- Sets vehicle -level performance targets as Range, dynamics,efficiency,safety
- Awareness of emerging EV trends and technologies along with EV regulations
- Understanding of dark current strategy
- Understanding of IP67 requirements
- Exposure to vehicle performance evaluation
- Takes inputs from CoEs/PPH for cost and weight optimization against targets
- Takes inputs from Validation COE for project risks on performance & reliability
- Focus on regulatory compliance and zero validation failures
- Technology adoption from R&D to production
- Strong technical expertise in EV architecture, dynamics and performance engineering.
- Ensures achievement of all system as well as vehicle-level performance targets set, thereby ensuring:
- Selecting correct set of benchmarks and deciding FI targets with CFT
- Ensures right integration of all the EV systems (Battery, E-axle BMS, inverter,IPDU,VCU,cooling system) with the help of VA&VI
- Timely closure of all engg. Decisions with desired quality, optimum cost and minimum deviations
- Delivery of Product targets (Performance, Weight, Cost, etc)
- Ensure timely completion of technical sign-off by CoEs.
- Evaluate feasible engineering solutions for timely closure of all ORCs/concerns raised by all support CoEs /labs
- Suggest technical risk mitigation plans to CPH
- Ensures all performance trade-offs are in conformance with platform targets:
- Solves for performance trade-offs and reallocates performance targets across systems/CoEs that lie within pre-defined limits to ensure that there are no overall Performance deviations
- Completes engineering sign-off for project handover to manufacturing/ PVE for Launch
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