Lille University of Science and Technology

Villeneuve dAscq, France

Lille University of Science and Technology, also known as University Lille 1 (now part of the larger University of Lille since a 2018 merger), specializes in science and tech. It sits in Villeneuve‑d’Ascq, just outside Lille, on the sprawling Cité Scientifique campus .
Add to compare
20.3k
11k
9k
3.0k
6
0

Tuition Fees, Cost of Living & Accommodation at Lille University of Science and Technology

Cost Of Living

€ 7800

Undergraduate Fees International Students

€ 8972

Post Graduate Fees International Students

€ 13500

Bachelors

  • € 8972
  • € 8972
  • € 8972

Masters

  • € 13500

Lille University of Science and Technology Departments

  • Department of Computer Science
  • Department of Mechanical Engineering
  • Department of Electrical Engineering
  • Department of Civil Engineering
  • Department of Physics & Energy Science
  • Department of Chemistry
  • Department of Biology
  • Department of Mathematics
  • Department of Materials Science
  • Department of Environmental Engineering

Distinguished Alumni of Lille University of Science and Technology

Step-by-Step Guide to Admission Requirements at Lille University of Science and Technology

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

Lille University of Science and Technology Corporate Partnership

  • EDF – EM2VM joint laboratory : Since 2008 ULille has worked with EDF R&D in the EM2VM lab, studying how electrical materials age in power generation infrastructure. Engineers and materials scientists model degradation processes under real conditions—like high voltage, temperature cycling, and electrical stress. This collaboration led to predictive models that help EDF manage its facilities more safely and efficiently, extending component life and reducing downtime. The research includes analysis of insulation, polymers, and metal fatigue. For the university, it ensures real-world validation and industrial impact; for EDF, it builds resilience in energy systems. Together they bridge lab-scale science and grid-scale engineering
  • Ingredia : Partnering since December 2017, ULille and Ingredia launched the AlLInPep joint research unit within the Charles Viollette Institute. Their aim: develop novel dairy‑based peptide ingredients with clean-label health benefits—antioxidant, anti-inflammatory, nutritional functionality. They leverage bio‑eco agricultural platforms and protein hydrolysis expertise. Over time, the team has scaled up lab results into prototypes that can be tested in nutrition, specialized dietetics, cosmetics and functional foods. Ingredia brings industrial fermentation and processing expertise, while the university contributes scientific rigor and analytical tools. This partnership accelerates translation from protein biochemistry to real food innovation
  • Inria  : The Inria Centre at the University of Lille formed in 2008 and solidified via a 2021 strategic agreement. Together they cover artificial intelligence, cybersecurity, digital health and software engineering. Inria brings high-end computing clusters, algorithmic research, and startup support; ULille offers faculty, courses, and infrastructure. Shared teams fuel spin-offs, cross-appointments, and joint labs. Companies like OVH, Orange, Decathlon, Saint‑Gobain and EDF tap into joint research for scalable digital solutions. Through this strong alliance, Lille becomes a national node of excellence in data-driven innovation and supports regional firms with R&D access and talent
  • Evotec  : In a joint project, Evotec co‑operated with Inserm, Lille University Hospital and ULille to identify therapeutic targets in obesity and metabolic diseases. ULille’s academic researchers bring clinical and molecular insight; Evotec contributes high-throughput screening platforms, chemical libraries, and drug discovery pipelines. Inserm Transfert ensures technology licensing and translational strategy. Together they aim to accelerate development of novel therapeutics for metabolic disorders by blending academic pathology knowledge with industrial drug discovery efficiency—a model of public-private collaboration for biomedical innovation
  • Railenium : Through the COMUE Lille‑Nord‑de‑France, ULille co-owns the Railenium institute with industry leaders like SNCF, Alstom, Bouygues Rail, Thales, Egis Rail and others. Established via France’s investment programs, Railenium supports R&D in rail materials, track engineering, signaling and transportation innovation. ULille contributes expertise from civil and environmental engineering, materials science, and nanotechnology. The partnership blends academic laboratories with industrial trials, prototype testing and policy-oriented solutions for sustainable rail mobility. It strengthens regional leadership in rail innovation and international standards development.
  • Neximed Foundation : As part of regional research initiatives, ULille joined forces with Inserm, CNRS, Institut Pasteur de Lille and public health agencies to create Neximed, the Institute for Personalized Medicine. With nearly €9 million in funding, Neximed supports precision diagnostics and targeted therapies through combined academic and health-system research. It integrates ULille’s life science departments, clinical research protocols at Lille University Hospital, and laboratory platforms to drive innovations in oncology, metabolic conditions and aging biology. The foundation model allows collaboration with biotech firms and ensures continuity from discovery to application in patient care
  • dSPACE : At ULille summer schools like EMR21, major engineering sponsors include dSPACE, Typhoon HIL and Siemens Industry Software. They provide hardware-in-the-loop simulation tools for power electronics, automotive systems, microgrid modelling and smart grids. Students and researchers use these platforms to test control algorithms, simulate real-time energy systems and prototype intelligent infrastructure. The partnership fosters training aligned with industry demands, feeding talent into firms while enabling technical validation of academic models and algorithms under industrial standards and conditions. ULille benefits with cutting-edge lab access and collaborative development roadmaps
  • Siléane : ULille works with the SME Siléane in the ARES LabCom project—focusing on machine learning and computer vision for intelligent robotics applied to automation. The goal is robots that can sort and assemble diverse product types in manufacturing lines with high flexibility. ULille researchers from LIRIS labs develop adaptive algorithms, while Siléane provides industrial-grade robotic systems. This partnership bridges academic innovation in perception and automation with real-world deployment in industry 4.0 contexts. It creates flexible automation tools responsive to evolving industrial needs and advances smart manufacturing
View More

Notable Achievements of Lille University of Science and Technology

Achievements

01.
Official “HR Excellence in Research” award

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

Year
2023
02.
LIBEL’UL inclusive undergraduate excellence project

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

Year
2023
03.
WILL project launch & international research chairs

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

Year
2022-23

Notable Innovation, Research & Development Lille University of Science and Technology

Notable Innovation

01.
Electroacoustic ultrasonic surface wave transducer

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

Year
2024
02.
Lensless method for live control of light beams

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

Year
2024
03.
MSICare algorithm for diagnosing MSI cancers

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

Year
2024

Connect With Lille University of Science and Technology

  • Cite Scientifique, 59650 Villeneuve-dAscq, France
  • +33320434343

Book Free Session with Our Admission Experts

Admission Experts