Welcome to the ISEF2025 conference!

We are excited to bring together the international community of researchers, engineers, designers, and professionals to share insights, explore innovations, and foster collaboration in Electromagnetic Fields. Whether you're presenting cutting-edge research, participating in discussions, or networking with peers, we hope this conference provides valuable opportunities to deepen knowledge and conceive new projects.

The ISEF (International Symposium on Electromagnetic Fields) conference was conceived as an influential and recognized international event, entirely devoted to share the highest level of knowledge on new trends in mechatronics, electrical, and electronic engineering. The origins of this event go back 50 years ago to 1974, when it was first held as a National Polish Symposium on "Electrodynamics of Transformers and Electrical Machines" at the Castle of Uniejow near Lodz, Poland. At that time, it was organised regularly as a Polish national meeting. In 1985, the event was envolved into an International Symposion dedicated to Electromagnetic Fields held in Warsaw. ISEF is now a biennal even. Recent successful editions took place in Nancy (France), in 2019, hosted by the Université de Lorraine under patronge of IEEE France Section, in 2021, hosted by Lodz University of Technology, and the most recent one in Pavía (Italy), in 2023.

The 22th edition of the Symposium, ISEF2025, hosted by University of Vigo, will be held in Baiona at The Parador Royal Palace, Spain, September (22) 23-25, 2025. This marks the second time the event will be hosted at this venue, a medieval castle transformed into one of the jewels of Spain's estate-run Parador hotels. Baiona is a modern village well connected by motorway, high-speed trains, and an airport with connections Spain’s major cities and several international destinations.

The Royal Village of Baiona, a major trading center in the Middle Ages, is now a exclusive coastal destination in the northwest of Spain, not far from the UNESCO World Heritage cities of Porto, Portugal, and Santiago de Compostela, Galicia, Spain. These places are known for their stunning beauty, welcoming people, vibrant atmosphere, excellent wine and cuisine, and rich cultural heritage, providing a unique experience.

We hope that ISEF2025 will offer an excellent opportunity to meet again with our colleagues in-person faciliting to recover that we all missed during the pandemic. In this occasion, we celebrate the 20th Anniversary of Baiona ISEF2005 and it will be an excellent motivation to celebrate altogether that memorable edition that came to Spain for the first time.

All attendees are welcome to participate as follows:

In keeping with the event's traditional spirit, the ISEF2025 structure will consist:

Lastly, Baiona will warmly welcome all participants, offering its beautiful environment, beaches, gastronomy, and hospitality in a location rich with historic heritage.

The organizing team is committed to making ISEF2025 a spectacular and memorable event once again in Baiona for all attendees.

Thank you for joining us, and we look forward to a productive and inspiring event!

The scope of the conference covers new trends and technological advancements in methods and techniques for computation, modelling, simulation, measurements, and applications of electromagnetic fields. This edition will spotlight hot-topics and explore far-reaching challenges related to technological advancements, particularly those supported by artificial intelligence in practical applications.

The International Steering Committee Editorial Board welcomes original contributions covering all aspects of Electromagnetic Fields. Contributions are encouraged from, but not limited to, the themes and topics in the following areas:

Areas:

- Field theory and advanced computation in electromagnetism
- Electromagnetism in materials
- Computational Methods in Electromagnetic Field Analysis
- Electrical Machines, Transformers, Sensors, Actuators, Special Applications
- High frequency electromagnetism
- Advanced Computational Methods
- Electromagnetics in health treatment
- Electromagnetism in education

Topics:

- Innovative numerical methods for field simulation
- Multiphysics and coupled problems
- Inverse problems and optimal design methods
- Surrogate models of field via neural network and soft computing
- New materials
- Metamaterials in electromagnetics
- Measuring, modelling and simulation
- Electromagnetic compatibility
- Bioelectromagnetism, human exposure and electromagnetic hazards
- Design and computation of special electromagnetic devices
- Equivalent circuit modelling of field problems
- Reduced order methods for computation of electromagnetic devices
- Electromagnetic components of mechatronics and micro/nano electromechanical systems (MEMS/NEMS)
- Noise and vibrations in electrical drives, High Frequency Problems
- Sensors, Actuators, MEMS/NEMS – modelling and optimal design
- Virtual reality applied in sensors, actuators, MEMS/NEMS
- Electromagnetic phenomena in autonomous cars and vehicles
- Wireless Power Transfer Systems (WPTS)
- Optimal energy management in smart and microgrids
- High frequency problems and applications – microwaves, millimeter and terahertz waves: cellular 5G and 6G technologies
- Intelligent reflective surfaces
- Computation of electrical drives under faulty conditions
- Database and expert systems in the field computationcontext
- Artificial and computational intelligence in vector field calculation
- Optimization and computer aided design
- Evolutionary and stochastic methods
- Machine learning techniques

And all you could IMAGINE in the Future  . .  :  :  ·  ·····>>