KS

Komal Annasaheb Shinde

Electronics & Telecommunication Engineering student · Embedded Systems & IoT Intern

Nipani, Karnataka, India

@komal_shinde

0 followers

🎓 B.E. in Electronics & Telecommunication Engineering at Savitribai Phule Pune University (SPPU) · Graduating 2026

About

Electronics & Telecommunication Engineering student with hands-on experience in embedded systems, IoT, and PCB design. Built projects using ESP32, LoRa, RFID, and sensor-based hardware integration.

Experience

  • Intern
    TRONIX 365
    Jan 2026 – Present

    Gained hands-on experience with microcontrollers and sensor interfacing for embedded hardware integration. Worked with Arduino IDE for programming and hardware integration. Used Proteus for PCB design and development. Worked with Blynk IoT for connecting embedded devices with IoT-based applications. Developed practical knowledge of Embedded Systems, IoT, and PCB design through hands-on work.

Education

Skills

6 to 12 months 6 to 12 months Most of a year behind them.
<3 months <3 months Just getting started - under three months. This is also what shows when a level has not been set.

Tools / apps / platforms

6 to 12 months 6 to 12 months Most of a year behind them.
Proteus Blynk IoT Arduino IDE

Projects

  • LoRa 3-Node Communication System
    ESP32, LoRa

    Developed a 3-node wireless communication system using ESP32 and LoRa modules. Implemented long-range data communication between multiple nodes. Worked with LoRa communication and ESP32 configuration for data transmission.

  • RFID-Based Smart Voting System
    ESP32

    Developed an RFID-based electronic voting system using ESP32 and MFRC522 RFID reader. Resolved card-reading latency issues, achieving stable 99% scan accuracy and fast transaction loops. Implemented one-card-one-vote logic with LCD display and embedded vote processing.

  • Smart Street Light Maintenance and Power Monitoring
    ESP32, LoRa, IoT

    Developed an IoT-based smart street lighting system using ESP32, LoRa, sensors, and solar-powered LED lighting. Integrated LDR, current, and voltage sensors for automated lighting control and power monitoring. Implemented LoRa-based communication between multiple ESP32 nodes and a central receiving node for data collection. Developed a monitoring dashboard to display street-light status, fault information, and escalation levels for remote monitoring.

🏆 Achievements & awards

  • 1st Prize

    College Bollywood Day

  • 2nd Rank

    Annual College Gathering Dance Competition

📚 Publications

  • Smart Street Light Maintenance and Power Monitoring · 2025

Explore the Broxer community

🤖
Online · instant AI help
Broxer