Abdul A.

I help clients build, debug, and improve UAV, robotics, and computer vision systems using PX4, ArduPilot, ROS2, Gazebo, Jetson, Pixhawk, and AI/ML tools. My work focuses on practical engineering problems such as drone simulation, flight-controller integration, autonomy pipelines, computer vision deployment, and system debugging. Whether you need help with a PX4 or ArduPilot setup, ROS2-based simulation, Jetson deployment, MAVLink communication, or AI-based perception, I can help turn your idea or broken setup into a working system. Key Expertise • UAV operations and mission planning using PX4, ArduPilot, and Pixhawk • Flight-controller setup, parameter tuning, and configuration • Custom firmware development and integration for autonomous flight systems • ROS1 / ROS2 based robotics and UAV development • Gazebo simulation and testing environments • MATLAB / Simulink for modeling, simulation, and control algorithm development • Control system design for robotics and UAV applications • Sensor integration including GPS, IMU, and onboard peripherals • Embedded firmware development using C/C++ • Microcontroller programming with Arduino, ESP32, and similar platforms • Computer Vision for object detection, tracking, image/video processing, and perception pipelines • AI / ML / DL integration for robotics, UAV autonomy, and intelligent decision systems • Edge AI deployment using platforms such as Jetson • Flight data analysis, debugging, and performance optimization Tools and technologies: PX4, ArduPilot, ROS2, Gazebo, MAVLink, Jetson, Pixhawk, QGroundControl, Python, C++, OpenCV, YOLO, MATLAB/Simulink, Unreal Engine I have hands-on 5 years' experience in UAV systems, simulation, robotics software, and vision-based applications. I focus on clear communication, practical solutions, and reliable delivery. If you need support with a drone, robotics, simulation, or computer vision project, feel free to reach out.