Specializing In Building Automation & Energy-Saving

Processing and Automation Engineering•Enhanced Heat Pump Systems' Coefficient of Performance (COP) in the IKEA project by meticulously balancing flow rates, managing energy demands, and optimizing operational efficiency.•Developed expertise in HVAC, heat pumps, and Building Management Systems (BMS), ensuring seamlessintegration of cutting-edge technologies into building management practices.•Applied theoretical knowledge to practical scenarios, merging foundational principles with innovative solutions, resulting in effective and sustainable system designs.•Led control and automation efforts for off-grid systems, including PV systems, Fuel Cells, Buffer Tanks, and CO2 Heat Pumps.•Designed intricate wiring diagrams and constructed cabinets for system components, ensuring systematic and efficient installations.•Implemented automation strategies, enhancing the overall performance and reliability of off-grid systems,showcasing adaptability and problem-solving skills.

Theoretical investigation of diethyl ether decomposition, the aims of this study were theidentification of all the most probable reaction paths involved in DEE decomposition and toinvestigate the rate constant and CO profile for diethyl ether decomposition

I interned in the Mechanical department of a Seder company that collaborated with Ministry of Health hospitals. I was able to perform general routine maintenance on the boiler system, water treatment system, medical gas, HVAC system, fire fighting system, and electric generators.