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MadFlux: data-driven green infrastructure for cooler, resilient campuses

A student-led initiative at PSBB KKN, Chennai — combining Digital Twin (VPTER) technology and CFD simulations — to implement real change aimed at improving environmental health and infrastructure, and most importantly, engaging the community.

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About MADFLUX

MADFLUX (Madras Flow Upscaling Expedition) is a youth-led program focused on SDG 11 — Sustainable Cities and Communities. We build a Virtual Physical Thermal Environment Replica (VPTER), validate it with live sensors, and implement game-changing facilities to create measurable cooling and wellness impacts on the campus, with plans to expand to the surrounding locality.

  • Evidence-based design via digital twin and CFD for local microclimate adaptation
  • Implement game-changing solutions that creates genuine difference in the long term
  • Student leadership, open data, and community engagement for lasting impact
MADFLUX team at PSBB School courtyard

Our timeline

After: landscaped courtyard with a completed walkway
Before: rooftop solar panels and weather station view
↔
BeforeAfter
    Timeline
  1. Sept 11–27

    Initiation & Baseline

    GIS mapping, manual measurements, procurement manifest.

  2. Sept 28–Oct 5

    Static Digital Twin

    Build VPTER, run baseline CFD and thermal simulations.

  3. Oct 6–8

    Weather Station Setup

    Assemble, install, and calibrate multi-sensor station.

  4. Oct 9–15

    Green Corridors & Wind Flow

    Placing grasslands and planting corridors of green plants to divert wind flow and mitigate UHIs, with fogger and misting features.

  5. Oct 16–20

    Hydroponic Build

    Install vertical modules and irrigation on target façades; integrate EvapFog cooling tiles for cooler walking surfaces and heat reduction via evaporative cooling.

  6. Oct 10–20

    Engagement & Outreach

    Blog, bug bounty, Green Data Day with live demos.

  7. Oct 21–30

    Observation & Submission

    Measure impact, analyze RMSE, compile TGELF dossier.

Our work

Hydroponic Vertical Gardens
Hydroponic Vertical Gardens
Modular NFT systems on façades and corridors to cool surfaces and improve air quality, integrating EvapFog tiles for cooler, low-heat walkways via latent heat of evaporation.
Digital Twin & CFD
Digital Twin & CFD
VPTER with steady/transient CFD to optimize vegetation density and corridor geometry.
Weather Station & Telemetry
Weather Station & Telemetry
Multi-sensor station with MQTT/LoRa feeding live data for validation and learning.
Green Corridors
Green Corridors
Placing grasslands and planting corridors of green plants to divert wind flow and mitigate UHIs, with fogger and misting features for additional evaporative cooling.
EvapFog Cooling Tiles
EvapFog Cooling Tiles
Terracotta-based tilings that cool walkways via latent heat of evaporation, reducing surface heat.
Bioswale Drainage System
Bioswale Drainage System
Coming soon
Vegetated channels that slow, filter, and infiltrate stormwater while adding urban greenery.
Photocatalytic Coatings (TiO2)
Photocatalytic Coatings (TiO2)
Coming soon
Coat façades, pavements, and junction infrastructure with TiO2 paints/concrete to reduce NOx and grime.

Gallery

Project photo 1
Project photo 2
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