At this stage, students are introduced to the idea that nature has already solved many of the challenges facing humans. For billions of years, plants, animals and microorganisms have designed, tested and refined survival strategies through evolution. Every feather, leaf or shell is the result of countless “experiments” in efficiency and adaptation.

This is the heart of biomimicry, a concept famously described by Janine Benyus as “innovation inspired by nature”. Students explore how biomimicry can occur at three levels: form (physical shape, such as the protuberances on a lotus leaf that repel water), process (functional strategies, such as the kingfisher's splash-free diving) and system (ecosystem-level design, such as forests that recycle everything without producing waste).
To bring these concepts to life, students are presented with famous case studies. They see how thorns attached to a dog's fur inspired the invention of Velcro, how termite mounds led to the design of sustainable buildings in Zimbabwe, and how the adhesive capabilities of gecko feet opened new doors in robotics and materials science.

The classroom becomes a space for curiosity: students can watch a TED Talk by Janine Benyus, compare images of a lotus leaf next to a self-cleaning glass pane, or examine a diagram of shark skin next to an athlete's wetsuit. Teachers guide them to ask questions such as, ‘If nature is such a brilliant designer, why don't we always use its solutions?’ These discussions help students understand that sometimes nature's designs challenge our way of thinking and that adopting them requires imagination, creativity, and open-mindedness.
By the end of this section, students understand that biomimicry is more than just imitation: it is a way to learn from nature as the ultimate innovator and apply these lessons to human challenges.