PhD in High-Frequency Transformer Design and Partial Discharge Modeling for Data Centers
Core
Designing next-generation high-frequency, medium-voltage power transformers and developing partial discharge (PD) modeling methodologies for AI data centers.
Role type
PhD researcher in power electronics and high-voltage engineering
Builds
High-efficiency (>99.5%), high-power-density transformers for AI infrastructure
Domain
Electrical engineering, power electronics, high-voltage systems, AI data centers
Deliverable
research
Required skills
Transformer physics and magnetism, numerical simulation tools (ANSYS Maxwell, COMSOL), Finite Element Method, high-voltage engineering fundamentals, insulation system design, power electronics principles
Preferred skills
Partial discharge phenomena and measurement, machine learning methods (Python, TensorFlow, PyTorch), multiphysics coupling, experimental validation in high-voltage labs
Responsibilities
Design high-frequency transformer architectures with novel insulation concepts, develop predictive models for partial discharge behavior, validate designs through simulation and experimental testing
Seniority
PhD candidate, research-focused
