Platform Engineering Head

System-Level Target Deployment

• Translate vehicle-level TCP targets into detailed system-level targets.
• Gather feasibility inputs from CoEs, PPH and PMH covering engineering, manufacturing, supplier capability and cost considerations.
• Incorporate project risk assessments related to performance and reliability from the Build & Validation CoE.
• Align target planning with resource availability and project schedules through inputs from PPM.

Delivery of Committed Targets

• Drive achievement of both system-level and vehicle-level TCP targets by ensuring:

  • Timely release of drawings by CoEs, incorporating manufacturing, supplier and service feedback while minimizing design reopenings.
  • Evaluation and implementation of feasible engineering solutions for closure of ORCs and concerns raised by support CoEs and laboratories.
  • Achievement of product and process cost targets.
  • Timely engineering decisions on key deliverables such as L0/L1 drawings, vehicle packaging, CAD data and VP design approvals, ensuring quality, cost optimization and minimum deviations.
  • Completion of technical sign-offs by CoEs, ensuring suppliers selected are capable of meeting defined TCP requirements.
  • Effective integration of all vehicle systems in collaboration with VA&VI.
  • Development and recommendation of technical risk mitigation plans to the CPH.

• Ensure all TCP trade-offs remain aligned with platform objectives by:

  • Evaluating trade-offs across systems and CoEs.
  • Reallocating TCP targets within predefined limits to prevent overall platform-level deviations.

• Complete engineering sign-off and facilitate seamless project handover to Manufacturing and PVE for launch readiness.

Deviation Management

• Escalate TCP deviations requiring management approval to the CPH.
• Ensure comprehensive impact assessment, robust justification and high-quality reporting for all deviation requests.