Waste Plastic Disposal and Recovery by Pyrolysis Method - PYROLYSIS FACILITYThe job responsibilities span a wide range of tasks, extending well beyond the following:● Reduced costs through repair, maintenance, troubleshooting, and system improvements of complex machinery and equipment.● Increased production capacity and efficiency by 15%.● By analyzing system problems, I developed and implemented concrete optimization proposals.● Conducted analysis and… Show more Waste Plastic Disposal and Recovery by Pyrolysis Method - PYROLYSIS FACILITYThe job responsibilities span a wide range of tasks, extending well beyond the following:● Reduced costs through repair, maintenance, troubleshooting, and system improvements of complex machinery and equipment.● Increased production capacity and efficiency by 15%.● By analyzing system problems, I developed and implemented concrete optimization proposals.● Conducted analysis and quality control processes in the laboratory using measurement instruments for distillation, viscosity, freezing point, and combustion and flash points.● Monitoring and performance optimization of the pyrolysis system's automation control, reactor operation, and cooling systems (chiller water cooling system). Show less

As an Energy Systems Engineer, my responsibilities included:● We conducted a performance analysis of the 'PARABOLIC THROUGH SOLAR COLLECTOR WITH HEAT STORAGE' system with my instructor, Associate Professor Dr. Alper ERGÜN.● In the experimental study conducted on the parabolic trough solar collector, I performed thermodynamic analyses of different receiver tube designs.● By using transparent paraffin material, we achieved higher performance with a thermal efficiency of… Show more As an Energy Systems Engineer, my responsibilities included:● We conducted a performance analysis of the 'PARABOLIC THROUGH SOLAR COLLECTOR WITH HEAT STORAGE' system with my instructor, Associate Professor Dr. Alper ERGÜN.● In the experimental study conducted on the parabolic trough solar collector, I performed thermodynamic analyses of different receiver tube designs.● By using transparent paraffin material, we achieved higher performance with a thermal efficiency of 7.15%. ● In addition, we experimentally investigated the thermal performance of Cu₂O, Fe₂O₃, and ZnO nanofluids compared to pure water in a plate-type heat exchanger. This work was conducted under the guidance of Assoc.Prof.Dr. Bahri AKSU. Show less

● As a Project Assistant & Energy Systems Coordinator with the Fireflies Team at TEKNOFEST, I contributed to the Environment and Energy Technologies Competition, focusing on innovative solutions for sustainability. My role involved coordinating project activities and collaborating with a dynamic team to develop energy-efficient systems.● I played a key part in ensuring the smooth execution of project tasks, monitoring progress, and helping to refine concepts related to sustainable… Show more ● As a Project Assistant & Energy Systems Coordinator with the Fireflies Team at TEKNOFEST, I contributed to the Environment and Energy Technologies Competition, focusing on innovative solutions for sustainability. My role involved coordinating project activities and collaborating with a dynamic team to develop energy-efficient systems.● I played a key part in ensuring the smooth execution of project tasks, monitoring progress, and helping to refine concepts related to sustainable energy systems. My experience allowed me to enhance my skills in project management and teamwork while gaining valuable insights into the energy sector. I am passionate about contributing to sustainable practices and advancing innovative technologies that benefit the environment. Show less

● While working with VELS ENERJİ, the project partner, we designed and installed an On-grid solar energy system with a production power of 99.68 kW.● I gained valuable knowledge and experience in production methods.● I gained experience in both field and office environments.● I worked with VELS ENERJİ company on on-grid solar energy system.ENERGY EFFICIENCY IN PUBLIC BUILDINGS PROJECT ( KABEV ) KARABUK UNIVERSITY ENERGY EFFICIENCY PROJECT