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Nice, France
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The below information is required while
completing the university application :
Document requirements for applying to a Bachelor’s program at Université Côte d'Azur:
High School Diploma / Secondary School Certificate
Proof that you’ve successfully completed secondary education, equivalent to the French Baccalauréat. If your final results aren’t available yet, a provisional certificate may be accepted.
Academic Transcripts
Official transcripts from your last three years of schooling, listing subjects studied and grades achieved. These must be translated into French or English if issued in another language.
Curriculum Vitae (CV)
A simple but clear CV showing your educational background, achievements, language skills, extracurricular activities, and any relevant experience.
Personal Statement / Motivation Letter
A 1-page letter explaining your interest in the program, your academic goals, and why you want to study at Université Côte d’Azur.
Proof of Language Proficiency
For English-taught programs: IELTS/TOEFL or equivalent.
For French-taught programs: DELF/DALF or TCF scores depending on program requirements.
Passport or Identity Document
A valid copy of your passport or national ID card to confirm your identity and nationality.
Know more
Published December 2024 for the 2025 rankings, Université Côte d’Azur surged from 557 to 328 globally in the QS World University Rankings for Sustainability. It now ranks in France’s top 5 universities for environmental education and social impact, including health & well‑being. This signal speaks volumes about its rapid progress in embedding ESG principles into research, curriculum and campus life, aligning operations with broad sustainability goals.
In March 2025 Université Côte d’Azur joined the national "Stand Up For Science France" initiative, publicly defending academic freedom amid international pressures. It was among the first universities to sign an open letter urging EU leaders to fully support European research excellence. It also launched a MOOC in scientific diplomacy and hosted simulation exercises for marine biodiversity treaties. These efforts solidify its reputation as an institution that not only excels in science, but also shapes science diplomacy, global cooperation, and civic trust in research.
On July 16, 2024 (decree published), Université Côte d’Azur officially moved out of its experimental status to become a Grand Établissement. That change reflected formal recognition of its mature governance model, autonomy and strategic vision. It cemented the university’s ability to deploy university research schools, specialized bachelor and master tracks, and innovation-driven diplomas. It also strengthened integration of teaching, research and entrepreneurship — creating a unified and flexible institution capable of meeting international academic standards
Patented in March 2025, this invention is a system using RFID tags and an antenna array under animal cages to continuously monitor and record movement. Each tag sends signals to distributed antennas; a computer logs which antenna picks up the signal, reconstructing the animal’s path over time. It's a robust tool for zoological, veterinary, and scientific labs to automate tracking and behavioral studies in captivity. The approach combines hardware, software, and data processing in a seamless way that improves animal monitoring and research accuracy
Developed at the Antennas & Telecommunications Laboratory, SPLEAT brings artificial intelligence directly to drones, satellites, and autonomous systems. It works on highly constrained devices that can't rely on cloud processing due to latency, security, or bandwidth limits. SPLEAT is reportedly 10–100× more efficient in computing and energy use than conventional onboard AI methods. The acceleration and energy savings make it ideal for real‑time edge applications in defense, space, and telecom. After seven years of research, it spun off as the startup AICO Technology in 2024 and won major innovation awards in 2024–25
This invention outlines a quantum simulator using tunable lasers, atom‑filled vapor cells, and beam shaping to simulate the evolution of complex nonlinear equations. It maps mathematical parameters into light interactions, enabling research in quantum physics and computational modeling. Proposed in late 2022 (published 2024), it's designed to speed up simulation of complex systems that classical computers struggle with. It represents major progress in experimental quantum computing and analog simulation capabilities coming out of Université Côte d’Azur in partnership with CNRS
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