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Lorraine , India
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The below information is required while
completing the university application :
key documents you typically need when applying for a Bachelor’s (Licence) program at the University of Lorraine (especially for international applicants):
1. Completed Online Application Form
Submit your application via the official platform—eCandidat for EU/non-Campus?France cases or the Études en France portal (Campus?France) for non-EU applicants?
2. High School Diploma and Transcript
Certified copies of your secondary education certificates (e.g., high school diploma, A?levels, IB) and official transcripts showing your grades. Most programs expect at least a score equivalent to 12/20 or
3. Proof of Language Proficiency
If the program is taught in French, you’ll need at least a B2-level French certificate. For English-track degrees, acceptable test scores include TOEFL, IELTS or equivalent?
4. Passport Copy and Identification Documents
A clear copy of your passport (or national ID if EU) is mandatory. Non?EU applicants may also need to provide visa documentation or Campus?France approval documents
5. Financial Proof and Health Insurance
You must declare your ability to fund your studies and living expenses in France. Proof of financial guarantee and proof of health/life insurance are required before enrollment
6. Motivation Letter / Personal Statement
A concise letter explaining why you’re applying, your study goals, and how you’re a good fit for the program. A CV may also strengthen your application even though it's more common at Master’s level
Know more
The university holds the Bienvenue en France label, affirming its high-level reception and support for international PhD students and researchers. This ensures clear administrative procedures, academic integration, and community orientation. It strengthens Lorraine’s global attractiveness for talent, enhancing its role as a gateway in European research exchange.
According to the SCImago innovation ranking, University of Lorraine ranks among France’s most innovative institutions based on patent volume and citation impact. That status reflects its ongoing strength in commercializing research findings in materials science, environmental technology, digital systems, and other applied fields. It’s a quantitative marker of the institution’s research output translating into industrial
As of today, Lorraine brings together roughly 3,900 researchers across ten major research centers, directed at key regional and global challenges—energy, sustainable resources, health, digital systems, cultures and societies. This scope cements its reputation as one of France’s most comprehensive multidisciplinary research universities.
Approved in April 2024, this patent describes human mesenchymal stem cells derived from Wharton’s Jelly for treating sepsis and septic shock. University of Lorraine scientists developed methods to prepare and formulate these cells into therapeutic compositions. The invention holds promise for severe clinical treatment options in critical care settings. It represents a breakthrough in regenerative medicine and immunotherapy—applying cellular therapy to life‑threatening systemic disorders. This achievement highlights Lorraine’s capacity to translate stem cell biology into real-world medical applications
In April 2024, Lorraine researchers patented a flame-retardant treatment for lignocellulosic materials using phytic acid and urea. The method involves impregnating, drying, and cooking biomass to create phosphorus-enriched, fire-resistant wood-based products. This eco-friendly approach enhances safety in construction, packaging, and biocomposite sectors. It demonstrates Lorraine’s strength in materials science and sustainable innovation—turning abundant natural substrates into high-performance alternatives to conventional flame retardants
Also in March 2024, the university, in collaboration with Safran, secured a patent for protecting coils in superconducting electric machines. Their design uses flux barriers formed of superconducting material to shield coil edges in axial or radial flux configurations. This invention improves electromagnetic efficiency and thermal stability in advanced electro‑motors. It reflects Lorraine’s leadership in energy systems research and contributions to next-generation propulsion and power generation technologies
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