Students build working IoT projects in small teams with a hardware kit each: wiring sensors to an ESP32, streaming readings over Wi-Fi to a cloud dashboard and triggering alerts.
Batch size
30–60 students per batch
Delivery
On campus
Audience
Students
Certificates
Included
Who it's for
ECE, EEE, EIE and CSE students from 2nd year onwards
Participants will be able to
Program the ESP32 and read digital and analog sensors
Send sensor data over Wi-Fi using MQTT
Build a live dashboard for readings
Trigger actions and alerts from threshold rules
Document a small IoT build end to end
Agenda
Adjusted to your syllabus, batch and lab setup before the dates are fixed.
01
Microcontroller basics
ESP32 pinout and power
Arduino toolchain setup
Blink, button, serial monitor
02
Sensors and actuators
Temperature, humidity and motion sensors
Relays and buzzers
Reading datasheets
03
Connectivity
Wi-Fi on the ESP32
MQTT publish / subscribe
Message formats
04
Cloud dashboard
Visualising live readings
Threshold rules and alerts
05
Team build
Smart-room monitor
Demo and viva-style review
What your institution receives
Hardware kit per team for the duration of the workshop
Participation certificate for every attendee
Lab manual with circuit diagrams and code
Participation and assessment report for the department
What you'll need
Basic C or C++ syntax
Lab with power points at every bench and a stable Wi-Fi network
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