1. Idea of the Project

The project is about designing a kinetic façade — a building envelope that moves or adapts dynamically depending on external conditions (sunlight, heat, wind, user needs). Instead of a static façade, the kinetic system can respond in real time to improve energy efficiency, daylight quality, and occupant comfort.

• It can reduce solar heat gain by shading when needed.

• It can maximize natural light without glare.

• It can create aesthetic dynamism — the building feels alive.

2. Why I Care About This

I care about this project because:

• It links sustainability and technology in architecture.

• Cities with hot climates (like Cairo, Gulf cities, or Mediterranean areas) suffer from excessive solar radiation, which increases cooling loads. A kinetic façade can cut energy costs while improving comfort and indoor quality.

• Personally, I’m passionate about computational and sustainable architecture — kinetic design combines both fields perfectly.

Lazer Cutting:

• El Malky ML149 CO2 Laser Cutter- Tool

• RDWorks-V8 - Program

• Plywood 3mm

3D Printing:

• Prusa i3 MK2S machine - Tool

• Ultimaker cura - Program

• PLA- Material

Step 1:

Watch Youtube videos for inspiration

Step 2:

Prepare the circuit simulation. Use LDR as input and Servo as output.

Step3:

Write a code. The code check sensors reading via IF CONDITIONS. If the sensor reads High, the servo rotates . And if low it goes to the original position.

Step 4:

Implement the circuit on the bread board