GE Aerospace

Aerospace

MechanicalSystemsModuleIPTLeader

$175–245k ~AI est. Evendale, Ohio, United States FULL TIME
Market Sentiment
HIGH DEMAND

Neural analysis suggests this role is
optimal for Lead candidates.

The Brief

“Mechanical Systems Module IPT Leader at GE Aerospace. Skills: Mechanical systems, Bearing systems, Pressure systems, Ventilation systems. Lead mechanical systems module. Own bearing systems design”

What You'll Achieve.

Meet performance requirements; Meet durability requirements; Meet cost requirements; Meet schedule requirements

Industry & Context.

Aerospace
Problems you'll solve

Root cause analysis

Eligibility Requirements

Access to U. S. export-controlled information, Ability to prove U. S. Person status, Relocation assistance provided

What They're Looking For.

Must Have

5+ years turbomachinery experience, Experience with bearing compartment design, Experience with sealing systems, Experience with lubrication system architecture, Experience with rolling element bearing analysis, Experience with bearing life calculations, Experience with bearing qualification testing, Experience with oil system design, Experience with pumps, Experience with scavenge systems, Experience with filters, Experience with oil cooling systems, Experience with ventilation system design, Experience with thermal management, Familiarity with structural analysis workflows, Familiarity with thermal analysis workflows, Knowledge of manufacturing processes, Experience working with suppliers, Prior technical leadership experience, Prior IPT leadership experience, Prior team lead experience, Experience with expendable engine design, Experience with limited-life engine design

Nice to Have

Knowledge of squeeze film damper design, Knowledge of rotordynamic damping systems, Understanding of secondary air systems, Understanding of agile product development, Understanding of lean product development, Familiarity with military engine specifications, Familiarity with qualification requirements

What You'll Do.

Lead mechanical systems module

Own bearing systems design

Own pressure systems design

Own ventilation design

Serve as technical authority

Drive architecture decisions

Drive material decisions

Drive interface decisions

Drive integration decisions

Own technical baseline

Ensure configuration integrity

Manage change across product life cycle

Lead bearing systems design

Lead bearing systems analysis

Lead bearing systems qualification

Define bearing speeds

Define operating conditions

Drive bearing selection

Manage bearing compartment sealing

Manage lubrication delivery

Manage scavenge systems

Coordinate with bearing suppliers

Lead pressure systems design

Lead pressure systems integration

Define system architectures

Design pressure system components

Ensure integration with engine controls

Ensure integration with sensors

Ensure integration with monitoring systems

Conduct system-level pressure drop analyses

Conduct flow balance studies

Conduct transient response assessments

Lead ventilation systems design

Lead thermal management design

Define ventilation flow requirements

Design ventilation paths

Design breather systems

Design overboard venting arrangements

Ensure ventilation systems integration

Manage thermal interfaces

Manage design margins

Lead mechanical systems scope

Support hardware build

Support hardware assembly

Support hardware test

Resolve design issues

Incorporate learning into configurations

Ensure design for manufacturability

Ensure design for assembly

Translate requirements

Define design requirements

Define verification plans

Ensure compliance with safety requirements

Ensure compliance with regulatory requirements

Ensure compliance with customer requirements

Manage mechanical systems interfaces with airframe

Coordinate activities across teams

Drive integrated schedule development

Drive integrated schedule execution

Manage technical risks

Manage technical opportunities

Develop mitigation plans

Drive risk reduction activities

Provide status updates

Champion FLIGHT DECK principles

Champion design best practices

How You'll Work.

Team & Collaboration

Cross-functional IPTs; Design, analysis, manufacturing, test; Design, analysis, manufacturing, test, quality, supply chain

Process & Methodology

Integrated schedule development, Risk management

Full Job Description

# ******Job Description Summary****** GE Aerospace is seeking a highly skilled Mechanical Systems Module IPT Leader to join our Small Uncrewed Engines team, with primary responsibility for bearing systems, pressure systems, and ventilation design for the GEK1500 and GE426 engine programs. In this role, you will provide technical leadership and hardware ownership for critical mechanical systems that enable safe, reliable operation of small uncrewed propulsion systems across their operational envelope. You will lead cross-functional Integrated Product Teams (IPTs) across design, analysis, manufacturing, and test to mature and deliver mechanical systems hardware that meets stringent performance, durability, cost, and schedule requirements for expendable and limited-life engine applications. # **Job Description** **Essential Responsibilities** **Technical Leadership & Hardware Ownership** * Lead the mechanical systems module for GEK1500 and GE426 engines, owning all aspects of bearing systems, pressure systems (oil, fuel, air), and ventilation design. * Serve as the technical authority for assigned mechanical systems hardware, driving decisions on architecture, materials, interfaces, and integration. * Own the technical baseline (CAD, drawings, specifications) for bearing compartments, sealing systems, pressure regulation components, and ventilation paths. * Ensure configuration integrity and change management across the product life cycle for all mechanical systems hardware. **Bearing Systems Design & Integration** * Lead the design, analysis, and qualification of bearing systems including rolling element bearings, bearing supports, squeeze film dampers, and bearing compartment architecture. * Define bearing loads, speeds, and operating conditions in collaboration with rotordynamics and performance teams. * Drive bearing selection, life analysis, and qualification testing to ensure reliable operation throughout engine life requirements. * Manage bearing compartment sea

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