Investigates discrepancies in the use of tooling and fabrication processes. Initiates actions to correct, improve, adapt, maintain, and replace tools. Defines and implements or initiates alternative production methods for use by manufacturing until tools are available and functional. Creates and revises tool designs by interpreting and clarifying engineering data. Analyzes design requests to determine tool configuration and manufacturing requirements. Applies mechanical design and geometric dimensioning and tolerancing standards, manufacturing processes, and machining techniques. Creates a drawing or dataset using computer-aided design techniques and drafting standards and generates a materials list. Creates and uses digital preassembly models to confirm producibility and optimal production use. Ability to perform investigations and initiate resolutions to fabrication or production (tooling-related) concerns. Ability to interpret engineering data, analyze tool requests for tool configuration and manufacturing requirements, apply sound design and drafting standards in creating tool definition.
Min of 10,000 hours in Catia V4 and 5,000 hours in Catia V5 As well as design experience in Catia V5 using model based definition and 2-D draft with annotation. 10 plus years of aerostructures tooling and tool design experience. Bachelor's degree preferred in any engineering field as well as aerospace engineering technical degree.
Overtime may be required up to 60 hours per week including weekends.
6+ months — possible extension and possible FTE opportunity.
Requirements
What you'll need
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