CNRS Fully Funded PhD France 2026

Applications are now open for a fully funded PhD position in experimental fluid mechanics in France. This doctoral opportunity is hosted at the Institut de Physique de Nice, a joint research unit of CNRS and Université Côte d’Azur.

The project focuses on pulsatile flow stability in complex geometries. It examines how periodic forcing and structural constraints influence flow behavior. These questions are central to both fundamental physics and real-world systems such as cardiovascular blood flow.

The PhD position is fully funded for three years. The selected candidate will receive a gross monthly salary of approximately 2300 €. The opportunity is open to applicants of all nationalities. The application deadline is 20 February 2026 at 23:59 CET, and the start date is 1 May 2026.

Overview of the CNRS Fully Funded PhD in France

This doctoral scholarship offers a structured research path within one of France’s leading scientific institutions. The research is primarily experimental. It combines theoretical insight with hands-on laboratory work.

Key Details

• Degree Level: PhD

• Field: Fluid mechanics
• Host Institution: Université Côte d’Azur, France
• Research Unit: Institut de Physique de Nice (INPHYNI)
• Funding Type: Fully funded with salary and benefits
• Monthly Salary: Approx. 2300 € gross
• Start Date: 1 May 2026
• Application Deadline: 20 February 2026

There is no application fee.

Research Focus: Pulsatile Flow Stability in Complex Geometries

Fluid mechanics remains one of the most dynamic branches of physics. It bridges mathematics, engineering, and applied science. This project explores pulsatile pipe flows and their stability under varying geometric conditions.

Understanding Pulsatile Flow

Pulsatile flow refers to fluid motion that varies periodically with time. Unlike steady flow, pulsatile systems experience oscillations in velocity and pressure. These conditions are common in biological systems, especially blood circulation.

By studying pulsatile forcing in controlled laboratory settings, researchers aim to understand how geometry influences stability, transition to turbulence, and energy dissipation.

Real-World Applications

The outcomes of this research extend beyond theoretical interest. Key application areas include:

• Cardiovascular blood flow modeling
• Hemodynamic shear stress analysis
• Turbulence in physiological systems
• Industrial pipe flow systems

The project offers a rare opportunity to connect classical fluid mechanics with biomedical physics.

Host Institution: Academic Excellence in France

The PhD will be conducted at the Institut de Physique de Nice. INPHYNI is recognized for its contributions to soft matter physics, turbulence, and complex flows.As part of CNRS and Université Côte d’Azur, the laboratory benefits from national research funding and international collaborations.

About CNRS

CNRS is one of Europe’s largest public research organizations. It supports fundamental and applied research across scientific disciplines. Doctoral candidates within CNRS units gain access to extensive research networks and infrastructure.

About Université Côte d’Azur

Université Côte d’Azur is located in Nice, France. The university is known for strong programs in physics, mathematics, and engineering sciences. Its international research environment attracts scholars from across Europe and beyond.

What the CNRS Doctoral Scholarship Offers

This is a salaried PhD position under French research employment regulations. The funding covers the entire three-year duration.

Financial Support

• Approximately 2300 € gross monthly salary
• Full funding for 36 months
• Social security and employment benefits

Additional Financial Benefits

• 75 percent reimbursement of public transport costs
• Sustainable mobility allowance up to 300 €
• Access to research funding and laboratory resources

Work-Life Balance

• 44 days of annual leave including RTT
• Possibility of partial remote work arrangements
• Inclusive work environment with disability accommodations

These benefits make the position competitive among fully funded PhD opportunities in France.

Laboratory Environment and Research Group

The selected candidate will join the Rheology of Concentrated Suspensions group at INPHYNI. The group focuses on complex fluids, non-Newtonian flows, and turbulence.

State-of-the-Art Facilities

The laboratory features:

• A new pulsatile pipe flow facility
• High-resolution Particle Image Velocimetry systems
• Advanced optical measurement equipment
• Dedicated experimental workspaces

Training in Experimental Techniques

The project emphasizes hands-on learning. The candidate will gain experience in:

• Particle Image Velocimetry
• Flow visualization methods
• Experimental design and calibration
• Data acquisition and statistical analysis

Prior experience in PIV is not mandatory. A strong interest in experimental research is essential.

Eligibility Criteria for the PhD in Fluid Mechanics

Applicants must meet the following academic and professional requirements.

Academic Background

• Master’s degree in physics or a closely related field by May 2026
• Strong foundation in fluid mechanics
• Knowledge of out-of-equilibrium physics

Research Profile

• Interest in experimental setups and data analysis
• Ability to work independently and in a team
• Proactive and organized work style

No prior specialization in turbulence or PIV is required. However, enthusiasm for laboratory research is important.

The position is open to candidates of all nationalities. Applicants with disabilities are encouraged to apply, and accommodations are available.

Why Pursue a Fully Funded PhD in France?

France remains one of Europe’s leading destinations for doctoral research. CNRS laboratories are integrated into global scientific networks.

Academic Recognition

A PhD from a CNRS-affiliated laboratory carries international credibility. Graduates often continue into postdoctoral positions, academic roles, or research and development sectors.

Research Impact

The study of pulsatile flow intersects physics, engineering, and biomedical science. Findings from this project may contribute to improved understanding of cardiovascular dynamics.

Living in Nice, France

Nice offers a strong academic community combined with Mediterranean living. It is well connected to European research hubs. The environment supports both focused research and personal well-being.

Application Process for the CNRS Doctoral Student Scholarship 2026

The application must be submitted through the official CNRS online portal.

Step 1: Access the Application Portal

Visit the official CNRS recruitment website and locate the doctoral position listing.

Step 2: Create an Account

Applicants must create or log into an account to complete the submission process.

Step 3: Prepare Required Documents

Typical documents include:

• Curriculum Vitae
• Motivation letter
• Academic transcripts
• Contact details for referees

Ensure that all materials clearly reflect your background in fluid mechanics and research interests.

Step 4: Submit Before Deadline

Applications must be completed before 20 February 2026 at 23:59 CET. Late submissions are not considered.

Contact for Inquiries

For additional information about the project, applicants may contact:Atul Varshney

Email: atul.varshney@cnrs.frProfessional and concise communication is recommended.

Important Dates

• Application Deadline: 20 February 2026
• Start Date: 1 May 2026
• Duration: 3 years

Applicants should begin preparing documents well in advance.

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