I create content focused on science, technology, energy, and future topics. I produce various types of content, such as articles, blog posts, and research reports, while developing SEO-friendly content strategies. I manage the editing and review processes to ensure the accuracy and consistency of the content. By analyzing performance metrics, I make data-driven decisions to enhance content effectiveness. Through collaboration, I implement digital content marketing strategies, delivering engaging and informative content tailored to the target audience.

Investigation of the Effect of Using Ceramic Cutting Tools in Super Alloys on the Material

• I developed my leadership skills by fostering collaboration and team spirit. I ensured the team reached its goals by delegating tasks effectively.• Using ANSYS, I conducted structural analysis of the rocket and performed computational fluid dynamics (CFD) studies to improve its aerodynamic performance.• We conducted research on material selection and rocket production, making informed decisions.• I used SolidWorks to create the 3D model and assembly of the rocket, providing the team with a detailed construction guide.• I designed the rocket and conducted flight simulations using OpenRocket, preparing for possible scenarios.

During my internship at ProMec Engineering Ltd., I designed anodizing racks using PTC Creo and performed fatigue analysis on motor shafts with ANSYS Mechanical. I was involved in the dimensional analysis, tolerancing, and assembly processes of Pan-Tilt systems. Additionally, I prepared technical reports and documentation for design and analysis projects, providing a reference for the engineering team.

• I gained proficiency in scrap melting processes using electric arc furnaces and learned casting techniques for high-alloy steels.• I learned alloying procedures in the ladle furnace and familiarized myself with vacuum furnace casting techniques.• I observed the forging processes of annealed ingots in a 3000-ton open die forging press and a radial forging press.• I was involved in barrel production and thermal treatment processes in the steel factory, where I learned key steps such as temperature monitoring, hardening, and annealing.• I observed the machining and assembly processes in barrel production, including wedge and wedge allowance operations.• I witnessed the quality control processes of manufactured items using ultrasonic inspection methods.• I gained practical knowledge of measurement techniques using a CMM (Coordinate Measuring Machine).• I worked on a project titled "Defects in Casting and Forging Processes," where I analyzed defects in casting and forging and developed process improvement and quality control recommendations to prevent such issues.

• I gained experience using AutoCAD to create detailed design plans and technical drawings for various projects.• I became proficient in Aveva E3D, a 3D modeling software, creating detailed models of ship components and piping systems.• I developed strong 3D drawing skills and became proficient in reading complex piping and instrumentation diagrams.• I also used Cadmatic for 3D modeling of ship systems.• I gained knowledge of ship piping systems, including bilge, ballast, firefighting, and engine cooling systems.• My experience as a Design Engineer helped me develop technical skills in 3D modeling, drafting, and understanding ship systems.

Ulaşım ve Makina Ikmal Müdürlüğü• During my internship, I developed skills in lathe machines, machining, part production, welding, hydraulic presses, and grinding.• I gained hands-on experience operating lathe machines, producing parts with various materials and geometries.• I worked on MIG, TIG, and arc welding, producing high-precision welded structures.• I operated hydraulic presses, creating parts with complex geometries.• I gained experience in grinding, producing parts with high surface quality.• I developed expertise in machine maintenance and provided technical solutions for machine breakdowns.• I collaborated with the production team to improve efficiency on the production line.