About Us: At GE Global Research, we are looking for researchers who have passion for technology development.The Prognostic systems Lab at GRC develops cutting edge Mmonitoring, Ddiagnostics and Pprognostics technologies for various GE businesses such as : GE Energy, GE Aviation, GE Oil and Gas, GE Healthcare and GE Transportation. The technology focus area of the lab includes are application of advanced sensors for equipment monitoring,. Signal processing algorithms, estimation methods, dynamic modeling, first principle based modeling, vibration analysis/modeling and thermodynamic cycle analysis for diagnostics and remaining useful life prediction. Systems engineering and integration for prototype development and deployment in the field is another focus area of the lab. and experiments for prototype developments.The final goal of the technologies developed in PSL is to improve the reliability, availability, and performance of high:valued assets such as gas turbines, steam turbines, wind turbines, locomotives, generators, fuel cells and coal plants.At GE Global Research we redefine what's possible, finding answers to some of the world's toughest problems. Find out more at ge/research, and connect with our technologists at edisonsdesk and twitter/edisonsdesk
Function Segment: Research : Interdisciplinary Engineering
U.S. State, China or Canada Provinces:
Relocation Assistance: Yes
Role Summary/Purpose: GE is an equal opportunity employer, offering a great work environment, challenging career opportunities, professional training and competitive compensation.As a Research Engineer, you will be responsible for applying power plant domain expertise to develop next generation monitoring, diagnostics and life prediction solutions for high valued assets such as gas turbines, steam turbines, wind turbines, locomotives, generators, fuel cells and coal plants
Essential Responsibilities: A successful candidate will
:Execute research work independently collaborate with cross:functional global teams.
:Able to understand power plant operation data to perform root cause analysis of faults.
:Develop performance degradation models for power generation equipment.
:Develop and apply statistical techniques, thermodynamic cycle analysis, signal processing algorithms, vibration analysis techniques for health monitoring of power plant equipment.
:Define, create, implement and validate next generation monitoring systems and prognostic solutions for increased efficiency, availability and performance of the equipment.
:Masters in Mechanical/Electrical/Electronics/Instrumentation with 5+ years of expe