UAV SYSTEM DEVELOPMENT AND INTEGRATION

✅ Entrepreneurs or organizations starting a new UAV project

✅ Teams looking to customize or optimize their existing systems

✅ Project groups participating in competitions like Teknofest or TÜBİTAK

✅ Those who need UAV-based solutions for a specific purpose or service

✅ Development of mission-specific fixed-wing or VTOL systems

✅ Selection and procurement of system components

✅ Industrial design and manufacturing of airframes, wings, and all project-specific parts

✅ Rapid prototyping and pre-flight testing processes

✅ Integration of control boards, servo motors, and sensors

✅ Ground control software and flight planning interfaces

✅ Rapid prototyping and pre-flight testing processes

✅ Ground tests and flight tests

✅ Post-test optimization and improvements

✅ Technical documentation and reporting

✅ SolidWorks, Altium Designer, ArduPilot, PX4, Cube Ecosystem

✅ ESP32, STM32, 3D printing and CNC manufacturing infrastructure

✅ Python, C/C++, QGroundControl, Mission Planner, and similar tools

✅ Computer vision and AI technologies such as OpenCV, ROS, TensorFlow

🏆 I completed a fixed-wing VTOL unmanned aerial vehicle project for SANKO with a total project budget of ₺10 million. The project featured best-in-class capabilities at both national and international levels.

🏆 I designed, developed, and mass-produced from scratch the SAFIR, SAFDER, and ZARGUN mini-class fixed-wing UAVs, which received TÜBİTAK awards and set records on national and international platforms. I provided training using these platforms to dozens of engineers, engineering students, and academics.

🏆 The DTR reports and System Demonstration videos I prepared for Teknofest competitions and TÜBİTAK earned the highest scores among hundreds of projects, winning first place. The UAVs I personally designed and produced achieved top rankings and set records.

🏆 I’ve carried out projects across various sub-disciplines of unmanned aerial vehicles, including autonomous flight algorithms, vision-based technologies, propulsion systems, brushless motor and ESC design, autonomous flight computer design and production, modular and composite structural parts, and AI-supported parametric vehicle design.