Student project showcasecompetitionIndia

Cleaner classrooms, one signal at a time.

AeroSense helps campuses detect unhealthy classroom air and respond before it disrupts student health and focus.

APROJECTSmart Campus Air Monitor
PROGRESS58%
TEAM4 students
DEADLINE18 Aug 2026
01
THE PROBLEM

Why we started

Classrooms often experience unhealthy air without students or faculty knowing when ventilation is needed.

02
THE SOLUTION

What we built

A low-cost sensor network that turns raw air-quality readings into simple, timely classroom actions.

03
IMPLEMENTATION

How it works

ESP32 sensor nodes stream calibrated PM2.5 and environmental readings to a web dashboard with anomaly alerts.

04
EXPECTED IMPACT

What changes

A single dashboard can help a campus identify persistent air-quality issues and act before they affect student health and focus.

TECHNOLOGY

Built with

ESP32Next.jsFirebasePythonTensorFlow
PROJECT JOURNEY

From prototype to submission

1Functional prototypeSensors reporting stable readings to the dashboard.72%
2Field validationRun a classroom pilot and validate readings.15%
3Final submissionDemo video, report and pitch deck ready.5%

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