Remote Senior Industrial Engineering Leader, Flight Deck

GE Aerospace; Auburn (ME); Remote; USD 159,000 - 200,000; Full time

Benefits offered by this job

Health benefits

HealthAhead program

401(k) matching contributions

Tuition assistance

Adoption assistance

Paid time off

Job summary

GE Aerospace in the United States seeks a Senior Industrial Engineering Leader to drive lean transformations within the FLIGHT DECK Industrial Engineering Group. You will partner with Operations and cross-functional teams to optimize flow, standard work, layout, and process improvements, with up to 60% travel.

The role emphasizes advanced industrial engineering methods, capacity utilization, and visual management to achieve production efficiency and throughput gains across machining lines and

Qualifications

• Bachelor's degree in Industrial Engineering or related field.
• Minimum 5 years experience facilitating lean transformations in manufacturing and supply chain.
• Willing to travel up to 60%.
• Strong leadership and communication skills.

Responsibilities

• Develop and coach lean tools and standard work for FLIGHT DECK.
• Lead capacity utilization and workflow improvements with operations.
• Design layout and workstation planning to optimize flow.
• Analyze and balance labor and machine capacity.
• Create standard work and visual management for material flow.
• Lead cross-functional teams and communicate best practices.

Skills

Industrial Engineering Methods

Lean tools

Capacity utilization

Workflow analysis

Layout planning

OEE calculations

Time study

SMED

Structured problem solving

Leadership

Education

Bachelor's degree in Industrial Engineering

Job description

GE Aerospace in the United States seeks a Senior Industrial Engineering Leader to drive lean transformations within the FLIGHT DECK Industrial Engineering Group. You will partner with Operations and cross-functional teams to optimize flow, standard work, layout, and process improvements, with up to 60% travel.

The role emphasizes advanced industrial engineering methods, capacity utilization, and visual management to achieve production efficiency and throughput gains across machining lines and