Battery Scientist

Ten-Nine Technologies is seeking a highly motivated and experienced Battery Scientist to join its team, bridging new material chemistry with battery electrode design optimisation. The ideal candidate brings a strong background in battery technology and cell build processes alongside leadership and project management skills, working across primary and secondary battery systems.

Key Responsibilities

• Continuously explore and improve the integration of Ten-Nine’s materials in both primary and secondary batteries
• Collaborate with cross-functional teams, including R&D, engineering and production, to ensure seamless integration of new battery technologies into products
• Identify emerging trends and technologies in the battery industry and design application research to target them
• Oversee the testing and validation of new battery designs to ensure performance and safety standards are met
• Drive continuous improvement initiatives to optimise battery manufacturing processes and enhance product quality
• Maintain documentation and reports related to battery development projects, including technical specifications, test results and performance metrics

Requirements

Essential: MS or PhD in Electrochemical Engineering, Chemical Engineering, Materials Science or similar, with an emphasis on cell design and electrode optimisation in lithium-ion rechargeable batteries; proficiency with lab procedures related to battery cell fabrication and testing, including OSHA/EHS procedures; 1+ years of battery cell design and fabrication experience in an industry setting; lateral problem-solving ability; proficiency with battery test methods and interpretation of results; experience with Battery Cyclers, SEM, EDX and EIS; keen attention to detail and record keeping; excellent organisational and communication skills; proficiency in Microsoft Office; flexibility in the workplace; must pass background check and drug test.

Desirable: lithium-ion battery cell design optimisation across material and application sets; experience working with a wide variety of battery active materials and nanomaterials; commercialisation of new battery products; in-depth understanding of analytical techniques used in battery R&D, including material analysis, electrochemical analysis and post-mortem analysis.