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| 1486878 |
| GE Corporate |
| Global Research |
| GE Global Research is one of the world’s leading industrial research labs. The Electrical Technologies and systems (ETS) organization is the technology organization at GE Global Research focused on electrical, electronics and opto-electronics related research. The ETS organization spans research in areas such as power electronics, controls, electrical machines, optics and photonics, instrumentation, electronic devices and opto-electronics devices. Key applications supported by the organization are electrification of GE’s machinery, generators, solar, instrumentation and advanced controls of gas turbines, wind turbines and aircraft engines.
The optics and instrumentation lab is a lab in the ETS organization. The lab works on cutting edge research in the areas of optical sensors and instrumentation for the GE businesses. This includes working on tunable diode laser absorption spectroscopy based sensor systems, surface plasmon resonance based sensor systems. The lab helps in developing new products and applications for customers, including setting up experiments, creating/conducting designed experiments to help analyze combustion/ emission process, protein detection and performing feasibility studies of new optical technologies. |
| Research Associate |
| Entry-Level |
| Engineering/Technology |
| Research - Physics |
| India |
| Bangalore |
| 560066 |
| No |
| As a research associate you will help with applied research in the areas of optics and instrumentation. You will be responsible for executing optical systems design under the guidance of research engineers. You will need to interact with engineers/scientists to model, prototype, test and analyze optical sensor systems. |
| The successful candidate will be a member of the Global Research team executing experiments in the area of optical systems under the guidance of an engineer. The key responsibilities include
Work under the guidance of engineers to design and execute optical experiments.
Developing simulation models for analysis of optics systems.
Opto-mechanical designs for high temperature optical systems design
Deploying sensor systems in the field
Setting up room temperature or high temperature optical experiments
Effective communication of results by preparing reports, making presentations describing the analysis performed, solutions developed
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Bachelors or Masters in Optical Engineering, Mechanical or Electrical Engineering, Physics, Applied Physics, or related discipline or a Masters degree in Optical Engineering, Mechanical or Electrical Engineering, Physics, or Applied Physics.
Demonstrated experience with optics, electronics hardware instrumentation, setting up and performing experiments, variety of data collection systems.
Knowledge of board level mixed signal circuit design.
Demonstrated experience in use of optical modeling software
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Proficiency in Zemax
Passion for science and technology
Ability to work under pressure and meet deadlines
Team player who can work in diverse global teams
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