- Performing job interviews for e-drive team- Taking care of onboarding process and training for new employees- Supervising student work- Cooperation with Faculty of Electrical Engineering and Computing (creating course materials, performing lectures and laboratory exercises)

- Developing FPGA based non-linear models of electric machines & power converters- Testing FPGA based electric drive models on real-time systems (RTS)- Developing various tools for complex mathematical operations on FPGA platforms (e.g. solving linear system or matrix inversion for higher order, generation of FPGA code for arbitrary mathematical expression, etc.)- Developing various tools for electric machines (e.g. permanent magnet synchronous machine) non-linear data conversion (e.g. inversion of multidimensional flux maps, conversion from flux to inductance maps, etc.)

Research activities:- research and development of flying start and sensorless control algorithms for a permanent magnet synchronous machine (PMSM) with application in wind energy conversion systems- research and development of model predictive control algorithms for two-level power converters used with PMSM with aim to reduce switching losses- research and development of methods for operation of a PMSM on voltage and current limit (flux weakening) in torque control mode- presenting on international scientific conferences- writing scientific papers for journalsTeaching activities:- preparing and carrying out laboratory exercises related to control of electrical drives