Millimetre wave wireless systems featuring antennas with orbital angular momentum (OAM) multiplexing, bilateral cooperation project funded by Ministry of Science, Technological Development and Innovations (Serbia) and DAAD (Germany), acronym: OAM-MUX, 2023-2024.

Smart 3D EM Simulation Environment for IoT and 5G, Innovation Fund, Collaborative Grant Scheme Program (under grant #50206), 2020-2022.

Expert Courses for the ICT Infrastructure, funded by Serbian Ministry of Education, Science and Technological Development, University of Belgrade, 2019-2020.

Development of robust and efficient LOS-MIMO antenna arrays, adaptive beamforming algorithms, and high performance signal processing for 5G multigigabit broadband wireless communications, Bilateral cooperation funded by MPNTR (Serbia) and DAAD (Germany) (under acronym: 5G-MIMO-Array), 2017-2019.

New Generation of Electromagnetic Modeling Simulation Tools, Innovation Fund, Collaborative Grant Scheme Program (under grant #50014), 2016-2019.

Algorithms and software for frequency-domain and time-domain simulations of RF subsystems and electromagnetic sensors in ICT, funded by Serbian Ministry of Science and Technological Development (under grant TR-32005), University of Belgrade, 2011-2020.

Fundamental Courses for the ICT Infrastructure, funded by Serbian Ministry of Education, Science and Technological Development (under grant 764), University of Belgrade, 2017-2018.

CPS: Synergy: Collaborative Research: Enabling Smart Underground Mining with an Integrated Context-Aware Wireless Cyber-Physical Framework, funded by NSF (under grant ECCS-1646562), Colorado State University, 2016-2019.

Diakoptic Approach to Modeling and Design of Complex Electromagnetic Systems, funded by NSF (under grant ECCS-1002385), Colorado State University, 2010-2013

Development of Algorithms and Software for the Design of Complex RF and Microwave Components, Antennas and Systems, funded by Serbian Ministry of Science and Technological Development (under grant TR-11021), University of Belgrade, 2008-2010.

Efficient Higher Order Techniques for Electromagnetic Modeling and Design of Photonic Crystal Structures, funded by NSF (under grant ECCS-0650719), Colorado State University, 2006-2011.

RF and Microwave Components and Antennas for Wireless Computer Networks and WiFi Internet Infrastructure, funded by Serbian Ministry of Science and Environmental Protection (under grant TR-6154), University of Belgrade, 2005-2007.

Passive RF and microwave modules and antennas for digital communication systems and wireless internet, funded by Serbian Ministry of Science and Environmental Protection, 2004.

Higher-Order Finite Element-Moment Method Modeling Techniques for Conformal Antenna Applications, funded by NSF (under grant ECS-0324345), University of Massachusetts Dartmouth, 2003-2009.

Large-Domain Hybrid Moment Method-Physical Optics Techniques for Efficient and Accurate Electromagnetic Modeling of Cars and Aircraft over a Wide Range of Frequencies, funded by NSF (under grant ECS-0115756), University of Massachusetts Dartmouth, 2001-2005.

Electromagnetics, funded by Serbian Ministry of Science and Technology, 1991-2000.

Design of RF filters with printed-circuit coils, realized for Philips Broadband Networks, Syracuse, New York, 1997.

Project of the antenna for 440-470 MHz band, with horizontal beamwidth > 130˚ and gain > 10 dBi, realized for Plumbing Company - Subotica, Yugoslavia, March - September 1997.