DCP-Electromagnetic Simulation Engineering(Global)-XA

Key Responsibilities JOB DESCRIPTION

• Responsible for system-level electromagnetic simulation of data center power systems, including:
• Development of system-level electromagnetic models
• Parasitic resistance, inductance, and capacitance (RLC) extraction and simulation of power delivery paths
• Electro-thermal coupling analysis
• Electromagnetic compatibility (EMC) prediction and compliance assessment
• Evaluation of stray magnetic field effects on surrounding sensitive equipment
• Electromagnetic force analysis for power system components and assemblies
• Develop and establish the electromagnetic simulation platform for Data Center Power systems, including simulation methodologies, modeling standards, and design workflows.
• Provide electromagnetic simulation support for customer-specific projects, enabling design optimization, risk assessment, and technical solution validation.
• Conduct research on electromagnetic characteristics of AI Data Center power systems, including power distribution networks, transient behaviors, EMI/EMC performance, and emerging high-power-density architectures.

Qualifications

• Master’s degree or above in Electrical Engineering, Electromagnetics, Power Electronics, or related disciplines, with experience in data center, power electronics, or power system R&D. Ph.D. degree is preferred.
• Solid foundation in electromagnetic field theory, circuit theory, and power electronics, with strong knowledge of EMI/EMC design and analysis.
• Proficient in system-level modeling and co-simulation tools such as PSCAD, MATLAB/Simulink, Ansys Maxwell, and Q3D.
• Experience in system-level modeling, parasitic RLC extraction, electro-thermal coupling analysis, and electromagnetic force simulation.
• Strong capabilities in technical innovation, simulation platform development, and cross-functional collaboration, with the ability to independently conduct technical research and support customer project delivery.

Preferred Qualifications

• Experience in AI Data Center (AIDC), HVDC/MVDC, or high-power-density power system development.