Mohamed Jaseem Basha B

• Directed end-to-end design and development of electrified powertrain components including inverters,
converters, and high-voltage battery systems for platforms such as XUV400 EV, BE 6, and XEV 9e (400V).
• Led cross-functional collaboration with design, mechanical, and system engineering teams to define application
requirements and ensure seamless integration of power electronics components.
• Spearheaded validation and homologation efforts in compliance with AIS, IS and GB/T standards, ensuring
product readiness for global markets.
• Oversaw simulation, testing, and analysis of Lithium-Ion cell/module/pack systems, including DCIR, ACIR,
insulation resistance, SoC, SoH, and OCV.
• Applied advanced diagnostic techniques and postmortem analysis to identify failure modes and enhance
component reliability.
• Designed custom tools and fixtures using AutoCAD, Creo, and NX to support lab setups and validation
workflows.
• Implemented automated test procedures and data acquisition using INCA, CANoe, CANalyzer, and PEAK
CAN.
• Managed DVP planning, execution, and reporting using MS Project, Power BI, and SAP.
• Provided technical leadership to a 15-member team, mentoring engineers and driving project execution aligned
with electrification goals.
• Supported CAPEX planning, equipment procurement, and lifecycle management of lab infrastructure.

• Worked on the production line as a product quality inspector for Constant Velocity Joints (CVJ) and Wheel
Hub production, ensuring high standards of quality and precision.
• Conducted thorough inspections of CVJ and Wheel Hub components, identifying defects and ensuring
compliance with industry standards and specifications.
• Maintained detailed records of inspection results and quality reports, ensuring traceability and accountability in
the production process.