Barath R

Electronics & Communication Engineering Student | Embedded Systems & IoT

Professional Summary

Third-year Electronics and Communication Engineering student with hands-on experience across embedded firmware, bare-metal systems programming, and IoT hardware design. Comfortable working close to the metal -- from register-level RISC-V trap handlers to production-style sensor and communication pipelines -- and building the cloud/dashboard layers that sit on top of them. Seeking an embedded systems internship/role to contribute to real-time and connected hardware products.

Education

B.E. Electronics and Communication Engineering

2024 -- 2028 (Expected)

Rajalakshmi Institute of Technology, Chennai • CGPA: 8.65/10

Currently in 3rd year

Technical Skills

Hardware Interactions

ESP32 ESP32-C6 ESP32-CAM Raspberry Pi 5 Arduino UNO R3 Altera DE2 Development Kit

Communication Protocols

MQTT LoRaWAN I2C UART HTTP/REST WebSockets

Programming Languages

C Python C++ Java SQL

Cloud & Dashboards

HiveMQ ThingSpeak Firebase BlynkIoT Google Cloud

Tools

Git VS Code Scilab MATLAB Power BI Arduino IDE ESP-IDF (v6) CST ADS

Android/OS

ADB custom OS/ROM flashing

Featured Projects

Bare-Metal RISC-V Trap Handler & Context Switcher

ESP32-C6

Tech Stack: RISC-V Assembly, direct MMIO, no RTOS

  • Implemented a trap handler and timer-based context switcher entirely in assembly with no FreeRTOS or vendor libraries
  • Worked directly with memory-mapped I/O registers for interrupt handling and task switching

Dual-Axis Solar Tracker

Embedded System

Tech Stack: Servo Motors, LDR Sensors, Microcontroller Control

  • Built a dual-axis solar panel tracking system to maximize sunlight incidence using closed-loop sensor feedback
  • Implemented motor control logic for continuous azimuth and elevation tracking

Digital Twin for Industrial Monitoring

5G-Integrated IoT System

Tech Stack: Sensor Fusion, 5G Connectivity, Real-Time Dashboard

  • Developing a digital twin platform for industrial equipment monitoring with 5G-integrated data pipelines
  • Designing real-time sensor fusion and visualization for predictive maintenance use cases

Conformal Helmet-Integrated Antenna Array

RF / Antenna Design

Tech Stack: Microstrip Patch Array, Dual-Band UHF/L-Band

  • Designing a flexible microstrip patch antenna array conformal to a helmet surface, replacing bulky whip antennas
  • Targeting dual-band UHF and L-band support with an RF shielding layer and ruggedized coax interface to existing radio/camera systems

Technical Experience

  • Conceptualized, developed, and iterated on multiple embedded and IoT systems end-to-end, from hardware bring-up to firmware and dashboards
  • Active organizer with IETE Students' Forum (ISF), coordinating technical hackathons and events

Languages

English (Fluent)Tamil (Native)