Biomimicry Research Project | Human Impact STEM Challenge
- March 31, 2021
- 2 minutes read - 417 words
Overview
In our unit on human impact, we discuss what biomimicry is and how it can be used to create more sustainable and efficient technology. The project allows students to design their own nature-inspired technology and present their ideas to their peers.
Materials
Internet access
Student worksheets & rubric
Resources
Biomimicry Research Project Instructions w/ Rubric | Student Worksheet
The world is poorly designed. But copying nature helps. | Vox
Pacing
Suggested Pacing
Day 1 - Introduce project | Work in groups to define & research problems
Days 2-4 - Research solutions & work on designs
Days 5-6 - Present final designs
Pacing w/ Teacher Notes
Day 1 - For their warmups, I ask students to share some of their ideas about what biomimicry is and if they know of any inventions inspired by nature. After we discuss the warmups, I show them a video on what biomimicry is and how it has improved technology . Before we go over the project, I have students get into groups of 3-4. Groups may be random or student-selected. I project the worksheet on screen and we go over the directions as a class. Depending on how much time is left, I let them brainstorm about problems they want to research.
Days 2-4 - For their warmups, I ask students to share some of their ideas about what the problem they want to solve. The goal of our discussions is to help guide their research and ideas. After the warmups, students have a chance to work in their groups and research plausible solutions to the problem they want to solve.
As for the final designs, students may create a poster and/or presentation to describe their nature-inspired solutions. They may also create a 3-D model of their designs if they have time. On Day 4, I put out a presentation sign up sheet for groups to sign up for when they would like to present. I typically give a few extra points for groups willing to go first.
Days 5-6 - Students share their biomimicry projects to the class (see rubric for scoring). As groups are presenting, I have the other students take notes on what each project was about. When everyone is done presenting, we do a short debrief on the ideas that they liked best and how they could improve their future designs.
Credits: Science Scope, Celeste Nicholas, Jeffrey Peterson, and my colleagues.