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
Embedded IoT Telematics System
Embedded Firmware Developer · CNH Industrial · 2025–2026
Developed bare-metal firmware for an automotive IoT telematics system using the PIC32CX SG61 and Quectel EC200U cellular modem. Integrated GNSS, cellular communication, CAN, and cloud connectivity for vehicle telemetry.
Impact: Implemented MCU peripheral drivers, modem communication, GPS telemetry, MQTT/HTTPS communication, and secure cloud connectivity with Azure IoT Hub.
PIC32CX SG61 Bare-Metal Firmware
Embedded Firmware Developer · 2026
Built a register-level firmware foundation for the PIC32CX SG61 microcontroller, focusing on peripheral configuration, clocking, interrupts, and hardware bring-up without relying on high-level frameworks.
Impact: Developed and validated reusable drivers for GPIO, UART, SPI, I²C, ADC, PWM, timers, and CAN while debugging peripheral and clock configuration issues on real hardware.
CAN Bus Simulator & Analyzer
Python Developer · 2026
Developed a modular Python-based CAN simulation and analysis environment with virtual ECUs, CAN message generation, signal decoding, DBC-based encoding, and captured bus analysis.
Impact: Created a software-only environment for testing ECU interactions, CAN messages, signals, and vehicle behavior without requiring physical CAN hardware.
AeroCore — Custom STM32 Flight Controller
Embedded & Hardware Engineer · 2026
Designed a custom STM32-based flight controller with a structured hardware architecture covering the MCU, power management, sensors, communication interfaces, debugging, and PCB design.
Impact: Developed the complete engineering workflow from component selection and schematic architecture to PCB layout and embedded-system planning.
EC200U Board Bring-up
Embedded & Hardware Engineer · 2026
Performed hardware bring-up and validation of the Quectel EC200U cellular IoT module, including power, UART communication, GNSS, SIM connectivity, network registration, and AT-command based modem control.
Impact: Established reliable communication between the host MCU and EC200U, validated cellular and GNSS functionality, and debugged modem initialization, AT-command sequencing, and communication issues.
Smart Battery Management System Simulator
Embedded Systems & Python Developer · 2026
Designed a software-defined BMS architecture with a Python simulation layer and dashboard for monitoring battery voltage, current, temperature, state of charge, and system conditions.
Impact: Created a hardware-independent environment for experimenting with BMS logic, battery behavior, monitoring, and fault conditions before physical implementation.
Siemens / Capital Wiring Harness Diff Tool
Python Developer · 2026
Built a Flask-based web application and CLI tool to parse and compare Siemens/Capital wiring harness XML exports across incompatible schema versions.
Impact: Implemented schema-agnostic extraction and classified connectors, wires, splices, and components as Added, Removed, Modified, or Unchanged, with Excel report generation.
RC Aircraft Telemetry System
Technical Lead · 2023–2024
Developed a real-time thrust measurement and telemetry system using custom load-cell instrumentation, HX711 ADC hardware, Arduino, and Python-based data processing.
Impact: Enabled real-time measurement, logging, and analysis of aircraft thrust data for performance evaluation and optimization.
Spectrum Sensing Using Fast Slepian Transform
Researcher · Jan 2025–Sep 2025
Implemented spectrum-sensing techniques for cognitive radio networks using the Fast Slepian Transform, with a focus on reliable detection under low-SNR conditions.
Impact: Explored improved spectrum detection performance and reduced false-alarm behavior for energy-efficient cognitive radio applications.
Hybrid Cryptography for 5G Networks
Security Researcher · 2024
Developed and evaluated a hybrid cryptographic architecture combining AES, DES, and RSA techniques for secure communication in 5G network environments.
Impact: Investigated the trade-offs between encryption security, computational overhead, and communication performance.
Technical Expertise
Embedded Systems & Firmware
MCU Peripherals & Protocols
Automotive & IoT
Hardware & PCB
Software & Engineering Tools
Experience
Real Time Software Engineer · CNH
Oct 2026 – Present · Gurugram, Haryana
- Working on real-time software development in an automotive engineering environment.
- Applying embedded C, firmware development, and microcontroller fundamentals to embedded software engineering.
- Building expertise in software debugging, hardware-software integration, and reliable real-time systems.
Hardware / Embedded Firmware Intern · CNH Industrial R&D
Oct 2025 – Oct 2026 · Bangalore, Karnataka
- Developed bare-metal embedded C firmware for an automotive telematics system, integrating microcontroller peripherals and external hardware.
- Implemented and debugged peripheral drivers for GPIO, timers, UART, SPI, I2C, ADC, PWM, and CAN.
- Integrated cellular connectivity and GNSS capabilities for connected-vehicle applications.
- Worked on MQTT and HTTPS device-to-cloud communication and secure connectivity concepts.
- Performed hardware bring-up, firmware validation, and systematic debugging of peripheral and communication issues.
- Created technical documentation to support firmware integration, testing, and maintainability.
IoT Intern · Seculinx
Sep 2024 – Jan 2025 · Vellore, Tamil Nadu
- Designed and implemented an IoT-based smart lighting system using ESP32 for intelligent control and energy optimization.
- Integrated embedded hardware and software components and performed functional validation across the complete system.
- Developed technical documentation covering system architecture, implementation, testing, and troubleshooting procedures.
Embedded Engineer Intern · Maven Silicon Softech Pvt Ltd
Jun 2024 – Jul 2024 · Vellore, Tamil Nadu
- Worked with senior engineers on digital system architecture and embedded application development using Embedded C.
- Developed a wearable obstacle-detection prototype for visually impaired users using embedded sensors and real-time processing.
- Documented implementation, testing, and troubleshooting procedures.
Technical Core Member · ASME – Team Veloce
Jun 2023 – Jul 2024 · Vellore, Tamil Nadu
- Developed a real-time thrust measurement and telemetry system for RC aircraft using Arduino, load cells, and HX711 ADC instrumentation.
- Integrated load-cell measurement hardware and calibrated sensors for thrust measurement.
- Collected and processed experimental datasets using Python for CSV analysis, visualization, and performance evaluation.