Lead Engineer - Design COE EV

• Technical Expertise:

  Serve as a subject matter expert on electric drive unit design, components (motor, inverter, gearbox), controls, and integration within EV platforms.



• Issue Resolution:

  Lead the investigation, analysis, and resolution of complex technical issues related to electric drive unit performance, reliability, and durability. This includes on-vehicle issues and concerns arising from testing or customer feedback.



• Root Cause Analysis:

  Conduct thorough root cause analysis using a variety of methods (fault tree analysis, fishbone diagrams, etc. ) to identify the underlying causes of drive unit failures or performance degradation.



• Solution Development:

  Develop and implement effective and robust solutions to address identified issues. This may involve design changes, software updates, process improvements, or component modifications.



• Design Optimization:

  Identify opportunities to optimize drive unit design for improved performance, efficiency, cost, and manufacturability.



• Testing and Validation:

  Plan, execute, and analyze testing to validate design changes, verify issue resolution, and ensure drive unit performance meets specifications.



• Collaboration:

  Collaborate effectively with cross-functional teams, including design, manufacturing, quality, and service, to resolve issues and implement improvements.



• Continuous Improvement:

  Drive continuous improvement in drive unit design, development processes, and issue resolution methodologies.

• 5+ years of experience in the design, development, or testing of electric drive units for electric vehicles.


• Proven experience in issue resolution, root cause analysis, and implementation of effective solutions.

• Education:

  Bachelors or Masters degree in Electrical Engineering, Mechanical Engineering, or a related field.

• Strong understanding of electric motor design, inverter technology, gearbox design, hybrid systems


• Experience in working of 3in1, 4in1, rear axle mounted electric drive units.


• Proficiency in using simulation software for motor like Motorcad, Maxwell, JMAG


• Familiarity with vehicle communication protocols (e. g. , CAN) and data acquisition systems.


• Experience with testing and validation of electric drive units.


• Knowledge of manufacturing processes for electric drive unit components.


• Should be familiar with CAD software like UGNX, Catia V and 3D experience.


• Handling DFMEA sessions with all relevant stake holders

Experience of handling a team of engineers