Pristupačnost
- Show CROSBI records
- Awards and acknowledgments
- Biography
- Teaching
- Research areas
- Professional memberships
- Personal data
- List of select projects
- Past employments
High–Fidelity Simulation of Electrical Machines: A Comparison of Modeling Techniques
Flying Start of a Synchronous Reluctance Machine Based on Opposite Active Voltage Pulses
Flying Start of a Synchronous Reluctance Machine Based on Opposite Active Voltage Pulses
Voltage Sensorless Synchronization of a Grid-Side Converter Based on a Discontinuous Operating Mode and a Sliding Mode Observer
Flying Start of a Synchronous Reluctance Machine Based on Opposite Active Voltage Pulses
Framework for Sensorless Control and Flying Start of a Permanent Magnet Generator Based on a Sliding Mode Observer
Sensorless Synchronization Method For a Grid-Side Converter With an LCL Filter Based On a Sliding Mode Observer and Discontinuous Operating Mode
DC/DC Converter Topologies for Elevator Energy Storage Systems Based on Supercapacitors
Flying Start and Continuous Operation of a Permanent Magnet Wind Generator Based on Discontinuous Currents, Discrete Second-Order Sliding-Mode Observer and Phase-Locked Loop
Interior Permanent Magnet Wind Generator Torque Estimation Considering Low-Pass Filter Phase Shift Compensation
Comparison of Torque Estimation Methods for Interior Permanent Magnet Wind Power Generator
Practical Approach for Parameter Determinations of Interior Permanent Magnet Generator
2024. Annual award Roberto Giannini in the academic year 2023./2024. for excellence in teaching and working with students in undergraduate and graduate studies
2022. Annual award Končar for a doctoral thesis defended in the academic year 2021./2022. for an outstanding scientific achievement in technical science with application in industry
Biography
Filip Jukić (3.1.1993.) is a senior assistant (postdoctoral research associate) at the Department of Electric Machines, Drives and Automation, University of Zagreb Faculty of Electrical Engineering and Computing. He earned his bachelor’s, master’s, and PhD degrees in electrical engineering at FER, completing his doctorate in 2022 on sensorless control of permanent magnet wind generators using sliding-mode observers. His research focuses on sensorless control of electric machines, sliding-mode control, power electronics, electric drives, and renewable energy systems, and his work has been published in leading journals such as IEEE Transactions on Industrial Electronics, IEEE Transactions on Industry Applications, and IET Renewable Power Generation.
Since 2016 he has been actively engaged in teaching, delivering lectures and laboratory courses in automation, electric machine control, and industrial motion systems. For his dedication to students he received the 2024 Roberto Giannini Award from FER. He also received the 2022 Končar Award for his doctoral thesis, recognized as an outstanding scientific achievement with industrial application.
He spent March, 2025 as a visiting researcher at Departement of Energy "Galileo Ferraris" at Politenicno di Torino within the research group led by prof. Gianmario Pellegrino.
He has contributed to numerous research and industry projects in areas such as energy-efficient machine control, renewable generation systems, elevator energy efficiency, etc., collaborating with both academic teams and industrial partners. He is fluent in English, has basic knowledge of German, and is an active member of IEEE, including IEEE Young Professionals and the IEEE Transportation Electrification Community.
Teaching
University undergraduate
- Fundamentals of Electric Machine Control (Lecturer in charge, Laboratory exercises)
- Automation Fundamentals (Laboratory exercises)
University graduate
- Automation of Drive Systems (Lecturers, Laboratory exercises)
- Control of Electric Machines (Lecturers, Laboratory exercises)
- Engineering Documentation (Laboratory exercises)
- Industrial Motion Control Systems (Laboratory exercises)
- Laboratory of Electrical Engineering Systems and Technology 2 (Laboratory exercises)
- Microprocessor Based Control of Electric Machines (Laboratory exercises)
Competences
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Control systems
Automatic control Power generation control Control design Control engineering Microcontrollers Servosystems Digital control PI control SCADA systems Sensorless control Sliding mode control -
Engineering – general
Electrical engineering -
Power electronics
DC-AC power converters Power conversion Pulse width modulation converters Inverters Insulated gate bipolar transistors -
Education
Electrical engineering education Industrial training Vocational training -
IEEE organization
IEEE Conference activities IEEE Student activities IEEE Student Members IEEE publications -
Industry applications
Drives Electric machines Permanent magnet motors -
Power engineering and energy
Wind energy generation Wind power generation -
Communications technology
Pulse width modulation inverters Space vector pulse width modulation -
Instrumentation and measurement
Inductance measurement Torque measurement Velocity measurement
Professional memberships
IEEE - Member
IEEE Young Professionals
IEEE Transportation Electrification Community
Personal data
List of select projects
- 2025.- danas Digitalisation of non thermal Extraction of proteins plant-by-production and Electroforming as output Product (DEEP), Project Manager: Full Professor Anet Jambrak Režek, Croatian Science Foundation
- 2020.-2023. Development of an intelligent modular elevator control system to increase the energy efficiency of buildings, Project Manager: Assistant Professor Martina Kutija, European Regional Development Fund
- 2020.-2023. Development of a system for optimizing power consumption in data centers, Project Manager: Associate Professor Igor Erceg, European Regional Development Fund
- 2020.-2023. Development of a technology for interconnecting components of control cabinets using laminated conductors, Project Manager: Associate Professor Igor Erceg, European Regional Development Fund
- 2020.-2023. Innovative solution for managing the cybersecurity of industrial plants and process automation systems, Project Manager prof.dr.sc. Damir Sumina, European Regional Development Fund
- 2018.-2022. Synchronous reluctance generators for micro hydropower plants, Project Manager: Associate Professor Stjepan Stipetić, Croatian Science Foundation
- 2016.-2018. Development of Advanced Sensorless Control of Permanent Magnet Generator for Improving Energy Efficiency, Project Manager: Associate Professor Damir Sumina, Croatian Science Foundation
- 2019. Synchronous Permanent Magnet Machine Vector Control Implementation, Gemmotors d.o.o.
- 2018. Electrical Energy and Water Supply Control and Supervision System in Marines and Ports, Marex Elektrostroj d.o.o.
Past employments
2022.- Senior Assistant, University of Zagreb, Faculty of Electrical Engineering and Computing, Department of Electric Machines, Drives and Automation, Unska 3, Zagreb
2016.-2022. Research and Teaching Assistant, University of Zagreb, Faculty of Electrical Engineering and Computing, Department of Electric Machines, Drives and Automation, Unska 3, Zagreb