Senior Power Electronics Engineer

Schneider Electric's Secure Power and Data Center Division is seeking a senior power electronics expert to accelerate the development of next-generation power shelves and rack-level power solutions for AI data centers.

This role combines direct customer technical engagement, power shelf architecture and design, PLECS-based modeling and controls, and hands-on hardware development.

The successful candidate will work closely with leading data center customers to define emerging 800VDC white-space power requirements, develop new product concepts, and translate customer needs into technically differentiated design proposals.

What Will You Do?

As a member of our cross-functional R&D team at the forefront of developing high-density power converters for AI data center applications, you will:



* Lead technical engagement with data center customers.

Drive architecture discussions to understand emerging 800VDC AI data center power requirements, translate evolving customer needs into product requirements, and work with cross-functional teams to develop power shelf architectures, topology proposals, simulations, and technical recommendations.


* Lead customer design reviews.

Present proposed architectures, topology trade-offs, PLECS simulation results, control strategies, efficiency and loss analyses, thermal considerations, protection concepts, and validation plans; incorporate customer feedback into the design.


* Lead high-density AC-DC and DC-DC power shelf design.

Lead the detailed design and validation of modular high-power 415/480VAC and 800VDC power shelves and rack-level power systems, including three-phase PFC, multilevel, multiphase LLC, Dual Active Bridge, and other advanced converter topologies.


* Develop advanced PLECS control models.

Create switching, averaged, small-signal, loss, and thermal models; derive transfer functions; design and analyze control and current-sharing loops; and perform loop-gain, stability, impedance, and transient-response analysis.


* Drive high-power-density hardware and loss optimization.

Apply SiC and GaN technologies and optimize semiconductors, gate drives, high-frequency magnetics, sensing, protection, busbars, and high-current interconnections.

Perform detailed semiconductor, magnetics, interconnect, and system-level loss analysis.

Required Qualification


* Master's degree or PhD in Power Electronics, Electrical Engineering, or a related discipline, with 7+ years of relevant industry experience.


* Demonstrated experience designing high-power-density AC-DC and DC-DC converters, modular power supplies, or power shelves, including topology selection, detailed design, and hardware validation.


* Advanced proficiency with PLECS and power converter control modeling, including switching and small-signal modeling, loop compensation, stability, impedance, transient response, and loss analysis.


* Hands-on design experience with SiC/GaN devices, gate drives, high-frequency magn...