The Silent Revolution of Robotics and Bionics Inspired by African Folding of Structures and Clothing

The Silent Revolution of Robotics and Bionics Inspired by African Folding of Structures and Clothing

 

In early traditions, our ancestors created structures imbued with an important wisdom that we must remember: their designs mimicked natural patterns. The curvatures and designs enabled these structures to be incredibly strong. Research into these fields of design, which may seem simple, holds the potential to unlock the future of robust, supportive bionic structures, machinery, and survival structures for interplanetary colonization, ensuring human sustainability and survival.

 

One notable example is the shield design, inspired by animal skin and the natural curves of these shields. These shapes provide remarkable strength. In my research on bionics, I have explored various folding techniques, demonstrating that strong structures rely heavily on the principles of folding. The emphasis on arts and crafts in CBC (Competency-Based Curriculum) learning aligns with this concept. The practice of folding and creating diverse designs is crucial for training today’s scientists and those of the future.

 

Folding is a survival mechanism seen in both animals and plants on this planet. For instance, armadillos fold into a ball to protect themselves from predators, and certain plants fold their leaves to conserve water and reduce exposure to harsh sunlight. This ancient art and craft are integral to modern technology and must be advanced and improved through better training.

 

I recently simulated a strong wheel by simply folding a piece of paper, creating a spring-like structure capable of supporting heavy weight. This demonstrates the potential of folding techniques in developing resilient and efficient bionic and robotic systems. Embracing these traditional techniques can lead to groundbreaking advancements in technology, bridging the gap between ancient wisdom and modern innovation.