We’re more than aviation experts, we’re pioneers. We challenge what’s possible. From breaking the sound barrier to advanced tiltrotor systems.
Today, Bell is shaping the future of aviation through specialized engineering. And we want you.
We are developing the future of Army Aviation with the Bell Future Long-Range Assault Aircraft (FLRAA), part of the US Army’s Future Vertical Lift (FVL) modernization effort. We are also developing the Bell 525 Relentless, and Bells High-Speed Vertical Take-Off and Landing (HSVTOL) program, a next generation stop-fold aircraft.
Don’t miss the chance to join our team environment where you feel a sense of camaraderie. You will collaborate with dedicated, enthusiastic teams where unique experiences, backgrounds and ideas combined with a strong passion for our products take us above and beyond flight.
This role is on site in Amarillo, TX
NOTE: This is NOT an engineering design role, it is instead a process improvement role in manufacturing processes in a U.S. DoD aerospace plant using Six Sigma methodologies.
Day in the Life of an Early Career Industrial Engineer - Amarillo, TX
We are looking for driven engineers with a passion to innovate. From tiltrotor technology to tail sitting vehicles, our engineers work across a wide portfolio of aircraft programs. This entry level position develops and coordinates with Manufacturing the strategies and plans that improve productivity. Under Management supervision, implements practices to reduce operating expenses, reduce work in progress, and increase production.
As an Early Career Industrial Engineer at Bell, You Can Expect to:
· Learn to understand and support manufacturing assembly lines ensuring schedule, cycle time, and cost objectives are achievable.
· Learn to develop manpower forecasts plans based on standard loads and assist manufacturing in achieving cost targets by developing work plans & evaluating performance.
· Learn to develop capacity analysis.
· Participate and support improvement projects.
· Collect, tabulate, and graphically depict historical data to support program evaluation.
· Collaborate cross-functionally with other departments to achieve cost competitive processes.
· Learn to analyze and develop factory layouts to reduce cycle time, increase output, and increase cost competitiveness.
· Utilize reporting tools (Power BI & Kinaxis) to depict historical data and project future shop load analysis.
· Utilize work sampling and data analytics to ensure all production MES systems have budget, time standards, and appropriate work centers.
Expected Outcomes:
· Time standards development, maintenance & application
· Schedule and cost analysis
· Manpower justification
· Manufacturing cost savings