Kickstart Your Research Career with a Ph.D. Internship in Power Electronics and Control
Are you pursuing a Ph.D. in Electrical Engineering with a specialization in Power Electronics and Control? If yes, this Ph.D. Research Intern – Power Electronics and Control at GE Aerospace could be your ideal opportunity to gain hands-on experience in advanced electrical power conversion systems. This internship will allow you to work on real-world projects, collaborate with top technologists, and contribute to innovations in hybrid-electric and more-electric aircraft systems.
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Why Join This Ph.D. Research Internship?
As a Ph.D. Research Intern in Power Electronics and Control, you will work with GE Aerospace’s Advanced Research Centre, applying your expertise in power electronics, electromechanical systems, and advanced controls. Your work will directly impact the future of hybrid-electric propulsion and more-electric aircraft systems, helping GE Aerospace enhance sustainability, safety, and efficiency.
This is a paid internship lasting up to six months or until the completion of your Ph.D. defense. Based on performance and business needs, the internship may be extended or converted into full-time employment.
Roles and Responsibilities
Core Responsibilities:
✔️ Power System Analysis – Simulate and analyze aircraft power distribution systems, hybrid-electric propulsion, and more-electric propulsion.
✔️ Power Electronics Development – Design, develop, and implement power converters and control systems.
✔️ Advanced Control Systems – Work with FPGA/DSP-based controls for hybrid-electric applications.
✔️ Embedded Control Development – Implement microcontroller-based and FPGA-based embedded controls for power electronics.
✔️ High-Frequency Power Conversion – Design high-frequency resonant converters for aerospace applications.
✔️ Simulation and Testing – Use tools like PLECS, Saber, and MATLAB/Simulink to model and test power circuits.
Additional Responsibilities:
✔️ Conduct research in EMI modeling, wireless power transfer, and magnetics for power converters.
✔️ Build and test PCB designs and high-power circuit prototypes.
✔️ Collaborate with GE Aerospace technologists and engineers to develop cutting-edge solutions.
✔️ Ensure compliance with industry standards for power electronics and electrical systems.
Who Can Apply?
Eligibility Criteria
✅ Ph.D. Candidate in Electrical Engineering, specializing in Power Electronics Converter and Control.
✅ University and Doctoral Advisor Approval to pursue this internship.
✅ Strong background in power electronics, electrical system simulations, and control design.
✅ Proficiency in PCB design, circuit prototyping, and FPGA/microcontroller programming.
✅ Hands-on experience with high-frequency magnetics and power devices.
✅ Excellent problem-solving skills, research abilities, and teamwork.
Preferred Qualifications
🔹 Experience in power converter modeling, EMI analysis, and high-power circuit design.
🔹 Proficiency in PLECS, Saber, MATLAB/Simulink, and other simulation tools.
🔹 Strong understanding of electrical packaging, EMI/EMC, and power device gate drivers.
Benefits of the Internship
🌟 Paid Internship with the potential for full-time employment based on performance.
🌟 Gain hands-on experience in power electronics and hybrid-electric propulsion systems.
🌟 Work in a cutting-edge research environment with aerospace industry experts.
🌟 Enhance your technical skills, innovation mindset, and industry exposure.
🌟 Contribute to next-generation power electronics solutions for aviation.
Application Details
📍 Location: Bengaluru, Karnataka, India
📆 Posted Date: January 10, 2025
🔹 Job ID: R5000605
💼 Category: Product Management | Co-op/Intern
🚀 Relocation Assistance: Yes
🔗 Apply Here: Ph.D. Research Intern – Power Electronics and Control
Conclusion
The Ph.D. Research Internship in Power Electronics and Control at GE Aerospace is a golden opportunity for Ph.D. candidates to work on real-world aerospace innovations. If you have a passion for power electronics, electrical systems, and aviation technology, this internship will help you gain practical experience, industry exposure, and career growth.
🌟 Apply today and be a part of the future of electric aviation! 🌟
