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Field
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(UMR7574, Sorbonne University, Paris, France) Laboratory in RMES Team on a project focusing on the relationship between interface processes and battery performance. Both labs are involved in the RS2E French
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as part of a collaborative project under the PEPR Batteries program (France 2030), involving 4 PhD theses in 4 national laboratories, all working closely together. This thesis will be coupled with
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, fabrication and electrochemical investigation of electrodes and Li-S batteries (button and pouch cells, operando cells) integrating the sensors and self-healing (SH) materials developed by project partners. You
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for helping the development and growing of an impactful research program in understanding and improving the thermal management and characterization of electrochemical batteries under different and extreme
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energy. Li-ion batteries are essential for many applications such as telephony and portable electronics, and are currently the most mature technology for zero-emission CO2 urban transport. These devices
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within National Science Center (NSC) Opus 24 Project No. 2022/47/B/ST5/03077 entitled “High-Performance Nano-Structural Electrode Materials for Li-S battery” (leader Dr hab. Piotr Pieta, prof. IChF PAN
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electronic ceramics, batteries, solid oxide fuel cells, energy harvesting devices, photovoltaics, carbon capture materials, as well as phenomena relevant to additive manufacturing of ceramics and their post
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of Position: Electrochemical modeling of advanced high-energy batteries. The successful candidate will take exciting and leading technical roles in an ARPA-E project in the group. There are currently four ARPA
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, to innovative batteries, intelligent drive systems and energy management, power electronics and charging infrastructure. In addition, we develop knowledge regarding business planning and consumer behavior, and we
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Apply Now Summary The Battery Lab, a research core under the College of Engineering's Electric Vehicle Center, is seeking a temporary database developer to design a system that tracks manufacturing