The Reliability Modeling Engineer develops, maintains, and applies quantitative reliability models for aircraft systems and products, translating design, supplier, test, maintenance, telemetry, and fleet data into reliability predictions, risk assessments, and growth models.
Compensation
$120,000—$145,000 USD
Responsibilities
Develop and maintain reliability models for aircraft systems, subsystems, components, and assemblies using prediction standards, supplier, research, test, maintenance, telemetry, and fleet data
Establish and maintain processes for fleet reliability data, including failures, removals, maintenance events, operating exposure, telemetry, corrective actions, and repeat discrepancies
Produce fleet reliability reports that communicate performance trends, reliability metrics, emerging risks, model updates, and recommended actions
Develop reliability-growth models to measure improvement over time, identify priority failure modes, and support reliability-improvement decisions
Develop and maintain internal part reliability database
Support engineering activities related to assigned fluids system components in a collaborative, multifunctional team environment.
Responsibilities
Support, with guidance from experienced engineers, the analysis, design, and technical evaluation of assigned components to ensure compliance with product and program requirements.
Assist in the generation, review, and analysis of engineering data required to define and support component designs.
Work within applicable GE Aerospace policies and procedures, engineering standards, specifications, and relevant industry standards.
Prepare and maintain technical documentation to substantiate assigned components, assemblies, and processes in accordance with established engineering practices.
Support the resolution of technical issues of limited scope and complexity through structured problem-solving methods.
The incumbent will perform research on gas lift valve performance and artificial lift systems for the Valve Performance Clearinghouse (VPC) consortium, including planning and running valve performance tests, serving as a technical contact, and processing/analyzing test data.
Responsibilities
Plan and run gas lift valve performance tests for the VPC consortium testing program, including test design, test setup and instrumentation, test execution, and adherence to laboratory safety procedures.
Process, analyze and report test data; prepare test reports and deliverables for VPC member companies on schedule.
Act as the main technical contact with VPC member companies and valve vendors; coordinate testing requests and present results at consortium meetings.
Conduct general research in gas lift and artificial lift, including writing journal and conference papers.
Help prepare research proposals to expand the research program.
Support processing and characterization of C/C and CMC composites for high temperature applications and lead execution of Engineering Test Requests (ETRs).
Locations (2)
Pueblo, Colorado, United States
Santa Fe Springs, California, United States
Compensation
The salary range for this role is 37,000 USD - 82,000 USD.
Responsibilities
Support processing and characterization of C/C and CMC composites
Prepare and lead execution of Engineering Test Requests (ETRs)
Support multiple sub-project activities such as material processing, testing, data collection and analysis
Write technical reports
Support process definition and procedure/specification creation for on-site HTC activities
Requirements
Bachelor’s or Advanced degree in Chemical, Mechanical, Materials, Mechatronics, Industrial Engineering or related STEM field
Perform computer modelling and simulation of Chiller Solutions components and systems. Develop and apply numerical models to simulate components and systems with the objective of predicting component and system performance accurately and efficiently.
Compensation
RATE OF PAY: $98,509.00 - $101,033.46 per year.
Responsibilities
Perform computer modelling and simulation of Chiller Solutions components and systems
Develop and apply numerical models to simulate components and systems with the objective of predicting component and system performance accurately and efficiently, including both steady-state and transient analysis
Understand the fundamentals of thermodynamics, fluid dynamics, heat and mass transfer
Work, develop, and apply computer program models to simulate chiller components and systems
Develop component models and apply component models developed by others
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