Projects & Research
Projects & Research
Exploring the frontiers of technology through innovation and discovery
Hands-on engineering projects combining hardware and software
Built a fully autonomous drone with computer vision for surveillance and mapping applications. Features real-time object detection and GPS navigation.
Designed and launched a model rocket capable of reaching 10,000 feet with telemetry data collection and parachute recovery system.
Custom-designed flight computer with IMU, GPS, and communication modules for autonomous vehicle control and data logging.
Developed a compact Doppler radar system for object detection and speed measurement using microwave frequencies and signal processing.
Academic and experimental research in cutting-edge technologies
Computational fluid dynamics analysis of wing designs for optimal lift-to-drag ratio in UAV applications.
Development of compact, high-gain antenna arrays for satellite communication and radar applications.
Low-noise amplifier design for RF applications with focus on power efficiency and signal integrity.
Machine learning algorithms for autonomous flight control and obstacle avoidance in dynamic environments.
I'm always open to discussing new projects, research opportunities, and innovative ideas.
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