Completed a Master of Engineering Sciences (M.Eng.) in Electrical Power Systems Engineering at Vilnius Gediminas Technical University (VILNIUS TECH), Lithuania, in 2026. This internationally accredited graduate program provided advanced knowledge of modern electrical power systems, renewable energy technologies, smart grids, and sustainable energy solutions while emphasizing innovation, research, and practical engineering applications.

The curriculum covered a wide range of advanced subjects, including Power System Analysis, Smart Grid Technologies, Renewable Energy Systems, Power Generation, Power Transmission and Distribution, High Voltage Engineering, Power Electronics, Electrical Machines, Power System Protection, Power System Stability, Energy Management Systems, Grid Integration of Renewable Energy, Energy Storage Technologies, Electrical System Modeling and Simulation, Power System Optimization, Industrial Automation, Research Methodology, and Engineering Project Management.

Throughout the program, I developed expertise in designing, analyzing, and optimizing modern electrical power networks using industry-standard engineering tools and simulation software. The program strengthened my abilities in power system planning, renewable energy integration, grid reliability, data-driven decision-making, and technical research while enhancing my leadership, teamwork, and project management skills through collaborative engineering projects and independent research. This master's degree has equipped me to contribute to the development of smart, sustainable, and resilient energy systems and prepared me for advanced roles in power engineering, renewable energy, smart grid technologies, industrial automation, energy consulting, and research & development.