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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 new 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.
