PhD in Organic Materials for High-Voltage Lithium-Ion Batteries University of Strasbourg in France

PhD opportunity in organic chemistry, materials science, and electrochemistry for the design, synthesis, and characterization of conjugated organic materials used as multifunctional binders for high-energy-density lithium-ion batteries.

The project is based between Strasbourg and Tours, France, with collaboration between the University of Strasbourg / CNRS (ICPEES) and the University of Tours (PCM2E). The research combines organic synthesis (including Suzuki, Heck, and Stille couplings), electrochemical testing of Li-ion batteries (CV, GCPL, EIS), and the study of molecular materials and optoelectronic properties.

Research themes include energy storage, energy transition, conjugated polymers, multifunctional binders, and high-voltage battery materials. The project aims to improve electrode integrity, electrochemical stability, transport properties, and overall battery performance while reducing reliance on conventional fluorinated binders such as PVDF.

Candidate profile: strong background in organic chemistry, molecular materials, optoelectronics, or electrochemistry; interest in innovative energy technologies; good scientific English; and strong communication/writing skills.

Supervision is provided by Dr. Nicolas Leclerc (University of Strasbourg / CNRS) and Dr. Badr Jismy (University of Tours). The post indicates a PhD start date in October 2026. Applicants are asked to send a CV, cover letter, and two recommendation letters to the listed supervisors.

Useful links and contacts are included in the post for the host laboratories and application correspondence.