PROJECT DESCRIPTION
This project involves the design, material development, and fabrication of a smart piezoelectric tile that harvests energy from footsteps. The tile will power an interactive display showing energy saved, carbon footprint, and gamified data (e.g., virtual mountains climbed). The initiative integrates multiple disciplines: Chemistry for developing the piezoelectric material, Mechanical Manufacturing for CNC machining and 3D printing the tile, Electricity for sensor wiring and solar panel installation, IT for the data interface, and Business for marketing.
The SCLF focuses initially on the core challenge of creating the piezoelectric sensor and tile, simulating a real product development cycle. It provides hands-on, cross-curricular learning in sustainable technology, advanced fabrication, and smart system integration, embodying the principles of a Learning Factory.
GENERAL OBJECTIVES OF THE PROJECT
Design and manufacture a functional piezoelectric tile capable of harvesting energy from footsteps.
Integrate multidisciplinary skills from chemistry, mechanical fabrication, and electrical installation into a single product development cycle.
Develop and apply sustainable material science by creating or implementing piezoelectric ceramic/polymer sensors.
Create an interactive, gamified display system to visualize harvested energy data and promote environmental awareness.
Establish a practical Learning Factory model that connects advanced manufacturing (CNC, 3D printing) with smart, sustainable technology applications.