APPLY HERE Location: General Electric Company: Bengaluru Essential Responsibilities Design and develop high-frequency, high-voltage generators used in X-ray generation applications.

Collaborate with hardware and software engineering teams to develop electrical designs for X-ray Generators and Power Distribution Units.

Understand product requirements and perform analysis, calculations, simulations, and design evaluations for power electronics solutions.

Independently develop and deliver electrical designs, while leading design enhancements, engineering changes, and value engineering initiatives for X-ray generators.

Own assigned projects and work closely with cross-functional teams to deliver program milestones while complying with the GE HealthCare Quality Management System.

Support system integration, verification, testing, validation, and design transfer activities for current products and engineering changes.

Contribute to Advanced Technology Development, New Product Introduction (NPI), Design Transfer, Design Improvements, Value Engineering, and Reliability projects.

Execute assignments aligned with business priorities while collaborating effectively across cross-functional teams.

Basic Qualifications ME/MTech in Electrical Engineering or Power Electronics.

3+ years of relevant industry experience.





Hands-on experience in circuit design for power electronics applications, including AC/DC converters, DC/DC converters, power supplies, and inverters.

Experience with circuit simulation using PLECS, PSpice, or equivalent simulation tools.

Experience in verification and validation of circuits and products, including functional, performance, thermal, and EMC testing.

Desired Characteristics

Strong understanding of power converter topologies, including Buck, Boost, Buck-Boost, Flyback, Forward, resonant converters/inverters, high-voltage multiplier/voltage doubler circuits, and analogue power amplifiers. Knowledge of Static Compensators and Active Filters is an added advantage.

Good understanding of small-signal and large-signal analysis for AC/DC and DC/AC converters, including Power Factor Correction (PFC) circuits.

Strong fundamentals of EMI/EMC and filter design.

Working knowledge of electronics design and simulation tools such as Saber, MATLAB, PSpice, OrCAD, and Cadence.

Knowledge of power converter control techniques, including Bode plot and Nyquist plot analysis.

Experience with analog and digital controllers, DSPs, embedded systems, mixed-signal PCB design, and fault debugging is an added advantage.

Knowledge of PWA design principles and component selection guidelines is an added advantage.

📌 POWER ELECTRONICS ENGINEER AT GENERAL ELECTRIC IN BENGALURU (Delhi)
🏢 Electronics For You
📍 Delhi