Job Description Summary As a Research Engineer â Thermal Management, you will provide technical solutions to diverse range of problems in the area of advanced thermal systems with minimal guidance. Systems include thermal management of a variety of state-of-the art components which cater to multiple businesses of GE including Aviation, Power, Renewables and Healthcare. You will deliver novel solutions for complex, multi-disciplinary problems.
Job Description
As a Research Engineer, You Will
- Apply your knowledge in energy/thermal management systems to develop creative solutions to control thermal loads in complex systems such as aircraft engines, wind turbines, and medical devices.
- Assesses multiple approaches to solve technical problems, solicits inputs, clearly explain proposed solution and execute it
- Simulate, analyze, and design advanced thermal and heat transfer systems
- Cognizant of business impact and learns GE business structure and products
- Design and implement thermal management solutions for electrical components & systems
- Collaborate with both GE product engineers and with GE Global Research team members on technical projects
- Deliver on technical projects with set timelines with minimal mentorship to meet technical requirements and assure proper documentation of the same
Required Qualifications
- Doctorate in Mechanical Engineering or related field or a Masterâs degree in Mechanical Engineering or related field with at least 4 years of research industry experience
- Fundamental knowledge of heat transfer and fluid mechanics applied to thermal management problems
- Experience in using commercial software (ANSYS, CFX, Fluent, ICEPACK) for heat transfer
- Demonstrated ability to quickly learn new, unfamiliar technology areas and to abstract system level concepts
- Excellent oral and written communication skills
- Demonstrated ability to work with minimal mentorship and in a team environment
Desired Characteristics
- PhD or M.Tech in area of Thermal & Heat Transfer Engineering
- Strong record of publications and patents
- Understanding of wide concepts and designs of heat exchangers
- Knowledge of numerical techniques used in heat transfer domain
- Experience in using commercial software (ANSYS, CFX, Fluent, ICEPACK) for heat transfer
- Experience in using system level tools such as GTPower, Thermoflow, Aspen HYSYS.
- Experience in advanced real-time research, design & development of heat exchangers modelling and simulations, including conjugate heat transfer
- Strong command in programming using MATLAB and Python. Exposure to ForTran, C, C++ desired