VITRONIX SYSTEM INITIALIZING
[01 / 06]

BUILDING IDEAS INTO MACHINES.

HARDWARE SOFTWARE SYSTEMS

Student-built hardware, experiments and ideas from VIT Bhopal.

EXPLORE PROJECTS JOIN THE CLUB
[02 / 06]

ABOUT
VITRONIX

Where ideas become machines.

VITronix is a student-led technology community at VIT Bhopal focused on practical electronics, embedded systems, IoT, hardware projects, workshops and competitions. We learn by building. Every wire soldered, every sensor connected, every line of code uploaded teaches something no textbook can.

The lab is where ideas stop being thoughts and start acquiring voltage, screws, sensors and eventually, a working machine.

SYSTEM PEOPLE HARDWARE EXPERIMENT
[03 / 06]

WHAT
WE BUILD

01

EMBEDDED SYSTEMS

Microcontrollers, firmware, bare-metal programming. Where code meets silicon.

EMBEDDED
02

IoT & CONNECTED DEVICES

Sensors, networks, data. Making physical things talk to each other.

IoT
03

ROBOTICS & HARDWARE

Mechanical design, actuators, control systems. Machines that move.

ROBOTICS
04

ELECTRONICS PROTOTYPING

Breadboards, PCBs, soldering. From schematic to working circuit.

ELECTRONICS
05

WORKSHOPS

Hands-on sessions. Soldering irons, oscilloscopes, real learning.

EDUCATION
06

COMPETITIONS

Intra-college and inter-college challenges. Build under pressure.

COMPETE
[04 / 06]

BUILT
BY STUDENTS.

Railway Track Monitoring System
IoT 2025

Railway Track Monitoring System

A railway track monitoring system designed to detect abnormalities in railway tracks by analyzing vibration patterns. An ADXL345 or MPU6050 accelerometer, connected to an ESP32, collects vibration data while the system moves along the railway track. The acquired data is analyzed to identify unusual vibration patterns that may indicate track irregularities or defects. Provides a low-cost and efficient approach for continuous railway track condition monitoring.

IoT ESP32 ADXL345 MPU6050 Vibration Analysis
Active
Underwater Imaging System
Sensors 2025

Underwater Imaging System

An underwater imaging system based on the DFRobot SEN0599 underwater sensor for detecting and analyzing objects and structures in underwater environments. The sensor uses acoustic signals and their reflections to obtain distance and spatial information about objects present underwater. The collected measurements can be processed to generate a 2D spatial representation or map of the underwater surroundings, helping visualize the position and shape of detected objects.

Sensors ESP32 DFRobot Acoustic Underwater
Active
See-Through-Wall System
IoT 2025

See-Through-Wall System

A see-through-wall sensing system that explores the use of Wi-Fi signals from an ESP32 to detect changes in the environment behind a wall. Wi-Fi signals interact with objects and human movement, causing changes in the received signal characteristics. The ESP32 transmits and receives Wi-Fi signals, while variations in the signal are analyzed to identify movement or the presence of a person behind a wall. A low-cost, Wi-Fi-based approach for through-wall sensing.

IoT ESP32 Wi-Fi Through-Wall Sensing
Active
[05 / 06]

FROM
THE LAB

BATTLEBOTS 2026

2026-01-26

Metal warriors going head-to-head in 1v1 arena battles. 3 rounds of pure mayhem.

ARCH 202
Competition Robotics
Completed
BATTLEBOTS 2026 BATTLEBOTS 2026

ELECTRO NOVA

2025-09-18

Electronics and IoT workshop. Students built and controlled their own RC cars and planes.

VIT Bhopal
Workshop Electronics IoT
Completed
ELECTRO NOVA

SKY EXPLORERS

2025-02-21

Students built their own RC cars and planes from scratch. Hands-on flying experience.

Academic Block-1, Room 206
Workshop Aviation Hands-On
Completed
SKY EXPLORERS
View all Events →

LEARN
BY
BUILDING.

MAKE IT
BREAK IT
UNDERSTAND IT
[06 / 06]

THE
PEOPLE

Dr. Nella Anveshkumar

Dr. Nella Anveshkumar

Faculty Coordinator Faculty
Dr. Anirban Bhowmick

Dr. Anirban Bhowmick

Faculty Co-Coordinator Faculty
AD

Anshit Dey

President - Core Panel Core Panel
YJ

Yuvraj Jain

Vice President - Core Panel Core Panel
JP

Jay Patel

Co-ordinator - Core Panel Core Panel
DP

Dhyan Patel

Treasurer - Core Panel Core Panel
BT

Bhumi Thummar

General Secretary - Core Panel Core Panel
KG

Kanak Gour

Head - Electronics Electronics
Prince Raj

Prince Raj

Head - Programming Programming
Ayush Katiyar

Ayush Katiyar

Co-Head - Programming Programming
Deepali Kumari

Deepali Kumari

Head - Content Content
PP

Pragalbha Padhy

Head - Design Design
GC

Gauri Chaudhary

Co-Head - Design Design
DM

Dhairyashil Malavade

Head - Logistics Logistics
PA

Parnika

Head - PR & Outreach PR & Outreach
Pratyush Jha

Pratyush Jha

Head - Social Media Social Media
Hiral Jawarkar

Hiral Jawarkar

Co-Head - Discipline Discipline
View the entire Team →

WORKSHOPS

UPCOMING WORKSHOPS WILL BE ANNOUNCED HERE.

GOT A CIRCUIT
IN YOUR HEAD?

LET'S BUILD IT.

Join a student community where electronics is learned through experimentation, collaboration and making.

JOIN VITrONIX SEE WHAT WE BUILD

GET IN TOUCH