I am a 3rd-year B.Tech student majoring in Electronics and Communication Engineering (ECE), currently based in Bengaluru. My core focus lies in bridging the gap between hardware and software, with specialized interests in embedded systems, robotics, and the application of Machine Learning in physical systems.
I am highly driven by a long-term objective to serve in the Indian Armed Forces, intending to leverage my technical expertise in robotics and defense electronics. Outside of engineering, I maintain a rigorous physical training regimen, including daily fitness conditioning and competitive badminton, to support this goal.
- Academic Standing: 6th Semester, B.Tech ECE
- Current Focus: Developing Real-Time Operating System (RTOS) and microcontroller-based architectures.
- Research & Publications: Currently drafting an IEEE conference paper focusing on a low-power, high-speed dynamic comparator design.
- Ongoing Learning: Advanced Machine Learning concepts for hardware integration and autonomous system navigation.
Hardware & Microcontrollers:
ARM Cortex-M4 | ESP32 | Raspberry Pi | Raspberry Pi Pico | Microwave Radar Systems
Software & Core Technologies:
FreeRTOS | C/C++ | Python | Machine Learning | IoT Architecture | Digital IC Design
- H.A.W.K. (Human Activity Detection Through Walls): A sophisticated detection system utilizing microwave radar, powered by an ESP32 and orchestrated using FreeRTOS.
- TARA (Tracking Adaptive Road Autonomous Car): An autonomous vehicle architecture leveraging the combined processing capabilities of a Raspberry Pi and ESP32 for adaptive navigation and environmental mapping.
- Web-Based Digital IC Tester: A hardware testing infrastructure built around the Raspberry Pi Pico and MCP23017 I/O expanders to validate digital integrated circuits.
- Embedded Systems Laboratory Implementation: Designing and implementing real-time operations using an ARM Cortex-M4 microcontroller running FreeRTOS.
