​​Marie-Curie (MSCA) PhD Position: Integrated magnetic and thermal design of high-frequency magnetics with interfaces to optimize power electronic systems (Magnify DC12)​

Location:

Krakow, Lesser Poland, Poland

Job ID:

R0100205

Date Posted:

2025-07-22

Company Name:

HITACHI ENERGY POLAND SP. Z O.O.

Profession (Job Category):

Engineering & Science

Job Schedule: 

Full time

Remote:

No

Job Description:

The Opportunity

We are offering a fully funded 3-year PhD position as part of the Marie Skłodowska-Curie Doctoral Network 'MAGNIFY' (Grant Agreement No. 101226760).

This research will be conducted under joint supervision by Universidad Politécnica de Madrid (UPM), Spain, and Hitachi Energy, Poland, with the PhD degree awarded by UPM.

This project focuses on developing innovative design methodologies that combine finite element (FE) simulations with artificial intelligence (AI) to enable electro-thermal co-design of high-frequency (HF) magnetic components. The goal is to maximize power density while ensuring effective thermal management and reliability.

You will also contribute to the development of time-domain simulation models, addressing critical aspects such as partial discharge, EMI/EMC, and parasitic capacitance modeling.

 

This position is hosted at our Krakow office (Poland) within a global R&D organization.

 

You will be part of a dynamic, international research environment, with secondments to leading institutions across Europe. Apart from Krakow office assingment the rotations will include:

•             KUL (Belgium) – Magnetic design optimization techniques (Months 20–22)

•             UPM (Madrid) – Development of time-domain simulation models (Months 33–35)

 

How You Will Make an Impact

•             Develop AI-enhanced electro-thermal co-design methodologies for HF magnetic components.

•             Integrate FE simulations with AI to optimize power density and thermal performance.

•             Address reliability challenges including partial discharge and EMI/EMC.

•             Create accurate, computationally efficient time-domain simulation models.

•             Collaborate with international research teams and contribute to next-generation power electronics.

•             Participate in specialized doctoral training and international conferences.

 

Your Background

We are looking for passionate, motivated, and communicative researchers who:

•             Hold a Master’s degree in Electrical Engineering, Applied Physics, Computer Science, or a related field (top 5% academic performance).

•             Have knowledge of power electronics and magnetic component design (preferred).

•             Are skilled in modelling, simulation, and programming (e.g., MATLAB, Ansys).

•             Have experience with laboratory equipment, prototyping, and testing (a plus).

•             Demonstrate a strong commitment to safety, self-motivation, and continuous learning.

•             Are eager to work in a collaborative international environment.

• English proficiency (spoken and written).

 

 

 

If you are interested in this role, please apply and attach documents:

A concise CV

A motivation letter

Transcripts of your Bachelor and Master

at least 2 references which we will contact

 

More About Us

This position is based at our Krakow office (Poland) and is part of a global R&D organization.

We offer:

•             A Marie Skłodowska-Curie PhD scholarship with a competitive monthly grant.

•             Additional living and travel allowances, and family allowance.

•             Access to advanced laboratory facilities and cutting-edge technologies.

•             Opportunities to collaborate in interdisciplinary research and attend international conferences.

•             A comprehensive benefits package supporting your financial, physical, and mental well-being.

 

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