معرفی
Nebojsa Mitrovic is a full Professor at the Faculty of Electronics, University of Niš, Serbia, where he is affiliated with the Department of Electrical Power Engineering. He has been a faculty member since earning his PhD in 1998 and was promoted to full professor in 2004. His research focuses on electric motor drives, power electronics, and control systems for industrial applications.
His research interests span Electrical Power Engineering, Power Electronics, and Electric Motor Drives, with a strong emphasis on sensorless control of induction motors, direct torque control, and adjustable speed drives. His work integrates advanced control algorithms with practical power electronics to improve efficiency and reliability in industrial motor systems.
The recent articles highlight a consistent research trajectory in motor drive control, particularly focusing on eliminating mechanical sensors, improving dynamic response, and enhancing power quality. Key themes include speed estimation, voltage and slip compensation, and real-time control implementation in PWM-based drives. His publications appear in IEEE journals and regional technical periodicals, reflecting both international engagement and regional impact.
- Total of 72 published papers
- Two university textbooks authored
- Participation in 6 scientific research projects
- Project leader for Ministry of Serbia-funded project on crane drive automation
- Industry collaboration on commissioning of electrical systems in industrial plants
Nebojsa Mitrovic has contributed significantly to applied research in power engineering, particularly through projects funded by the Ministry of the Republic of Serbia and collaborations with industrial partners. His work bridges theoretical control strategies with real-world implementation in motor drive systems.
He is affiliated with the Department of Electrical Power Engineering at the Faculty of Electronics in Niš, where he conducts research and teaching in power electronics and drive systems. His laboratory work likely supports student projects and industrial prototypes in motor control and power conversion.
