Mauro Pasta

The University of Oxford is seeking a postdoctoral researcher to join Professor Mauro Pasta's group in the Department of Materials. The position focuses on the synthesis of sulphide-based solid electrolytes for solid-state batteries, with an emphasis on understanding how synthesis and composition affect properties such as processability, electrochemical stability, and mechanical behaviour, beyond just ionic conductivity. This opportunity is ideal for candidates with a strong background in materials science, chemistry, or chemical engineering, particularly those with experience in battery materials and electrochemistry. The successful applicant will work in a leading research environment, contributing to advancements in next-generation battery technologies. Applicants should hold a PhD in a relevant field and demonstrate expertise in the synthesis and characterization of solid electrolytes or related materials. Strong communication and teamwork skills are essential. The position is based at the University of Oxford, UK, and offers the chance to collaborate with world-class researchers in a dynamic and innovative setting. The application deadline is 5 January 2025. For more information and to apply, visit the official University of Oxford recruitment portal. Informal inquiries can be directed to Professor Mauro Pasta via LinkedIn.

The University of Oxford's Department of Materials is inviting applications for a fully funded PhD (DPhil) position in the field of battery electrolytes, supervised by Professor Mauro Pasta. The research project focuses on the rational, physics-informed design of battery electrolytes by linking solvation chemistry, ion transport, and interphase formation. This work is central to advancing electrochemical energy storage, particularly as battery technologies evolve beyond conventional lithium-ion systems toward lithium metal and other high-energy chemistries. The project aims to establish direct links between the bulk structure of electrolytes and the structure of interphases, which are critical for battery performance, stability, and safety. The successful candidate will synthesize and systematically modify electrolyte components, such as salts and solvents, to tune solvation environments and transport properties. Advanced electrochemical and spectroscopic techniques will be used to characterize these electrolytes, correlating their physicochemical properties with interphase composition, nanostructure, and electrochemical performance. The overarching goal is to move from empirical optimization to knowledge-driven electrolyte design, grounded in mechanistic understanding. This opportunity is ideal for candidates with a strong background in Chemistry, especially those with experience in synthetic organic chemistry, electrochemistry, or battery research. The position is fully funded and open to both UK and international applicants, covering tuition fees and providing a stipend for living expenses. The application deadline is March 3rd, 2026. For more information about the project and application process, please refer to the provided links. Keywords: Electrochemistry, Battery Electrolytes, Solvation Chemistry, Ion Transport, Interphases, Materials Science, Energy Storage, Lithium Batteries, Electrolyte Design, Spectroscopy.

Robert House at the University of Oxford is recruiting for two fully funded PhD positions starting October 2026 in advanced battery material research within the House Group, Department of Materials. Project 1: Li-rich disordered cathodes for solid state batteries . This project is for Home/UK students only and is within the 3D-CAT and SOLBAT projects. It is co-supervised by Prof Mauro Pasta in the Department of Materials, University of Oxford, and funded by The Faraday Institution and Nissan . Project 2: High energy density, low-cost, iron-based battery cathodes . This project is open to International + Home/UK students and is affiliated with the ZERO Institute at the University of Oxford with support from an industry sponsor. Research keywords include battery materials , solid-state batteries , cathode materials , energy storage , and materials science . The post does not mention a specific stipend amount, tuition coverage details, or formal entry requirements beyond the student eligibility categories. Applications are reviewed on a rolling basis until the positions are filled. Interested candidates should email their CV to Robert House and indicate which project they are interested in.