Battery Pack & Module Design Leadership

- Lead the design and development of battery pack enclosures, module structures, and mechanical interfaces using SolidWorks, ensuring design intent is met at every stage.

- Own the creation and release of 3D models, 2D manufacturing drawings, and Bills of Materials (BOMs) with full accuracy, clarity, and manufacturability.

- Drive cell and module layout strategies, mechanical integration planning, and packaging optimization to maximize energy density and assembly efficiency.

Cross-Functional Collaboration & System Integration

- Partner closely with BMS, electrical, and thermal engineering teams to ensure seamless mechanical–electrical system integration.

- Act as the mechanical point of contact for battery-related design reviews, integration milestones, and technical escalations.

Design Assurance & Engineering Excellence

- Conduct thorough tolerance analysis, DFMEA, and DFM/DFA reviews to guarantee robust product performance and long-term reliability.

- Lead design validation activities, including vibration, thermal, and mechanical testing;
interpret results and drive corrective actions.

- Champion design documentation practices — maintaining ECNs, release reports, and revision-controlled design records.

Supplier & Production Coordination

- Coordinate with vendors, tooling suppliers, and contract manufacturers to ensure prototype builds and mass production tooling meets specifications.

- Support make-or-buy decisions and establish supplier qualification criteria for critical battery mechanical components.

Problem Resolution & Continuous Improvement

- Lead root cause analysis (RCA) for in-field and manufacturing battery issues;
develop and implement corrective and preventive actions.

- Drive cost reduction and weight optimization initiatives through systematic value engineering and design-to-cost methodologies.

- Mentor and guide junior mechanical engineers, fostering a culture of technical rigor and continuous learning.