TermiCool

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  Main Design

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  Design 1

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  Design 2

TermiCool: Nature-Inspired Passive Cooling

Project Overview
TermiCool is a biomimicry-inspired project focused on reducing energy consumption through passive cooling and ventilation techniques. By studying termite mounds and the natural flow of air, we aimed to create an architectural design that harmonizes with the environment.

Inspiration

Termites inspired us to think differently about ventilation:

• Their mounds maintain stable internal temperatures in extreme climates.
• They use carefully structured vents, chambers, and tunnels for natural cooling.

Observing termite engineering not only sparked our curiosity in bio-inspired design but reminded us that centuries-old solutions can inform modern problems.

What We Learned

1. Biomimicry Principles
   Drawing from nature teaches powerful strategies for efficiency and sustainability.
2. Architectural Design
   Incorporating curved forms and perforated walls can help regulate airflow and temperature.
3. Collaboration
   Team communication was key to integrating engineering, software, and design seamlessly.

How We Built Our Project

1. Initial Research
   We started by reading scientific articles on termite mounds and consulting architects specializing in eco-friendly building.
2. Prototyping
   
   • Created 3D simulations using TinkerCAD and other CAD tools.
     
   • Printed scale models to test airflow.
3. Sensor Integration
   
   • Installed Temperature ,Ultrasonic, Gas,Moisture sensors to measure temperature,humidity,.
     
   • Proposed an Arduino-based system to collect and analyze data on air movement.
     

puts "Reading data from All sensors..."
# Simulated sensor code
temperature = 26.5
humidity    = 45.0
puts "Temperature: #{temperature}°C"
puts "Humidity: #{humidity}%"

Built With

• arduino
• cad
• powerpoint
• tinkercad