About
I engineer systems where hardware, firmware, and intelligent software converge — from bare-metal devices to secure cloud platforms.
Electronics and Communication Engineering graduate from VIT with a focus on embedded systems, IoT architecture, and real-time processing. My work sits at the intersection of hardware and intelligent software.
I’ve developed production systems ranging from assistive wearables with 95% reliability to smart lighting infrastructures deployed in commercial environments. Currently working on IoT telematics systems with bare-metal firmware and secure cloud connectivity.
My expertise spans from low-level driver development (GPIO, UART, SPI, I2C)to cloud integration with Azure IoT Hub, implementing enterprise-grade security using TLS/mTLS and certificate-based authentication.
Projects
Bare-Metal Programming
Firmware Developer · 2025
Step-by-step bare-metal firmware development on PIC32CX with real industry examples.
Impact: Showcases full-stack IoT firmware with secure cloud, GPS/SMS, and register-level programming.
Smart Lighting IoT System
IoT Engineer · 2024
Architected an intelligent lighting infrastructure using ESP32 microcontrollers and real-time sensor networks to optimize energy consumption across commercial deployments.
Impact: 100% functionality validation, seamless hardware–software integration
Spectrum Sensing Using Fast Slepian Transform
Researcher · Jan 2025 - Sep 2025
Implemented robust spectrum sensing for cognitive radio using Fast Slepian Transform under low SNR.
Impact: Improved detection accuracy, reduced false alarms, and enhanced energy efficiency for real-time use.
RC Aircraft Telemetry System
Technical Lead · 2023–2024
Developed high-precision thrust measurement infrastructure with custom load cells and real-time analytics.
Impact: Performance optimization through real-time telemetry
Hybrid Cryptography for 5G Networks
Security Researcher · 2024
Published in Nature: Proposed a hybrid AES–DES–RSA architecture for high-speed 5G network security, improving encryption performance and robustness.
Impact: Improved efficiency over traditional encryption methods
Line-Following Autonomous Robot
Robotics Engineer · 2023
Built an autonomous robot using QRT sensors and PID control for precise navigation.
Impact: 25% reduction in navigation errors
Technical Expertise
Embedded & Firmware
IoT & Cloud
Tools & Debugging
Experience
Hardware / Embedded Firmware Intern · CNH Industrial R&D
Jan 2025 - Present · Bangalore, Karnataka
- Built IoT telematics system with PIC32CX bare-metal firmware, custom PCB, GPS/SMS, and secure cloud connectivity.
- Implemented MQTT/HTTPS, Azure IoT Hub integration, and certificate-based authentication with TLS/mTLS.
- Developed and debugged drivers (GPIO, Timers, UART, SPI, ADC, PWM, I2C) and network/AT command sequences.
IoT Intern · Seculinx
Sept 2024 - Jan 2025 · Vellore, Tamil Nadu
- Designed and implemented an IoT-based smart lighting system using ESP32 to optimize energy consumption and enhance user control
- Collaborated across teams to ensure seamless integration of hardware and software, achieving 100% functionality testing
- Created detailed technical documentation outlining design, implementation, and troubleshooting methods
Embedded Engineer Intern · Maven Silicon Softech Pvt Ltd
Jun 2024 - July 2024 · Vellore, Tamil Nadu
- Collaborated with senior engineers to design and implement digital system architectures using Embedded C
- Engineered a wearable obstacle detection device for visually impaired individuals, achieving 95% reliability
- Documented comprehensive project processes shared with cross-functional teams
Technical Core Member · ASME - Team Veloce
June 2023 - July 2024 · Vellore, Tamil Nadu
- Developed high-precision thrust measurement system using Arduino and sensors (HX711, ADC, load cell) for RC aircraft
- Integrated custom-built load cell enhancing accuracy for real-time data analysis
- Collected extensive datasets in CSV format, employing Python for data cleaning, visualization, and analytics