Domain expertise in Suspension ( Cushions / Forks / BFT/ Wheel brakes )
Enhance Design Failure Mode and Effects analysis (DFMEA) focus for Chassis (Sub System - Suspension)
Ability to read and interpret both 2D and 3D drawings, Understand targets relative to competition / base models and ensure (SOR) capturing & implementing these targets.
Suspension & wheel Systems: Design, manufacturing feasibility (casting/forging), and validation of wheel assemblies and interface systems.
Knowledge of Damping Systems , Fluid Dynamics , Spring Rate & Preload conditions , knowledge of Testing, Simulation, and validation thru CAE / FEA
Knowledge of CEN, ASTM, and specific industry standards to validate durability, fatigue resistance, and functional reliability.
Knowledge of Geometric Dimensioning and Tolerance (GD&T;) focus in Chassis components - Gaps / Layout
Involvement in new model design issues resolution and the need for deeper data analysis on warranty failures, Vehicle Integration & vehicle Evaluation & Quality checks.
Verification of LL / Past failures / DFMEA's / PTS tracking monitoring - Closure of all issues at key milestones.
A purpose driven role for you
Elevate Quality Assurance for suspension, cushion, and fork systems within the Design Quality department by playing a key role in validating these systems in new model development. Driving design robustness by embedding insights from historical market data, warranty analysis, and established failure mode best practices. Orchestrating Recent Product Activities for suspension vis a vis wheel brake/ Chassis system while ensuring rigorous DFM/DFA/DFS integration.
A Day in the life
1. Advanced DFMEA & Risk Management: Spearhead DFMEA discussions for innovative, new-technology components, leveraging cross-functional historical failure data and "lessons learned" to mitigate risks. Actively influence the design of proprietary parts by proactively identifying and sharing potential f