Khurram

Manager Electronics

Winged Innovative Solutions • Fulltime

Sep 2025 - Present • 8 mos

I worked as Manager Electronics at Winged Innovative Solutions, where I led the design, development, and deployment of advanced UAV electronic systems and embedded solutions. In this role, I managed complete electronics architecture for multirotor and fixed-wing platforms, including power distribution systems, flight controller integration, telemetry communication, GPS modules, RF systems, and payload electronics I coordinated with mechanical and software teams to deliver fully integrated drone systems, focusing on stability, endurance, and mission efficiency. My responsibilities included autopilot configuration (Pixhawk/CUAV platforms), firmware tuning, sensor fusion setup (IMU, compass, barometer, optical flow), and advanced mission configuration using MAVLink-based communication. I also oversaw AI-based companion computer integration such as Jetson and Raspberry Pi for real-time video processing, object tracking, and autonomous navigation applications. This included system debugging, EMI noise reduction, signal integrity optimization, and fail-safe implementation for operational safety. As a manager, I handled project planning, technical documentation, team supervision, client communication, and on-field testing. I ensured that every system met performance benchmarks before deployment. At Winged Innovative Solutions, I contributed to the development of surveillance UAVs, FPV platforms, autonomous mission drones, and custom electronics solutions tailored to client requirements. My focus has always been on building reliable, scalable, and mission-ready electronic systems that combine traditional engineering discipline with modern UAV innovation.

Avionics Engineer

sysverve Aeorspace • Fulltime

Aug 2018 - Jul 2025 • 6 yrs 11 mos

I worked as an Avionics Engineer at Sysverve Aerospace, where I was responsible for the development, integration, and testing of advanced UAV systems. My role focused on flight control systems, autopilot integration, onboard electronics, and AI-based mission capabilities. I worked extensively with Pixhawk-based flight controllers (Cube Orange, CUAV series) and implemented ArduPilot firmware for multirotors, VTOL, and fixed-wing platforms. My responsibilities included system wiring, sensor calibration, GPS integration, telemetry setup, and mission planning using Mission Planner and MAVLink communication. I developed and integrated target locking and tracking systems using onboard companion computers such as Jetson Nano and Raspberry Pi. This included real-time object detection (OpenCV-based), AI-assisted tracking, RC-triggered lock/unlock systems, and precision strike mechanisms for FPV quadcopters. I also worked on swarm coordination concepts, multi-drone communication, RC channel customization, optical flow integration, ultrasonic sensors for obstacle avoidance, and LTE-based remote communication systems. My experience covers complete drone system architecture — from hardware assembly and power distribution design to firmware tuning (PID optimization), flight testing, troubleshooting, and performance optimization. At Sysverve Aerospace, I contributed to the development of surveillance drones, high-speed FPV systems, long-endurance UAVs, and AI-powered autonomous platforms designed for real-world operational environments. I specialize in combining traditional flight control reliability with modern AI capabilities to create robust and mission-ready UAV systems.