Engine Supportability Lead

Y99000 General Electric Company; Texas; Vor Ort; USD 99.000 - 124.000; Vollzeit

Benefits dieser Stelle

Healthcare benefits

401(k) matching and retirement plan

Paid time off

Zusammenfassung

GE Aerospace in the United States is seeking a highly qualified Supportability Engineer to lead a team responsible for all aspects of product supportability for an engine program. The role interfaces with the Engineering IPT and Logistics, aiming to deliver an engine system with top supportability while minimizing customer lifecycle costs.

You will lead engineers, manage scope, budget, and performance, and provide supportability input into tradeoffs during design reviews.

Qualifikationen

• Strong oral and written communication skills.
• Demonstrated ability to analyze and resolve problems.
• Proven project management skills.

Aufgaben

• Lead a team of engineers performing supportability, maintainability, and related work scope and deliverables.
• Manage schedule, budget, and performance for Supportability team.
• Determine Supportability Objectives to identify constraints, thresholds, and areas of improvement to provide supportability input into tradeoffs.
• Participate in technical meetings and design reviews as the Supportability expert.
• Integrate with design teams to establish module parts lists and to refine engine design to maximize supportability and lower life cycle costs.
• Lead the team in the creation/update and delivery of Maintenance Task Analysis to Customers.
• Work with Safety Engineers to ensure Safety Database mitigations are accurately represented in Maintenance Task Analysis.

Kenntnisse

Strong communication skills

Problem solving

Project management

Team leadership

Ausbildung

Bachelor's degree in engineering

Jobbeschreibung

GE Aerospace in the United States is seeking a highly qualified Supportability Engineer to lead a team responsible for all aspects of product supportability for an engine program. The role interfaces with the Engineering IPT and Logistics, aiming to deliver an engine system with top supportability while minimizing customer lifecycle costs.

You will lead engineers, manage scope, budget, and performance, and provide supportability input into tradeoffs during design reviews.