Team Captain of Aldebaran UAV Team. Specializing in airframe design, structural optimization, and aerodynamic analysis for national and international competitions.
Mechanical Engineering student with hands-on experience in UAV and UCAV mechanical design for national and international competitions. As Team Captain of Aldebaran UAV Team, I lead a dedicated group of engineers in developing cutting-edge unmanned aerial vehicle technology.
My expertise spans CAD-based design, aerodynamic analysis, structural optimization, and modular component development. Currently pursuing my degree at Marmara University, focusing on mechanical systems and aerospace applications.
Leading Aldebaran UAV Team
Airframe & structural design
National & international
Marmara University
Proficient in industry-standard engineering software for CAD modeling, aerodynamic analysis, and structural optimization.
CAD Modeling & Assembly Design
Advanced Surface & Mechanical Design
Parametric Design & Prototyping
Aerodynamic Analysis & Airfoil Selection
Numerical Analysis & Engineering Calculations
2D Technical Drafting
CFD & Structural Analysis
Selected work showcasing expertise in UAV design, aerodynamic analysis, CFD simulation, and mechanical engineering.
Competition Project • 2025
3D Flow Analysis using ANSYS Fluent for the 2025 Savaşan İHA Competition. Comprehensive CFD simulation to optimize aerodynamic performance and validate design decisions.
Research Project
Comparative analysis of NACA 4411 and NACA 3411 airfoil profiles. Evaluated lift coefficients, drag characteristics, and pressure distributions to inform wing design decisions.
Simulation Study
CFD analysis of UAV external flow using SolidWorks Flow Simulation to evaluate pressure distribution and airflow behavior across the entire aircraft body.
Hardware Development
Mechanical design of a modular thrust test stand for propulsion system testing. Engineered for rigidity, alignment accuracy, and safe load transfer during static thrust measurements.
Academic Project • Marmara University
Complete 3D modeling and assembly of a V6 internal combustion engine. Includes crankshaft, pistons, connecting rods, cylinder banks, and valve train components with precise assembly constraints.
Crankshaft Assembly
Cylinder Banks
Timing Belt Pulley
Air Filter System
Exhaust Manifold
I'm actively seeking opportunities in mechanical engineering and UAV design. Feel free to reach out to discuss how I can contribute to your team.
I'd be happy to discuss how my skills and experience align with your team's needs.
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