Understands requirements for part/assembly concept generation. Derives and cascades requirements at a subsystem level based on the engineering scope for the system. Balances conflicting requirements for subsystem such as weight, cost, NVH, regulatory requirements and other considerations. Gathers detailed data based on predefined parameters using different sources/tools.
Interprets benchmark information related to design such as mounting and locating strategy, part thickness, assembly technique etc. to generate proposals for part/assembly.
Decides parameters and identifies various internal and external sources/tools for gathering relevant information at a subsystem level.
Analyses benchmark report for subsystem w.r.t parameters such as cost, weight,CPQ, manufacturability etc. Generates multiple proposals by considering design alternatives ( substitute, combine, modify, eliminate, materials etc.) to meet specification at part/assembly level.
Creates decision matrix using predefined parameters for part/assembly.
Analyzes and evaluates proposals based on the decision matrix and other subsystem requirements.
Recommends proposals for the sub system that balances functional and technical requirements.
Experience
3-5 years
Industry Preferred
Automotive
Qualifications
Mechanical Engineering
General Requirements
Concept Generation & Evaluation CAD Modeling Integration Geometric Dimensioning and Tolerance (GD&T;) Air intake system design Exhaust system design SCR system design Engine mounting design system Fuel system design Pedal system concept design cables Routing PTI system performance evaluation Supplier Management Project Mangement Knowledge management Interface Management
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