CV

Coursework includes computer architecture, microcontroller-based design, operating systems, data structures, OOP, logic design, and electronic circuits.

Developing GPS-denied autonomous UAV navigation in Microsoft AirSim and Unreal Engine using MediaPipe, Python, YOLO, depth perception, and real-time evaluation metrics.

Building an STM32 Black Pill flight controller from scratch, integrating IMU, ToF, and FlySky receiver inputs for attitude estimation and stabilization.

Built an STM32 search-and-rescue system with GPS, IMU, LoRa, SOS alerts, LCD status, 2 km+ range, and low-power scheduling.

Raspberry Pi-based vehicle using computer vision and AI perception for lane detection and autonomous steering.

SystemVerilog processor with multicycle multiplier coprocessor, simulated and validated in Xilinx Vivado.

Dual-output supply with 0.5–27 V adjustable and regulated 5 V outputs, filtering, thermal protection, and insulated enclosure.

Organized member-awareness sessions and represented the section at HITEC University.

Recognized among Computer Engineering teams at the Semester Project Exhibition & Competition.