Bad Salzuflen, North Rhine-Westphalia, Germany
As a mechanical engineer with a bachelor's degree from Eskişehir Osmangazi University, I have developed engineering and Excel skills that I applied in various industries. I have completed three internships in different companies, where I gained hands-on experience in metal, plastic and technology sectors. I worked with diverse teams and contributed to various projects, such as designing, testing, and optimizing products and processes. I am passionate about engineering and sports, and I seek to leverage my knowledge and skills in challenging and innovative environments. I am fluent English and can also speak German, and I value learning and collaboration.
• Participated in the full-cycle manufacturing of industrial ovens, from initial customer request to final production • Designed 2D and 3D models of customer parts using Autodesk Inventor and prepared cut files in AutoCAD according to project specifications • Selected materials in line with customer expectations and determined appropriate thickness, type, and technical specs before proceeding with bending and welding steps • Created welding drawings in collaboration with the welding engineer and coordinated with the production team to ensure correct implementation • Contributed to the rapid production of 21 ovens, gaining exposure to varied manufacturing techniques such as punch drilling and precision welding • Modeled compressor units using previous projects as a reference and performed additional mechanical calculations to optimize material selection, spacing, and weld thickness • Led compressor body production, including the fabrication and assembly of structural and connection components for different-scale compressor models • Involved in a large-scale compressor manufacturing project for a refinery, where I worked with API and ASME standards, as well as ATEX safety regulations for explosive environments • Used ProAlpha ERP for documentation and project coordination, and produced technical drawings for welded assemblies • Observed the quality differences between robotic welding and manual techniques, concluding that robotic arms deliver superior and more consistent results in circular geometries
• Contributed to the design and production of hydraulic presses and thermal expansion ovens used in truck manufacturing • Gained in-depth understanding of the heating and press process, where parts are first expanded at 140°C and then separated using hydraulic pressure to prevent structural damage or microcracks • Designed mechanical components using SolidWorks and Inventor, creating detailed drawings and technical documentation for the production line • Acquired hands-on exposure to mechanical assembly and quality assurance procedures in a mid-scale manufacturing environment
• Took part in the production of plastic window and door frames, analyzing how material properties impact product quality and consistency • Designed a safety enclosure using SolidWorks to improve operator protection during the cutting phase of plastic extrusion ➢ The existing saw machine, which performed cuts at 6-meter intervals, continued running even when its protective cover was opened ➢ To proactively enhance safety, collaborated with my mentor engineer to develop a sensor-integrated cage that automatically stops the saw when opened and restarts it only after reclosure • Applied design thinking and mechanical engineering principles to boost both operational safety and process reliability
• Observed welded part production processes, including both robotic and manual welding applications • Gained insight into the advantages of robotic arm welding in producing statistically higher quality welds, especially in circular components • Explored foundational concepts of robotic welding operations, welding constraints, and production limits in high-volume environments