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Developing hands-on activities linking plankton and computational thinking

By Darcy Taniguchi

California State University San Marcos

Poster on computational thinking as a method to help address complex problems, create systems, and understand behaviors presented at the 2018 QUBES/BioQUEST Summer Workshop

Listed in Teaching Materials | resource by group Wicked Problems: Investigating real world problems in the biology classroom (SW 2018)

Version 2.0 - published on 20 Jun 2018 doi:10.25334/Q4312C - cite this

Licensed under CC Attribution-NonCommercial-ShareAlike 4.0 International according to these terms

taniguchi poster image.PNG

Description

Computational thinking involves understanding what is computable. This way of thinking can help us address complex problems, create systems, and understand behaviors. Computational thinking can be meaningfully incorporated in fields beyond computer science. Toward that goal, a workshop was developed to link computational thinking and the ecology of plankton, aquatic organisms that cannot swim well against currents. This workshop included two activities. In the first activity, learners created actual models of plankton and iterated on those models to make them neutrally buoyant. In the second activity, learners worked with images of different types of plankton, categorized them, and created an algorithm to describe their classification system. When participating in these lessons, learners were encouraged to think about how these experiences relate to computational thinking. Those connections were discussed at the end of each activity. Insight was also provided on how scientists use computational thinking in their research. These activities were originally designed for elementary school teachers. They can serve as a model and be adapted for other audiences as a way to incorporate science and engineering practices into a specific biological discipline.

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This version has been updated to include the poster file

Wicked Problems: Investigating real world problems in the biology classroom (SW 2018)

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