The unique aspect of our business is the mindset of our employees: curious, adventurous, and innovative. P3 consultants take on early responsibilities with clients in management consulting, diverse technology topics, and scalable IT solutions.
Make a project your project. Openness for new, innovative, and unconventional approaches; short decision paths; respectful cooperation; and fruitful synergies make us a diverse, unbeatable team and successful company - worldwide.
WHAT YOU'LL DO
As a Tooling Engineer, you will work hands-on in a fast-paced aerospace manufacturing environment, developing tooling solutions that directly support build and production activities. From initial concept through commissioning, you will combine mechanical design expertise with practical manufacturing knowledge to solve technical challenges and help improve safety, quality, cost, and production efficiency. The first assignment is on-site in Florida.
Your involvement in the following tasks will vary from project to project, based on both project requirements and your professional strengths:
Design, develop, and release CAD models and engineering drawings for manufacturing tooling in accordance with ASME Y14.5 standards.
Develop practical solutions for assembly fixtures, material-handling equipment, rotisseries, test fixtures, structural weldments, environmental chambers, and custom machinery.
Manage tooling projects throughout the full lifecycle, from concept and design through vendor selection, procurement, fabrication, inspection, installation, commissioning, and proof testing.
Work closely with Manufacturing Engineering, Integration Engineering, component designers, suppliers, and other technical stakeholders.
Establish priorities for tooling procurement and fabrication and communicate requirements clearly across the project team.
Support repair and rework activities and develop effective solutions for unexpected manufacturing challenges.
Perform root-cause analysis for nonconformances and support appropriate corrective actions.
Define material-handling and packaging requirements to protect hardware throughout manufacturing and transportation.
Apply design-for-manufacturability (DFM) and design-for-assembly (DFA) principles to improve safety, quality, cost, cycle time, reliability, and maintainability.