PEH - CV Platform - Underbody

Responsibilities & Key Deliverables

Sets system-level TCP targets based on vehicle-level TCP targets:

Takes inputs from CoEs/PPH/PMH on engineering/supplier/mfg/cost feasibility

Takes inputs from Build & Validation COE for project risks on performance & reliability

Takes inputs from PPM on planning/resource availability

Ensures achievement of all system as well as vehicle-level TCP targets set, thereby ensuring:

Timely release of drawings by CoEs after incorporating feedback on feasibility of Mfg/ Supplier/Service with minimal re-openings

Evaluate feasible engineering solutions for timely closure of all ORCs/concerns raised by all support CoEs /labs

Delivery of Process and Product targets (Performance, Weight, Cost, etc)

Timely closure of all engg. Decisions (L0/L1 drawings, overall vehicle packaging / CAD/ VP design approved, etc.) with desired quality, optimum cost and minimum deviations

Ensure timely completion of technical sign-off by CoEs to ensure that only the suppliers capable of meeting TCP targets are signed-off

Ensures right integration of all the systems with the help of VA&VI

Suggest technical risk mitigation plans to CPH

Ensures all TCP trade-offs are in conformance with platform targets:

Solves for TCP trade-offs and reallocates TCP targets across systems/CoEs that lie within pre-defined limits to ensure that there are no overall TCP deviations

Completes engineering sign-off for project handover to manufacturing/ PVE for Launch

Experience

15+ years of exp of developing / delivering of different systems like Suspension, Steering, Driveline, Frames, Brakes & Powertrain and and integration knowledge of underbody systems for LCVs

Industry Preferred

Qualifications

BE Mech /BE Auto

General Requirements

Vehicle Evaluation

Mfg Processes understanding

Validation (Define /Challenge Validation Requirements)

Virtual Evaluation Tools (DMU,CAE CFD etc)

Cost Drivers leading to Cost built up