"Topology Optimisation for Fracture and Fatigue Life Tolerances" , which involves the creation of complex part designs by taking into account the fatigue and crack propagation life of structural parts produced by the additive manufacturing method.

I took part in the structural analysis of power transmission systems.

I did my summer internship on material selection, production methods, three-dimensional design, welding methods and structural analysis of steam pressure tanks, steam boilers, hot water boilers, hot oil boilers, economizers, deaerators, closed expansion and booster tanks of steam generators.

17-week qualified training was held, covering material selection, manufacturing processes, testing and certification processes, structural and flow analyzes of gas turbine and piston engines used in aviation.

I was the team captain of the Gazi Kovan Rocket Team, which was established within the Gazi Horizon Technology Team, in the Teknofest 2022 Medium Altitude Rocket Category Competition. I also carried out the structural analysis and composite production process of the rocket produced during the competition. Finally, I performed the calculations of the rocket separation pressure, the flight profile of the rocket with CFD, and the thermal analysis of the engine block part.

We carried out experimental studies and productions on the subject of metal additive manufacturing during our voluntary internship for one and a half months. During my internship, I took part in the productions made with Concept Laser M2 Cusing SLM 3D Metal Printer (Selective Laser Melting Device).