Description
🚨 PERFECT FOR THE END OF THE YEAR WHEN STUDENTS NEED HANDS-ON, HIGH-ENGAGEMENT STEM ACTIVITIES THAT STILL KEEP THEM LEARNING! 🚨
Transform your robotics classroom into a simulated smart factory with this interactive blackline master companion activity designed to accompany the online “Place Your Order” robotics lesson! Students will build, analyze, decompose, and program a LEGO® SPIKE™ Prime robot while recording their thinking, pseudocode, reflections, and engineering analysis directly into their interactive notebook pages.
This resource is designed to keep middle school students actively engaged through real-world automation, event-based programming, decomposition, debugging, and computational thinking challenges.
Perfect For:
- Middle School Computer Science
- Robotics & Engineering
- STEM Labs
- Technology Applications
- End-of-Year Engagement
- After Testing Activities
- Sub Plans
Recommended for:
- 7th–8th Grade
- Advanced 5th–6th Grade
- Introductory High School Robotics
What’s Included:
✔ Interactive blackline master student page including the following:
- Reflection and critical thinking prompts
- Pseudocode planning sheets
- Debugging and decomposition activities
- Student checklists
✔ Answer key
✔ Teacher implementation guidance
✔ TEKS-aligned lesson support
Students Will:
- Build and test a “quality check” robot
- Analyze real-world AI and automation systems
- Practice decomposition and event-based programming
- Translate pseudocode into programming logic
- Debug and improve robotic movements
- Reflect on computational thinking strategies
Skills Covered:
- Algorithms & sequencing
- Conditional logic
- Debugging
- Decomposition
- Robotics engineering
- Event-based programming
- Computational thinking
- Technical writing & reflection
TEKS Alignment:
Aligned to Texas Technology Applications TEKS including:
- Creativity & Innovation
- Critical Thinking & Problem Solving
- Communication & Collaboration
- Technology Operations & Concepts
- Employability Skills
Teacher Notes:
This lesson works great as:
- a 1–2 day activity,
- end-of-year enrichment,
- a collaborative robotics challenge,
- or part of a larger STEM rotation.
Minimal prep required once students have kits and online access.
⭐ LOVE THIS LESSON?
This activity is part of a larger 6-part LEGO® SPIKE™ Prime robotics series designed to progressively build student coding and computational thinking skills.
👉 Grab the COMPLETE 6-LESSON BUNDLE: click here!!
Thank you for supporting our store and helping students become future-ready problem solvers! 🤖✨
PLACE YOUR ORDER | SPIKE™ Prime Robotics & Coding Interactive Notebook
Highlights
Description
🚨 PERFECT FOR THE END OF THE YEAR WHEN STUDENTS NEED HANDS-ON, HIGH-ENGAGEMENT STEM ACTIVITIES THAT STILL KEEP THEM LEARNING! 🚨
Transform your robotics classroom into a simulated smart factory with this interactive blackline master companion activity designed to accompany the online “Place Your Order” robotics lesson! Students will build, analyze, decompose, and program a LEGO® SPIKE™ Prime robot while recording their thinking, pseudocode, reflections, and engineering analysis directly into their interactive notebook pages.
This resource is designed to keep middle school students actively engaged through real-world automation, event-based programming, decomposition, debugging, and computational thinking challenges.
Perfect For:
- Middle School Computer Science
- Robotics & Engineering
- STEM Labs
- Technology Applications
- End-of-Year Engagement
- After Testing Activities
- Sub Plans
Recommended for:
- 7th–8th Grade
- Advanced 5th–6th Grade
- Introductory High School Robotics
What’s Included:
✔ Interactive blackline master student page including the following:
- Reflection and critical thinking prompts
- Pseudocode planning sheets
- Debugging and decomposition activities
- Student checklists
✔ Answer key
✔ Teacher implementation guidance
✔ TEKS-aligned lesson support
Students Will:
- Build and test a “quality check” robot
- Analyze real-world AI and automation systems
- Practice decomposition and event-based programming
- Translate pseudocode into programming logic
- Debug and improve robotic movements
- Reflect on computational thinking strategies
Skills Covered:
- Algorithms & sequencing
- Conditional logic
- Debugging
- Decomposition
- Robotics engineering
- Event-based programming
- Computational thinking
- Technical writing & reflection
TEKS Alignment:
Aligned to Texas Technology Applications TEKS including:
- Creativity & Innovation
- Critical Thinking & Problem Solving
- Communication & Collaboration
- Technology Operations & Concepts
- Employability Skills
Teacher Notes:
This lesson works great as:
- a 1–2 day activity,
- end-of-year enrichment,
- a collaborative robotics challenge,
- or part of a larger STEM rotation.
Minimal prep required once students have kits and online access.
⭐ LOVE THIS LESSON?
This activity is part of a larger 6-part LEGO® SPIKE™ Prime robotics series designed to progressively build student coding and computational thinking skills.
👉 Grab the COMPLETE 6-LESSON BUNDLE: click here!!
Thank you for supporting our store and helping students become future-ready problem solvers! 🤖✨


