• Responsible for monitoring and implementation of Circutor and Elspec Supervisory Control and Data Acquisition (SCADA) systems.• Ensuring flawless system functionality and providing client support across various industrial sectors.• Participation in the development of strategies for process optimization and support for improved energy efficiency within the industrial sector.• Analysis of power quality and preparation of reports for improving system performance.

• Engaged in the project financed by the Ministry of Education, Science, and Technological Development of the Republic of Serbia (TR 36018), investigating the impact of the implementation of LED technology on energy efficiency and power quality in adaptive street lighting• Identification of actual energy savings and financial impacts achieved by the implementation of LED technology in street/road lighting• Analysis of lighting quality and energy efficiency of LED and conventional street lighting installations, focused on recommendations for the appropriate color of light based on subjective impressions of both pedestrians and drivers.• Analysis of the technical aspects of the implementation of LED technology, including calculations of the maximum permissible number of luminaires related to the cable cross-section, voltage drops and efficiency of the TN protection system.

• Engaged in the project financed by the Ministry of Education, Science, and Technological Development of the Republic of Serbia (TR 36018) and realized at the Department of Energy converters and drives, that mostly dealt with poor electrical contacts (which can lead to failures that can cause fire and cannot be detected by conventional protective components), as well as with the appearance of the series electric arc, the detection of which was tested by the verification of the operation of the AFDD (Arc-Fault Detection Device).• Based on the data obtained from a large number of expert reports related to the verification of the quality of low-voltage electrical installations (performed by the Laboratory for testing low-voltage electrical installations at the Faculty of Electrical Engineering in Belgrade), as well as on a large number of experiments, a method for the early detection of circuits that contain poor electrical contacts has been developed.