Ahmet Efe Güneysulu

Worked as a structural analyst within a Formula Student/Shell Eco-marathon team, focusing on the analysis of the chassis, suspension, and load-bearing components of the vehicle. Carried out static, dynamic, and modal simulations using tools such as ANSYS and Siemens NX to ensure structural integrity and weight optimization. Participated in material selection and safety factor calculations based on engineering requirements. Validated simulation results with physical test data, and contributed to design revisions by providing technical insight during team decision-making processes.

• Assisted in the development of advanced structural materials, contributing to their successful implementation in industry applications.
• Mentored junior analysts, fostering a positive learning environment and promoting professional growth within the team.

• As a Brake System Engineer, I was responsible for the design, analysis, production, and testing processes of the vehicle's braking systems. My tasks included optimizing components such as hydraulic lines, discs, calipers, and brake pads to enhance overall braking performance. I worked on adjusting brake balance to support vehicle dynamics, and conducted thermal analysis to ensure the thermal efficiency and reliability of the system.
• Improved system efficiency by implementing and optimizing hardware and software components.

• I was responsible for the design, analysis, and manufacturing of the vehicle's monocoque structure. My primary focus was on creating a lightweight yet highly rigid chassis using advanced composite materials, such as carbon fiber. I conducted structural and aerodynamic analyses using software like ANSYS and SolidWorks to ensure optimal performance and safety.