Evgenii Gordievskii

Responsible for operation and maintenance of HVAC, industrial refrigeration units, automated ventilation, power distribution, and safety systems. Gained hands-on experience in system diagnostics, contractor supervision, and multi-site engineering coordination. This position significantly expanded my technical exposure and deepened my understanding of real-world system integration — experience that now supports my work in metrology, calibration, and precision-focused industries.

Oversaw the technical infrastructure of one of the region’s leading cultural institutions. Responsible for maintenance and operation of electrical, lighting, HVAC, and power supply systems. Coordinated a team of technicians and contractors to ensure uninterrupted functioning of all engineering systems. Managed procurement and documentation, ensured compliance with safety and regulatory standards. Gained valuable cross-functional experience in infrastructure management, troubleshooting, and team coordination under tight schedules.

During my Postgraduate period I focused on cutting-edge research at the intersection of renewable energy, electronics, and the Internet of Things (IoT). My work aims to address challenges in energy sustainability by: Developing advanced systems for efficient energy management and storage; Exploring innovative applications of IoT in smart grids and energy networks; Enhancing the integration of renewable energy sources into modern infrastructure through intelligent electronics and automation. This research combines theoretical modeling, experimental validation, and practical implementation to contribute to the development of sustainable, energy-efficient systems.

"Electric power and electrical engineering. RES". Average score: 5.0 (on a five-point scale). Specialized in modern energy systems with a focus on renewable technologies including solar, wind, and hybrid energy integration. Studied advanced courses in power electronics, smart grids, and sustainable energy infrastructure. Developed a thesis project related to smart parking systems based on RES and participated in research on energy efficiency and clean energy innovations.

"Electric power and electrical engineering". Average score: 4.92 (on a five-point scale). Studied key disciplines in energy systems, electrical engineering, thermodynamics, and power supply. Developed strong analytical and technical skills with a focus on energy efficiency, system reliability, and applied physics. Participated in laboratory research and student projects related to industrial energy systems.