France 2030 is not only an industrial program — it is simultaneously the most substantial research funding expansion in modern French academic history. For researchers at CNRS, CEA, INRIA, Inserm, universities, and grandes écoles, France 2030 opens direct funding pathways that did not exist five years ago. This guide explains every mechanism available to academic researchers, from doctoral funding through to spinoff creation.
Why Researchers Should Care About France 2030
France 2030’s research dimension is often underreported relative to its industrial aspects. The total research and technology component — including PEPR programs, research infrastructure investments, LabEx continuations, and university-industry chairs — amounts to approximately €10 billion of the €54 billion total. This is the largest research investment France has made since the postwar reconstruction of the university system.
The fundamental shift France 2030 represents for researchers: funding is now explicitly linked to technological and industrial outcomes. Pure basic research remains funded through traditional ANR channels, but the new money — the PEPR programs, the I-Démo demonstrators, the shared technology platforms — requires demonstrated pathways from research to market application. Researchers who understand and engage with this new paradigm access funding that researchers who ignore it do not.
The PEPR Programs: Priority Research Programs and Equipment
What PEPRs Are
PEPR (Programme et Équipement Prioritaire de Recherche) are the flagship France 2030 research instruments. Each PEPR is a multi-year, multi-partner research program in a strategic technology area, funded at €50–300 million, managed by a consortium of leading research organizations, and explicitly designed to create scientific foundations for France 2030 industrial objectives.
As of 2026, over 20 PEPRs have been launched across France 2030’s priority sectors:
PEPR Quantique: €300 million for quantum computing, communications, and sensing research. Led jointly by CNRS and CEA. Funds theoretical and experimental quantum research at Paris, Grenoble, and Saclay clusters. Connects directly to Pasqal (neutral atoms), Alice & Bob (cat qubits), and Quandela (photonics) — all CNRS/Polytechnique spinoffs.
PEPR IA Trustworthy: €220 million for trustworthy AI research — explainability, robustness, privacy-preserving AI, and ethical AI systems. Led by INRIA and CNRS. Feeds into France’s AI national strategy and the regulatory work supporting the EU AI Act.
PEPR Santé Numérique (Digital Health): €180 million for AI-driven diagnostics, health data infrastructure, digital therapeutics. Managed by Inserm and AP-HP (Assistance Publique-Hôpitaux de Paris).
PEPR Hydrogène: €100 million for fundamental hydrogen technology research — electrolysis chemistry, storage materials, fuel cell optimization. Led by CNRS with CEA participation.
PEPR Recyclabilité: €60 million for advanced material recycling science, supporting the circular economy objectives of France 2030’s industrial decarbonization axis.
PEPR Agrosystèmes Durables: €100 million for sustainable agriculture systems research. France 2030’s “third agricultural revolution” in research form.
PEPR Océan et Eau: €70 million for ocean science supporting the deep sea and marine resources axis.
How to Access PEPR Funding
PEPR programs are managed by research “pilotes” (usually a lead CNRS or CEA unit) who issue calls for proposals within the program framework. Researchers access PEPR funding through:
Themed calls (appels à projets thématiques): Open competitive calls within PEPR areas. Any team affiliated with a French public research institution can apply. Funding ranges from €200,000 for small teams to €3+ million for large collaborative projects.
Consortium participation: Some PEPRs identify priority partner institutions in their launch documents. Negotiating consortium membership early — before public calls close — is a common strategy for large research groups.
Infrastructure investments: PEPRs fund shared equipment (cryo-electron microscopes, quantum testbeds, high-performance computing allocation). Research teams applying for access to PEPR-funded infrastructure through their institution’s research support office.
Key practical point: PEPR calls are managed through the ANR’s online platform (Agence Nationale de la Recherche — anr.fr). All applications require a French institutional affiliation, though international collaborators can be named as project partners.
ANR and France 2030: Research Calls Beyond PEPR
The ANR (Agence Nationale de la Recherche) is the primary operator for France 2030’s research investments outside the PEPR structure. France 2030 significantly increased ANR’s budget — from approximately €800 million to over €1.1 billion annually — with the increase directed toward:
Thematic calls aligned with France 2030 sectors: Each year, ANR publishes a “Flash” call or generic call with specific thematic priorities matching France 2030’s ten axes. In 2024-2025, priority calls included hydrogen electrolysis chemistry, quantum error correction, mRNA delivery mechanisms, sustainable agriculture genomics, and deep-sea biology.
RA-CPU (Research-Action-Consult for public-private innovation): A mechanism for joint academic-industrial research projects where an academic team works alongside an industrial partner. Funded at 50-80% for academic partner, with the industrial partner contributing 20-50%. Highly relevant for researchers wanting to engage with France 2030 industrial programs while maintaining academic output.
International calls (ANR-DFG, ANR-JSPS, ANR-NSF): France maintains bilateral research funding agreements with Germany (DFG), Japan (JSPS), the US (NSF), and others. These calls are not explicitly France 2030-branded but often align with France 2030 thematic priorities.
Application process: ANR applications run through the ANR submission portal with standard scientific review. The typical timeline is: call published in October, full proposal deadline in January, results in June, projects starting in September. Budget: €300K–€800K for individual PI projects; €1.5–4M for multi-partner “Collaborative Research Projects” (PRC).
CIFRE: The Doctoral Funding Bridge
What CIFRE Is
CIFRE (Convention Industrielle de Formation par la REcherche) is France’s industrial PhD program — a mechanism that funds doctoral students to conduct their thesis research in a company, with co-supervision from an academic laboratory. France 2030 significantly expanded CIFRE funding, with 2,000+ new CIFRE contracts created annually.
Structure:
- Company employs the doctoral student (minimum €2,218/month gross, typically €2,500-3,500)
- ANRT (Association Nationale Recherche-Technologie) reimburses the company €14,000/year for 3 years
- Doctoral student splits time between company and academic laboratory
- Thesis results are co-owned (negotiated case by case)
Why it matters for France 2030: CIFRE is the fastest mechanism for getting fundamental research into industrial application. Companies receiving France 2030 funding frequently use CIFRE to access cutting-edge academic expertise without hiring full-time senior researchers. For academic labs, CIFRE provides funding and real-world problems that strengthen research quality and relevance.
Application process: Company and academic lab jointly apply through the ANRT portal. The student must be enrolled or enrollable in a French doctoral program. Turnaround: 1-2 months from complete application to approval. No competitive evaluation — it is an administrative validation of eligibility.
CIFRE as France 2030 Entry Point
Many France 2030 company-beneficiaries use CIFRE as their entry point to academic collaboration. A company winning an I-Nov or I-Démo grant will frequently simultaneously launch 2-5 CIFRE theses in the relevant technology areas. For academic researchers, spotting France 2030 competition winners in their field and approaching them about CIFRE partnerships is a proven pathway to industrial relevance and funding.
University-Industry Chairs and Research Platforms
France 2030 funds a number of dedicated university-industry chairs (chaires universitaires-entreprises) — multi-year collaborative arrangements between a professor, their laboratory, and one or more industrial partners. Funding: typically €500K–€2M over 5 years, split between France 2030, the industrial partner, and the university.
How to identify opportunities: Companies receiving France 2030 sector funding often launch chairs as part of their research strategy. Airbus (hydrogen aircraft), Safran (sustainable propulsion), STMicroelectronics (power electronics), and Renault (battery chemistry) all maintain academic chairs in France.
Shared technology platforms: France 2030 funds “technological research institutes” (Instituts de Recherche Technologique — IRTs) and “technology platforms” (plateformes technologiques) that give academic researchers access to industrial-grade equipment — electron beam lithography, pilot-scale electrolyzers, composite manufacturing facilities. Time on these platforms is competitively allocated but gives academic projects capabilities impossible to replicate in a standard lab.
From Lab to Market: The Spinoff Pathway
France 2030 dramatically expands the resources available for academic spinoff creation. The ecosystem has matured: CNRS, CEA, INRIA, and Inserm all have professional technology transfer offices (SATT — Sociétés d’Accélération du Transfert de Technologies) that manage IP licensing and spinoff creation. France 2030 adds funding layers at each stage:
Stage 1 — Proof of concept (Bpifrance Proof of Concept): Small grants (€50–200K) for validating commercial applications of laboratory results. Available to researchers and doctoral students. Apply through Bpifrance’s online portal; 2-month turnaround.
Stage 2 — Maturation (SATT maturation programs): SATT offices provide 12-18 months of protected R&D time and IP filing support for projects with commercial potential. The researcher retains their CNRS/CEA position during maturation. France 2030 funded significant SATT recapitalization to increase throughput.
Stage 3 — i-Lab National Startup Competition: France 2030’s i-Lab competition (managed by Bpifrance) provides €500K–€1.5M in non-dilutive grant funding specifically for spinoffs from research laboratories. Winners gain i-Lab laureate status, which signals technical credibility to investors. Approximately 100 laureates per year; application in February for July results.
Stage 4 — JEI status + CIR: Once incorporated, the spinoff applies for JEI (Jeune Entreprise Innovante) status, eliminating social charges on R&D staff salaries. Simultaneously, all qualifying R&D expenditures generate the 30% CIR tax credit.
Stage 5 — Bpifrance Deeptech funding: Bpifrance’s dedicated Deeptech program provides convertible loans (PCD — Prêt à la Création Deeptech), equity co-investment alongside VCs, and preferential access to France 2030 competition tracks designed for research spinoffs.
Notable example: Pasqal, the world’s leading neutral-atom quantum computing company, followed this exact pathway — from CNRS research at Institut d’Optique, through Alain Aspect’s laboratory, to i-Lab laureate status, to €100M+ in France 2030 quantum funding and €150M in VC investment. The playbook is documented and replicable.
International Researchers: Access and Eligibility
France 2030 is explicitly open to international researchers. The primary eligibility requirement is institutional affiliation with a French research organization — not French citizenship or permanent residency.
Practical path for international researchers:
Short-term collaboration: Secure a visiting researcher position (chercheur invité) at a French university, CNRS unit, CEA, or INRIA. Duration: 1-12 months. Entitled to apply for PEPR and ANR project partnership positions during the visit.
Long-term positioning: Post-doctoral positions at French research institutions carry full access to PEPR and ANR calls. INRIA, CEA, and CNRS all post international postdoc calls with France 2030-relevant topics.
ERC + France 2030 combination: European Research Council grants (ERC Starting, Consolidator, Advanced) are fully compatible with France 2030 PEPR and ANR grants when projects differ in scope. An ERC-funded researcher at a French institution can simultaneously be a PEPR partner and an ANR project leader.
“Choose France for Science” program: A dedicated France 2030 instrument for attracting senior foreign researchers. Provides 5-year funding packages (€1.5–2M per laureate) covering salary supplement, research budget, and PhD student funding. Managed by ANR; three calls completed since 2023.
The Research-to-Industry Ecosystem: Key Institutions
Understanding who funds what helps researchers navigate the system:
ANR (Agence Nationale de la Recherche): Operates PEPR programs, thematic calls, and bilateral international calls. Primary channel for fundamental and applied research funding.
Bpifrance: Operates i-Lab (spinoff competition), Proof of Concept grants, Deeptech loans, and manages France 2030 industrial competitions that involve research partners. Critical contact for researchers creating spinoffs.
SATT network (12 regional SATTs): Technology transfer from public research. Manages IP, structures license agreements, provides pre-maturation funding. Every major French research region has a SATT.
IRTs (Instituts de Recherche Technologique): 8 IRTs in robotics, software, materials, energy, photonics, biotech, nanoelectronics, and systems engineering. France 2030 allocated over €1 billion to IRT continuation. Researchers working in adjacent areas should be affiliated with relevant IRTs.
Carnot Institutes: A network of 38 public research organizations certified for industrial partnership research. Carnot affiliation signals that a lab is equipped for long-term industry collaboration and preferential for Carnot-track France 2030 calls.
Frequently Asked Questions
Can a researcher at a non-French university apply for France 2030 research funding?
International researchers can participate as project partners in ANR projects and PEPR calls. Project leadership requires French institutional affiliation. A foreign university can be named as a partner institution, receiving funding for its specific contribution, while a French team leads the overall project. The “Choose France for Science” program specifically recruits researchers to relocate to France; it does not accommodate applications from researchers wishing to remain abroad.
How does France 2030 research funding interact with European funding (Horizon Europe)?
They are designed to complement, not duplicate. France 2030 PEPR projects typically define scope that does not overlap with concurrent Horizon Europe proposals from the same team — auditors check for double-funding. However, a PEPR project on quantum hardware and a Horizon Europe project on quantum algorithms by the same group is legitimate and common. The “rule of distinctiveness” applies: different objectives, different deliverables, different budgets.
What is the overhead rate on France 2030 research grants?
PEPR and ANR grants follow standard French research grant overhead rules: indirect costs (frais généraux) are typically covered at a fixed rate of 20-30% of direct costs, depending on the call. This is lower than US NSF or NIH overhead rates but covers basic institutional costs. Researchers should check specific call documentation for overhead rates and whether costs are included in or added to the stated grant ceiling.
How long does it take from application to funded project start?
PEPR thematic calls: approximately 6-9 months from deadline to funding decision. ANR generic calls: approximately 8 months. Fast-track calls (ANR Flash): 2-3 months. Bpifrance i-Lab: 5 months. The French system is faster than the EU Horizon Europe timeline (typically 12-18 months) but slower than some national programs.
Is there funding specifically for doctoral researchers and postdocs?
Yes. PEPR programs typically allocate 20-30% of their budget to PhD and postdoc positions within partner laboratories. ANR projects routinely fund PhD students as part of project teams. CIFRE contracts fund industrial PhDs. The “Choose France for Science” program includes PhD student funding as part of senior researcher recruitment packages. Bpifrance’s i-Lab competition includes a dedicated “doctoral project” track for research teams including doctoral students.
Key Takeaways
- France 2030 commits approximately €10 billion to research, through PEPR programs, ANR calls, university-industry chairs, and shared infrastructure
- PEPR programs are the flagship instrument — 20+ programs across all France 2030 sectors, with €50–300M each
- ANR’s budget increased by 40% under France 2030; thematic calls now align explicitly with France 2030 sector priorities
- CIFRE industrial PhDs are the fastest bridge between academic research and France 2030 company investment
- The spinoff pathway — from lab to i-Lab laureate to Bpifrance deeptech funding — is well-established and replicable
- International researchers can access funding through French institutional affiliation; the “Choose France for Science” program recruits senior researchers with dedicated packages