Creating functional electronic circuits and writing the corresponding code can be an overwhelming task, often reserved for higher education or individual exploration. However, assembling a machine step-by-step and witnessing its functionality can transform the learning process into a enjoyable and interactive experience, suitable for both independent learners and classroom settings. By incorporating the framework of a loom, a historical device, we can preserve and convey valuable information while encouraging students to reflect on the origins of technology.

Modern tools like laser cutting, 3D printing, Arduino, and coding enable the rapid development of small, efficient machinery. The objective is to design a comprehensive kit guiding students and teachers through the entire process of building their functional machinery, encompassing physical assembly, electronic components, coding, weaving, and tutorials. This approach not only simplifies the learning curve but also imparts an understanding of the terminology that might otherwise be confusing or frustrating for beginners.