Core Loss Calculation Professors and Supervisors

Todorovski MirkoView profile

Associate Professor

University of SkopjeMacedonia

Associate Professor Todorovski Mirko is affiliated with the Faculty of Electrical Engineering and Information Technologies at Ss. Cyril and Methodius University in Skopje, Macedonia. His primary appointment is in the Department of Power Systems, where he specializes in power systems engineering, grounding systems, and renewable energy integration. He leads research activities at the Transmission Power Systems Institute, focusing on enhancing grid reliability and optimizing energy infrastructure. His research interests span multiple domains, including power system planning, high voltage engineering, lightning protection, and smart grid technologies. Key areas of exploration include radial distribution network design, robust optimization for energy storage systems, and the impact of renewable energy sources on grid dynamics. Recent publications highlight trends in addressing uncertainty in power demand, optimizing feeder routing with battery storage, and mitigating lightning-induced risks in communication tower grounding systems. His work frequently employs advanced computational methods, such as Monte Carlo simulations and stochastic optimization, to address real-world grid challenges. While no formal grants or awards are listed, his contributions to the Macedonian power system's flexibility assessment and grid modernization efforts reflect significant applied research impact. He maintains active involvement in academic teaching, instructing core courses like High Voltage Networks and Earthing Systems in Power Grids. His research often intersects with industry needs, such as improving grid resilience through decentralized charging solutions for electric vehicles and enhancing voltage regulation in low-voltage distribution networks. Ongoing projects explore the integration of distributed generation and advanced grid control strategies.

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Luciano TarriconeView profile

Professor

University of SalentoItaly

Luciano Tarricone is a Full Professor of Electromagnetic Fields in the Department of Innovation Engineering at the University of Salento, Italy. He teaches core courses such as Electromagnetic Fields for the Bachelor's in Information Engineering and Applied Electromagnetics for the Master's in Communication Engineering and Electronic Technologies. His office is located at the Ecotekne Center, Pal. O, Lecce-Monteroni. He has been actively involved in academic and research activities at the university since 2001. His research focuses on the interaction between electromagnetic fields and biological systems, numerical dosimetry using parallel FDTD methods, innovative radiopropagation modeling, optimization of radio base station networks, CAD of antennas and microwave circuits, and supercomputing applications in electromagnetics. He coordinates the Electromagnetic Fields research group and has led multiple industrial and fundamental research projects. His expertise spans both theoretical and applied aspects of electromagnetics, with strong interdisciplinary connections to biomedical engineering and telecommunications. The recent publications and teaching materials reflect a consistent focus on bioelectromagnetics, EM safety, wireless technologies (including RFID and IoT), radar systems, and computational methods. His work integrates theoretical modeling, numerical simulation, and practical applications in health, telecommunications, and environmental monitoring. Full Professor of Electromagnetic Fields (ING-INF/02) Chair of Electromagnetic Fields Coordinator, Electromagnetic Fields Research Group Member of various academic committees at department and faculty levels Luciano Tarricone has not received any explicitly mentioned scientific awards in the provided text. However, his leadership in research projects and extensive teaching responsibilities indicate significant academic recognition. He advises students through project-based learning in his Applied Electromagnetics course, where students develop and present practical projects. Although specific grant details are not listed, he has coordinated several basic and industrial research projects. His research group is active in multiple domains, particularly bioEM interaction, human-antenna dosimetry, and computational electromagnetics, with potential collaborations in biomedical and telecommunications sectors.

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Биљана П. СтошићView profile

Associate Professor

University of NišSerbia

Биљана П. Стошић serves as an Associate Professor in the Department of Telecommunications at the Faculty of Electronic Engineering, University of Niš, Serbia. Appointed to this position in 2025, she maintains active roles in research, teaching, and professional leadership within the telecommunications engineering community. Her academic credentials include a PhD (2008), Master's degree (2004), and Diploma (1999), all in Telecommunications from the Faculty of Electronic Engineering, University of Niš. This foundational education established her expertise in core telecommunications principles and advanced signal processing techniques. Dr. Stošić's research centers on Telecommunications and Signal Processing with specialized focus on Filter Design, Microwave Engineering, and Artificial Neural Networks applications. Her work bridges theoretical innovation with practical implementations in communication systems, particularly through novel filter architectures and teletraffic modeling. Significant contributions include the development of CIC/FIR filter functions, Chebyshev polynomial applications, and neural network solutions for Erlang B formula calculations. Analysis of her 10+ journal publications reveals consistent emphasis on improving signal processing efficiency in communication systems. Key trends include multirate filter design for reduced insertion loss, passband-droop compensation techniques, and computational methods for microwave circuit analysis. Her research demonstrates increasing integration of AI methods with traditional telecommunications engineering. She actively participates in 9 national and 5 international research projects, reflecting strong grant acquisition capabilities. Professional service includes editorial roles for Microwave Review (2014-2022) and extensive reviewing for IEEE Transactions, Electronics Letters, and other top-tier journals. Conference involvement spans technical co-editing for TELSIKS (2007-2023) and program committee roles for ICEST and TSP. As an IEEE Senior Member, she leads the Women in Engineering Affinity Group and MTT-S Chapter for Serbia and Montenegro. Her ERASMUS+ mobility experiences at Technical University of Sofia and Malta College of Arts, Science and Technology demonstrate international collaboration. Professional affiliations include IEEE Signal Processing Society, Microwave Theory and Techniques Society, and the Association for Microwave Technique, Technologies and Systems.

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Johannes FürstView profile

Professor

University of Erlangen–NurembergGermany

Dr. Johannes Fürst is a Professor in the Department of Geography and Geosciences at Friedrich-Alexander University Erlangen-Nuremberg (FAU), where he conducts research in glaciology and ice sheet modeling. He is based at the Institute of Geography in Erlangen, Germany, with office in Room 02.121 at Wetterkreuz 15. His research focuses on four main areas: reconstruction of glacier thickness on Svalbard, data assimilation using ice flow models on ice sheet scales, effects of the ice shelf support effect on Antarctic outlet glaciers, and ice-dynamic influences on the volume development of the Greenland ice sheet. His work bridges theoretical glaciology with practical applications for understanding climate change impacts on the cryosphere. Prof. Fürst's recent publications (2023-2025) demonstrate expertise across multiple glacial environments including Antarctica, Greenland, Patagonia, Svalbard, and the European Alps. His research combines numerical modeling with remote sensing data to study glacier dynamics, ice thickness reconstruction, and climate-glacier interactions. Notable recent work includes development of a Kalman filter-based framework for assimilating remote sensing observations, studies on Patagonian icefields, and reconstruction of Antarctic Peninsula ice thickness. His scientific approach integrates multiple methodologies including advanced ice flow modeling, data assimilation techniques, deep learning applications for glacier monitoring, and mechanical modeling of permafrost-glacier systems. This interdisciplinary approach allows him to address complex questions about glacier response to climate change across different spatial and temporal scales.

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Ralf-Dieter RoglerView profile

Professor

Dresden University of Applied SciencesGermany

Prof. Ralf-Dieter Rogler serves as Professor of Switchgear Technology at Dresden University of Applied Sciences' Faculty of Electrical Engineering. He teaches core courses including Switchgear Technology, High-Current Technology, Plant Protection, Low-Voltage Systems, Electrical Safety, and Power System Diagnostics, with active modules scheduled through summer semester 2026. His research spans critical power engineering domains: Switchgear testing under short-circuit/continuous operation (DC to 400 Hz) High-current validation (10 kA AC, 5 kA three-phase/DC) High-voltage/partial discharge testing (100 kV AC) Mechanical stress analysis of conductors/supports Infrared diagnostics and arc fault pressure modeling Transformer DGA and fuse/current transformer design Prof. Rogler leads research in Electrical Power Engineering and High-Current Technology laboratories, developing specialized software for thermal/pressure calculations. As a publicly appointed sworn expert, he contributes to EUKS compliance testing through measurement protocols and calibration standards. His recent publications focus on advancing electrical safety standards, switchgear reliability, and diagnostic methodologies for modern power systems.

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