As an Associate Electrical Engineer at Mach Alpha, I am responsible for the design and development of drones tailored to industrial applications. My work involves integrating embedded systems, including microcontroller programming, and developing innovative electronic circuits. I am also focused on creating cost-efficient custom solutions for drone technology, enhancing functionality and reducing operational costs.Key Responsibilities:1) Design and develop drones for industrial applications, ensuring high performance and reliability.2) Program microcontrollers and implement embedded systems solutions for drone operations.3)Design, test, and optimize electronic circuits to meet the specific needs of drone projects.Develop and integrate custom, cost-saving solutions to enhance the efficiency of drone systems.4)Collaborate with cross-functional teams to drive the innovation and advancement of drone technologies.

As a Mechatronics Design Engineer at Efficio Engineering, I actively engage in cutting-edge projects involving microcontroller programming, advanced PCB and circuit design, and the development of innovative solutions to complex real-world challenges, with a strong focus on consumer electronics.

As President of IST Robotics Society at Institute of Space Technology Islamabad from September 2023 to August 2024, I spearheaded strategic initiatives to cultivate innovation and collaboration within the society. Guiding a team of passionate individuals, I facilitated the organization of workshops, competitions, and projects, fostering a vibrant community of robotics enthusiasts. Through effective leadership and mentorship, I empowered members to explore their potential, driving the society towards excellence in robotics education, Artificial Intelligence and research.1. Workshops • Conducting workshops in universities and schools related to UAVs, Robotics and AI.2. Competitions • Led the society to participate and win in various robotics, drone, and RC plane competitions3. Seminars for School Students • Conducted and organized motivational seminars for school students, highlighting the importance of robotics and AI and inspiring the next generation to explore these fields.4. Courses • Developed courses for the society's workshops, including "Arduino and ESP32 Programming for Beginners" and "Introduction to Drones," providing foundational skills and knowledge.

At AITeC, NCP Islamabad, I gained hands-on experience in robotics, AI, computer vision, and ML. where I successfully completed three projects.1. Project 1: Tracking of Flying Drone Using Two-Axis Gimbal • Designed and built a system to track a flying drone from the ground using a two-axis pan and tilt servo-based gimbal. • Employed a camera and Raspberry Pi 4 for real-time video processing and tracking. • Developed a custom algorithm using YOLOv8 to accurately detect and track the drone. • Integrated the gimbal with the Raspberry Pi to ensure smooth and precise adjustments for continuous tracking.2. Project 2: Ground Rover Development Using Pixhawk 2.4.8 • Developed a ground rover controlled by Pixhawk 2.4.8, utilizing Mission Planner and QGroundControl for mission planning. • Configured the rover to follow predefined waypoints autonomously. • Conducted field tests to validate the rover's performance and refine its navigation capabilities.3. Project 3: YOLOv5-Based Toy Car Detection and Following • Developed a robotic toy car equipped with a Raspberry Pi 4 and camera for visually tracking another robotic car. • Implemented YOLOv5 to detect the leading robotic car. • Developed an additional custom algorithm specifically for tracking and following the detected car Based on the Extracted Parameters of Yolov5. • Implemented a control system to ensure the follower car maintains a safe distance from the leader car.