Previously only open to students, this year's challenge from the Biomimicry Institute is open to professionals for the first time. This year, entrants are tasked with tasked with developing a ...
Innovation doesn’t always mean creating something entirely new. Some of the most remarkable breakthroughs come from observing ...
A COMPETITIVE ADVANTAGE The Biomimicry Guild has worked alongside companies to help them achieve that shift in thinking, from a longstanding relationship with flooring and finishes company Interface, ...
Let’s talk about elephants for a second. These magnificent mammals have been on this planet for over 55 million years. Many of them live in dry, arid climates, so they’ve learned to stay cool thanks ...
The Minneapolis College of Art and Design (MCAD) has partnered with Canvas.net to offer a free, open online course called, Biomimicry: A Sustainable Design Methodology. The course is an introduction ...
How does nature make durable materials like corals without heat or a kiln? How do peacock feathers get their beautiful colors? And how do geckos stick to all kinds of surfaces, allowing them to run up ...
The famous primatologist Jane Goodall said, “We must remember that we have not inherited this planet from our parents, we have borrowed it from our children.” With this philosophy in mind, I want to ...
On Tuesday, the Biomimicry Institute and the Ray C. Anderson Foundation announced that the latest Biomimicry Global Design Challenge — an annual competition that invites people around the world to ...
Designers and engineers have often looked to the environment and how Mother Nature has accomplished phenomenal design solutions for inspiration over the ages. Perhaps all that is new about this ...
From snowflakes to leaves, nature is full of incredible shapes and intricate designs. Nature itself is a wonder, a world full of plants and animals that adapt themselves to better suit the natural ...
Zoom in to the inner world of your veins, arteries and capillaries, and you'll find an engineering marvel: the red blood cell. Disc-shaped and flexible, millions of these oxygen transporters can be ...