted in August 2023, this patent details a method using carbon‑based nano- or microparticles that absorb photons and generate vapor bubbles when irradiated. The particles couple with specific wavelengths and convert electromagnetic radiation into controlled bubbles. It’s particularly applicable in medical therapies (targeted drug delivery or tumor ablation), microfluidic actuation, and microscale heat transfer. The precision of bubble formation allows non‑invasive, localized interventions. This invention highlights the convergence of nanomaterials, photonics, and biomedical engineering at Lille’s labs
Assigned to Lille 1 and partners and granted in March 2022, this innovative interposer includes cavity-defined waveguides integrated into substrate layers. It enables electromagnetic wave propagation through engineered cavities, paving the way for compact signal routing within microelectronic packages. The structure improves high-frequency transmission, integration density, and thermal management. Applications span radar, 5G telecom modules, and advanced packaging in electronics. By merging CNRS, Thales, and Lille engineering teams, it advances both fundamental microelectronics and industry-ready design
Though part of broader collaboration, ARIANES (Association for Research and Advanced Imaging in Neuroscience) represents Lille’s invention of AI‑driven neuroimaging biomarkers, deployed over 22 MRI scanners in Hauts‑de‑France. Starting around 2021, this imaging pipeline identifies early signals of neurological or psychiatric pathologies. It layers machine learning on high-resolution MRI, enabling predictive diagnostics and personalized neuro‑care strategies. Patent-level techniques emerging from ARIANES show how Lille translates image processing research into diagnostic tools through interdisciplinary work between engineering, clinical research, and AI
The EE 4.0 initiative, launched under CPER funding around 2021–22, develops adaptive, flexible and sustainable electrical energy infrastructure. By combining smart grid tech, energy storage, IoT sensors, and user behaviour studies, EE 4.0 prototypes systems for demand-responsive distribution and renewable integration. It bridges power electronics labs (like L2EP) and social sciences research (acceptance, regulation). This “invention” is less a single device and more a platform demonstrating next‑generation energy architectures. It stands as an achievement in systems innovation, hybrid of engineering and user-centered design
In 2015, researchers developed a superconducting quantum interference device built entirely from a boron-doped silicon thin film. Unlike traditional SQUIDs that use metallic superconductors, this design harnesses silicon—a mainstream semiconductor—for quantum sensitivity. The innovation lies in creating nano‑scale Dayem bridges directly in silicon, enabling magnetic flux modulation at very low temperatures. This breakthrough opened doors to integrating superconducting quantum sensors into silicon-based platforms, with long-term implications for quantum computing, nanoscale magnetic imaging, and hybrid semiconductor–superconductor systems
Within its scientific campus, Lille created a living-lab platform for sustainable food production—integrating soil science, crop trials, urban horticulture, and biotech. Though not commercial patents, the system embodies an invention in campus-based agro-innovation: students and researchers develop novel cultivation techniques, eco-agricultural devices, and nutrient recycling systems. It’s both educational facility and experimental station, feeding into startups and regional food-tech initiatives. It reflects Lille’s inventive use of infrastructure as research output, marrying scientific creativity with ecological purpose
Lille’s IRCICA lab pioneered software‑hardware platforms for photonic communications, neuro‑inspired vision processing, and haptic interfaces. These inventions include gesture-controlled systems, IoT sensors, and low‑latency optical data paths. While not tied to single patents, the platform technology feeds into commercial prototypes in AR/VR, secure optical communications, and sensory augmentation. Its invention comes from integrating optical telecom, machine learning, and user-technology interaction design—areas where Lille’s interdisciplinary strengths shine through
Embark on your educational journey with confidence! Our team of admission experts is here to guide you through the process. Book a free session now to receive personalized advice, assistance with applications, and insights into your dream school. Whether you're applying to college, graduate school, or specialized programs, we're here to help you succeed.