Professional skills:

• Internet of Things (IoT), Industrial Internet of Things (IIoT) and Industry 4.0
• multiparameter monitoring systems (real-time, stand-alone, networked, in-situ…)
• special purpose infrared and electromagnetics systems (industry, traffic and military)
• artificial intelligence and expert systems
• fuzzy logic systems
• state-of-the-art machine learning algorithms and models:
o YOLO_V8 - object detection and tracking
o RNN – recurrent neural network
o LSTM - long short-term memory networks (time series and video frames analysis, and natural language processing)
o GRU – gated reccurent unit (time series and video frames analysis, and natural language processing)
o CNN – convolution neural networks
o Autoencoders
o Convolution autoencoders
• management algorithms based on asset management and risk management theories
• power energy efficiency and sustainable development
• infrared, electrical, laser, and magnetic measurements
• temperature and displacement measurements by optical methods such as infrared principles and lasers, respectively.

Manager and leader project skills:

1. Development projects concerning magnetic measurements of ship magnetic field and practical realization of measurement devices.
2. Development of the device for current measurement in zinc electrolysis.
3. Development projects for practical realization of measurement devices for temperature monitoring of stators in hydroelectric power plants (implemented using new software and hardware solutions).
4. Research, development and production (national project) of devices for optical temperature measurement (non-contact temperature measurement based on infra-red and ocal principles).
5. Development project for practical realization (production) of hot-box detector for temperature measurement of bearings of railway cars.
6. Remote measuring system of an object in motion (innovation project leader, ref. num. 451-01-00065/2008-01/108).
7. The development of power plants monitoring system for measuring and monitoring of temperatures in a hydroelectric power plant.
8. Project of remote monitoring of Generator Step-up Transformers. The project included mounting and tuning of high accuracy sophisticated measurement equipment, visual instrumentation, communication units and developing of database and implementing SCADA system.
9. Creation of the diagnostic center for realization of partial discharge monitoring at generators in EPS power plants (study leader ref. num. 33/10/DSI for JP "Elektroprivreda Srbije". The offer placed under II-1110/6-09 from 24.02.2010
10. The development of the monitoring system for Remote Monitoring and Detection of Vessels Movements in the Zone of Doors of Vessels Transit (Hydropower plant HE Đerdap 2).
11. The project of Ministery of science - Technolgy field in which research is conducted Energy, Mining Industry and Energy Efficiency (contract num. TR-33024): “Increase of power efficiency, reliabillity and availability of EPS power plants by asserting capability curves of generators and by applying new methods of testing and remote monitoring“, Period: 2011-2020.