Lead Additive Manufacturing Engineer

At Avio Aero, a GE Aerospace company, we invent the future of flight, lift people up, and bring them home safely. We are a world-leading provider specializing in the design, production, and maintenance of components and propulsion systems for both civil and military aviation. Respect for people is core to our culture and commitment to FLIGHT DECK, our proprietary lean operating model. We attract, develop, and retain industry-leading talent from all backgrounds and cultivate communities where people are respected and empowered to reach their fullest potential. For the people of GE Aerospace, their work isn’t just a job. It’s their passion and purpose. We work and win as one team, accountable to each other and our customers, and we are always finding a better way to climb higher together. We were meant to fly.

As Additive Manufacturing Engineer you will demonstrate accountability for functional, business and broad company objectives. In this role you will integrate and develop additive EBM (Electron-beam Additive Manufacturing) processes in order to meet business needs across the organization, manage complex issues within functional area(s) of expertise, be involved in long-term planning and contribute to the overall business strategy.

Profile

Essential Responsibilities

• Demonstrate leadership and technical skills to improve industrial process in order to maintain efficiency, reduce cost, improve sustainability and maximize profitability following the principle of FLIGHT DECK
• Use your experience or expertise to organize and lead projects focused to develop and execute objectives, solve problems for self and others and have the ability to effect short-term and long-term business
• Work closely to the EBM Additive team to improve the EBM process with particular attention LPT TiAl blade components
• Take part in the manufacturing cycle in the plant: process design, develop process documentation and process instruction, process certification and management of change.
• Train operators about the correct interpretation of work instructions and procedures
• Assess processes, take measurements and evaluate data following the Six Sigma approach: identify, develop, evaluate and introduce engineering solutions to meet near term and long range engineering needs
• Analyze, run test and upgrade systems and processes
• Develop best practices, routines and innovative solutions to improve production rates and quality of output