Units

Our computational thinking lesson plans are designed to embed authentic CT practices into high school science and mathematics classrooms while enriching disciplinary content learning.

Connected Chemistry: Gas Laws - extended - v2.
Subject(s):
Chemistry
Standards:
  • Next Generation Science Standards
  • Computational Thinking in STEM
Author(s):
Aimee Moses
Lessons:
8
Connected Chemistry Unit 1: Gas Laws - v3.
Subject(s):
Chemistry
Standards:
  • Next Generation Science Standards
  • Computational Thinking in STEM
Author(s):
Aimee Moses, Gabriella Anton, Umit Aslan
Lessons:
4
Ecosystems: Interactions, Energy, and Dynamics - v10.
Subject(s):
Biology
Standards:
  • Next Generation Science Standards
  • Computational Thinking in STEM
Author(s):
Sugat Dabholkar
Lessons:
1
Electrons to Electricity - How does a Circuit Work? - v1.
Subject(s):
Physics
Standards:
  • Next Generation Science Standards
  • Computational Thinking in STEM
Author(s):
Melissa Beemsterboer
Lessons:
10
Evolution of populations- Schurz - v4.
Subject(s):
Biology
Standards:
  • Next Generation Science Standards
  • Computational Thinking in STEM
Author(s):
Sugat Dabholkar
Lessons:
6
Evolution of populations to speciation- ETHS - v3.
Subject(s):
Biology
Standards:
  • Next Generation Science Standards
  • Computational Thinking in STEM
Author(s):
Sugat Dabholkar
Lessons:
7
Exploring Homeostasis and Feedback Loops with Diabetes - v1.
Subject(s):
Biology, Environmental Science
Standards:
  • Next Generation Science Standards
  • Computational Thinking in STEM
Author(s):
Eleanor Kemp
Lessons:
8
From Ecosystems to Speciation - v1.
Subject(s):
Biology
Standards:
  • Next Generation Science Standards
  • Computational Thinking in STEM
Author(s):
Sugat Dabholkar, Kevin Hall, Philip Woods, Connor Bain
Lessons:
8
From Ecosystems to Speciation - ETHS - v2.
Subject(s):
Biology
Standards:
  • Next Generation Science Standards
  • Computational Thinking in STEM
Author(s):
Sugat Dabholkar, Kevin Hall, Philip Woods, Connor Bain
Lessons:
8
Integrating Agent-based Modeling in STEM Classrooms - SIGCSE 2019 - v10.
Subject(s):
Biology
Standards:
  • Next Generation Science Standards
  • Computational Thinking in STEM
Author(s):
Connor Bain, Gabby Anton
Lessons:
6
Investigating Momentum Using NetLogo - v1.
Subject(s):
Physics, Engineering
Standards:
  • Next Generation Science Standards
  • Computational Thinking in STEM
Author(s):
Neil Schmidgall
Lessons:
3
Modeling Ecosystems Computationally - v9.
Subject(s):
Biology
Standards:
  • Next Generation Science Standards
  • Computational Thinking in STEM
Author(s):
Sugat Dabholkar, Kevin Hall, Philip Woods, Golnaz Arastoopour Irgens
Lessons:
5
Modeling Ecosystems Computationally - CAMELOT - EXCEL HS - v8.
Subject(s):
Biology
Standards:
  • Next Generation Science Standards
  • Computational Thinking in STEM
Author(s):
Sugat Dabholkar, Kevin Hall, Philip Woods, Golnaz Arastoopour Irgens
Lessons:
5
Modeling Electrostatics Using NetLogo - v1.
Subject(s):
Physics
Standards:
  • Computational Thinking in STEM
Author(s):
Neil Schmidgall
Lessons:
3
NetLogo Investigations in Electromagnetism (NIELS) - v2.
Subject(s):
Physics
Standards:
  • Next Generation Science Standards
  • Computational Thinking in STEM
Author(s):
Gabriella Anton
Lessons:
5
Stoichiometry - Creating a Fizzy Drink Part 1 - v2.
Subject(s):
Chemistry
Standards:
  • Next Generation Science Standards
  • Computational Thinking in STEM
Author(s):
Carole Namowicz
Lessons:
8
Understanding Genetics and Evolution with Computational Models (RVS)_K12 - v2.
Subject(s):
Biology
Standards:
  • Next Generation Science Standards
  • Computational Thinking in STEM
Author(s):
Sugat Dabholkar
Lessons:
4
Understanding Genetics and Evolution with Computational Models (SoL) - v1.
Subject(s):
Biology
Standards:
  • Next Generation Science Standards
  • Computational Thinking in STEM
Author(s):
Sugat Dabholkar
Lessons:
9