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Rethinking Learning for Districts: The Power of Computational Thinking for All Students

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HBGCC - 211

Interactive Session
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Session description

Computational thinking isn’t just for computer science—it’s essential for every student, in every subject. This session explores how Computational Thinking Frameworks empower educators to embed problem-solving, pattern recognition, and logical reasoning across the curriculum. Learn how this mindset transforms learning and prepares students for a complex, evolving world.

Outline

1. Welcome & Hook (5 minutes)
Brief intro and session goals

Quick prompt: “Where do you see problem-solving happening in your classroom?”

2. Why Computational Thinking? (10 minutes)
Define CT in simple terms

Explain why CT matters for all learners and subjects

Clarify that CT is not just coding

3. Project Tomorrow’s CT Framework (10 minutes)
Introduce the 4 key components:

Decomposition

Pattern Recognition

Abstraction

Algorithm Design

Give a brief example for each

4. CT Across the Curriculum (10 minutes)
Show 2–3 quick examples from non-CS subjects (e.g., ELA, math, science)

Participants reflect: “Where could I integrate CT into my content?”

5. Try It: Apply the Framework (10 minutes)
Provide a simple lesson or scenario

In pairs or groups: Identify CT components present or missing

Share insights

6. Wrap-Up & Next Steps (5 minutes)
Key takeaways

Resources to explore

Exit prompt: “One way I can apply CT next week…”

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Supporting research

https://www.tomorrow.org/projects/computational-thinking-projects/

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Presenters

Photo
Assistant Director of Educational Technology Services
Lincoln Intermediate Unit 12
ISTE Certified Educator

Session specifications

Topic:

Computer Science and Computational Thinking

Grade level:

PK-12

Audience:

Curriculum Designer/Director, District Level Leadership, School Level Leadership

Attendee devices:

Devices not needed

Subject area:

Interdisciplinary (STEM/STEAM)

ISTE Standards:

For Educators:
Designer
  • Design authentic learning activities that align with educational standards and use digital tools and resources to maximize learning.
  • Apply evidence-based instructional design principles to create innovative and equitable digital learning environments that support learning.