Search by job, company or skills

LIS (System Engineering Leader)- Brake Design & Development - foundation brakes & modulation parts

LIS (System Engineering Leader)- Brake Design & Development - foundation brakes & modulation parts

renault nissan technology & business centre india
Fresher
Not Disclosed
  • Posted 11 hours ago
  • Be among the first 10 applicants

Job Description

  • Responsible for Design & Development of Brake Parts for Project Scope (Local /Global).
  • Preparation of Development Master Schedule and Aligning with all stake holders (Internal & External).
  • Propose QCDP frameworks within its scope and decide on the associated technical guidelines in relation to the Project Targets.
  • Lead and animate its GFE Group to propose the best DT within the QCDP deployed by the Project.
  • Manage Supplier convergence within the domain scope (GFE).
  • Ensure timely provision of GFE deliverables (ex: Plan, Dwg release, and parts for vehicle build with right quality)
  • Manage risks within its scope, carry out ANPQP monitoring (POE/POI) and convergence of expectations within its scope at milestones.
  • Vehicle Parts Design Process (O54) adherence.
  • Strong Proficiency in Brake parts related validation - component level & vehicle level.
  • Ability to provide technical solution (with QCT) for Brake related development / Market feedback's if any.
  • Responsible for Milestone deliverables synthesis pro-actively.
  • On Time - DEVO and Dwg releases for Project Milestone's.
  • Ensure Parts (of relevant part maturity) are available for vehicle build (at right time).
  • Market Quality Problem Analysis & Solution Provision to DQC/Customer.

More Info

Job Type:
Industry:
Function:
Employment Type:

Key Skills

ANPQP monitoring

QCDP frameworks

Vehicle Parts Design Process O54 adherence

Milestone deliverables synthesis

Similar Jobs

Chennai, India
Skills:
Design Development, Market Quality Problem Analysis, QCDP frameworks, Milestone deliverables synthesis, ANPQP monitoring, Vehicle Parts Design Process O54 adherence