Main activities include: * Definition of R&D vision of the company.* Development and programming of algorithms for power system computations in company’s software.* Management and supervision of collaboration with research institutes and universities.Side activities are related to customer support, consultancy and giving courses.Developed and programmed the following modules in Vision Network Analysis software:* Dynamic Analysis (simulation of electromagnetic and… Show more Main activities include: * Definition of R&D vision of the company.* Development and programming of algorithms for power system computations in company’s software.* Management and supervision of collaboration with research institutes and universities.Side activities are related to customer support, consultancy and giving courses.Developed and programmed the following modules in Vision Network Analysis software:* Dynamic Analysis (simulation of electromagnetic and electromechanical transients)* Small-Signal Stability Analysis (eigenvalue/eigenvector analysis)* Arc Flash (according to IEEE 1584 and ISSA)* Short-Circuit Calculation for Ships and Offshore Platforms (according to IEC 61363)* Unbalanced Power Flow* State Estimation (in collaboration)Mathematical developments include:* Sparse LU factorization optimized for calculations of large scale power systems* Solver for stiff systems of ordinary differential equations (for simulation of power system transients)* Parallelization of existing algorithms for multicore CPU use Show less

Teaching "Power System Stability and Control" course to Control System (2014-2016) and Sustainable Energy (2019-2022) Master students.

Participating in EU FP6 Virtual Synchronous Generator (VSYNC) project related to emulation of synchronous generator mechanical inertia in power electronic converter-interfaced decentralized generation. Guiding internship and master students; teaching courses.

Title of the PhD thesis: “Dynamics and stability of distribution networks with dispersed generation”. Research on modeling of distributed generators, linearization, model reduction and stability analysis of power systems with distributed generation.