Responsibilities
- Work with Volt14’s R&D team on the development of novel, high-performance silicon-rich anode electrodes and battery cells. Ensure that the developed system meets Volt14’s required performance targets.
- Develop insights from electrochemical testing coin/pouch/cylindrical cell configuration (cycling tests, EIS, GITT, etc) and material characterisation results (SEM, XRD) for iterative anode performance improvement. Tie experimental observations to known electrochemical/electrode model and theory.
- Lead all activities for internal development of full cells based on Volt14’s anode technology in various cell formats and cathode chemistries (NMC, LFP, etc).
- Perform glovebox, wet-laboratory operations and implement wet-laboratory best practices.
- Develop mathematical/physical models and characterisation of process steps related to material/electrode/cells from literature and first principles.
- Liase with technical collaborators and external parties to ensure the successful preparation of cells using Volt14's technology platform. Prepare technical documentation for internal record keeping and for external presentation as needed.
Requirements
- Minimum of masters degree (with 3-5 years of industrial experience) or PhD (with 0-2 years of industrial experience) in Chemical/Electrical/Materials Science Engineering or Electrochemistry. Experience with commercial projects during the PhD/Masters program will be favorably considered.
- Previous research experience must demonstrate an ability to tie experimental findings with fundamental theory. Experience with silicon anode/related materials is a plus.
- Must be able to independently identify gaps in the fundamental understanding of electrochemical phenomenon of interest and eventually become a resident expert.
- Should be a proactive self-starter, capable of working under minimal supervision and be highly comfortable in working in a start-up environment.
- Proficiency in Google and Microsoft productivity suites.
