Building reliable embedded software for future connectivity at Qualcomm
I graduated from the Birla Institute of Technology and Science, Pilani with a Master's degree in Embedded Systems. I currently work as a modem software engineer, building reliable connectivity software for next-generation wireless systems. My work brings together electronics, firmware, connectivity, and control systems to solve practical engineering problems.
I now bring 3+ years of experience building low-level embedded firmware for 5G/LTE data-path drivers, automotive telematics, and IoT edge devices. My work spans high-throughput C and Assembly software, Linux kernel interfaces, bare-metal peripherals, RTOS threads, memory optimization, and hardware-software debugging.
Firmware, drivers, peripherals, RTOS, and hardware-software integration.
5G/LTE, automotive telematics, CAN, BLE, Wi-Fi, and cloud connectivity.
Performance optimization, root-cause analysis, automation, and technical ownership.
Embedded Software Engineer with 3+ years of experience building low-level embedded firmware for 5G/LTE data-path drivers, automotive telematics, and IoT edge devices. Experienced in high-throughput C and Assembly software, hardware accelerators, Linux kernel interfaces, bare-metal peripherals, RTOS threads, memory optimization, and hardware-software debugging.
Birla Institute of Technology & Science, Pilani (WILP), Hyderabad, India
Government College of Technology, Coimbatore, Tamil Nadu, India
WorldQuant University, New Orleans, Louisiana, United States
Sengunthar Higher Secondary School, Erode, Tamil Nadu, India
Academic Topper
Qualcomm, Hyderabad
Chara Technologies, Bengaluru
Chara Technologies, Bengaluru
Zynomi Private Limited, Bengaluru
This MATLAB simulation project focuses on a three-degree-of-freedom (3DOF) control system for rocket takeoff and landing. The simulation uses thrust vector control (TVC) to control the rocket's pitch angle and flight path angle.
A flight computer that controls the rocket thrust vector and logs data to flash memory for a 150 g rocket. Still in the development phase.
This MATLAB project simulates the trajectory of a model rocket equipped with thrust vector control. The simulation showcases the dynamics and control mechanisms involved in guiding the rocket during flight. The project is currently in progress, with a basic trajectory simulation already implemented using MATLAB and Simulink.
Developed a web-based human-machine interface robot using an ESP32 microcontroller and an L293 motor driver.
Developed an AI-based model to track an object based on its color using OpenCV.
Developed an energy-harvesting concept using light-emitting diodes to generate usable power for battery storage, with future plans for a bidirectional street-lighting system.
Sensors are embedded in the smart jacket as a flexible PCB to monitor mine workers' vital signs. Long-distance data transfer through multiple nodes sends the measured data, and the jacket alerts the rescue team in case of an accident inside the mines.
Designed and fabricated a portable reefer system for logistics and supply chain management.