As a Lithium-Ion Battery Reliability Manager at EESL, I spearhead efforts to ensure the reliability and performance of our cutting-edge battery systems. With a robust background in battery technology and reliability engineering, my role involves:Strategic Oversight: Developing and executing reliability strategies for lithium-ion batteries, including comprehensive testing and validation protocols.Failure Analysis, Quality Assurance, Data-Driven Insights, Cross-Functional Collaboration, Continuous Improvement etc.,I bring over 12 years of experience in battery technology and reliability engineering, with a proven track record of managing complex projects and delivering high-quality results. My expertise lies in optimizing battery performance, leading failure analysis, and fostering a culture of continuous improvement.

Execution of product testing in development and qualification stage.Design and develop test cases and procedures based on standards & requirements.Configure, maintain and manage equipment’s and server network.Lead in cycle time reduction, cost reduction, equipments automation activities.As a Lithium-Ion Battery Evaluation & Testing Engineer, you will play a key role in assessing and validating the performance and safety of lithium-ion batteries. Your main responsibilities include:Test Development: Design and execute comprehensive testing protocols to evaluate battery performance under diverse conditions.Data Interpretation: Analyze test data to assess key metrics such as capacity, efficiency, cycle life, and thermal stability.Performance Validation: Ensure compliance with industry standards and regulations through rigorous validation processes.Failure Analysis: Investigate and identify root causes of battery failures, collaborating with teams for design enhancements.Material Assessment: Evaluate battery materials and formulations to optimize overall performance and longevity.Interdisciplinary Collaboration: Work with R&D, manufacturing, and quality assurance teams to integrate findings and support product improvements.

Data Analysis: Evaluate battery performance data (capacity, efficiency, cycle life) using statistical tools to identify trends and anomalies.Battery Testing: Design and execute experiments under various conditions; develop protocols for consistent results.Modeling & Simulation: Create predictive models and conduct simulations for electrochemical behavior and thermal management.Failure Analysis: Investigate failures to identify root causes; collaborate on design improvements.Material Characterization: Analyze materials (electrodes, electrolytes) and assess their impact on performance.Regulatory Compliance: Ensure designs meet safety standards (e.g., UN 38.3, IEC); prepare documentation for audits.Collaboration: Work with R&D, manufacturing, and quality teams to integrate findings and present insights to stakeholders.

Monitor Panel development related technology/solution sourcing and qualification, own Panel technical responsibility, provide technical solution proposal and technical support to the product development and life cycle.