Projects

Led development and validation of a lithium-sulfur battery energy storage prototype, including cell design, module integration, and field testing with academic partners.

• Defined cell requirements and module architecture.
• Coordinated formation, cycling, and safety validation.
• Collaborated with external labs for independent testing.

Built a structured DOE framework to evaluate electrolyte and separator combinations, supported by automated data analysis.

• Designed factorial DOEs for multiple formulations.
• Implemented Python-based data pipelines for Neware data.
• Identified stable low-shuttle electrolyte windows.

Supported transition from R&D cells to pilot-line production by refining coating, stacking, and formation processes.

• Optimized cathode loading and coating uniformity.
• Defined acceptance criteria using SPC and capability indices.
• Collaborated with equipment vendors and operators.