Your design must be inspired by the mechanics of a deep sea creature.
Your prototype should include moving parts that move either manually or electronically.
Your design should protect our oceans and cohabitate with diverse underwater ecosystems
DEEP SEA ROBOTS
In Deep Sea Bots, we will research the ocean's animals and design animal-inspired robots to address some of the sea's greatest challenges.
of the Earth's Surface is covered in water.
We will analyze the movements of deep sea creatures to understand how nature has adapted to these extreme conditions.
We will then use the techniques of biomimetic engineering to reconstruct these movements into robotic machines.
We will create robots that address some of the most challenging oceanic problems such as overfishing, coral bleaching, and pollution.
Every project will be different. You will have the chance to present your hard work and creativity at the end of the studio.
71% of the Earth’s surface is covered in water. Our oceans are vastly unexplored. Increasingly we need to engage with our oceans as a result of climate change, population growth, pollution, and other impacts of human influence. Oftentimes explorers, scientists, ecologists, and rescuers find themselves in underwater situations where they don’t have adequate tools to fulfill their mission. What if we had robots to aid us in our efforts underwater? What if these bots were inspired by the years of evolutionary adaptation the natural world has undergone at these dark depths? Enter the world of deep sea robotics where the underwater environment calls for a shift in the way robots are designed and deployed.
In this studio, students will develop robots that use the depth of the sea to their advantage as they maneuver through the sea floors, slither through the kelp forest, and collect rare specimens unscathed using biomimetic grippers. Students will take inspiration from deep sea creatures and design devices and robots to carry out underwater missions to protect our oceans and cohabitate with diverse underwater ecosystems.