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STEM Scratch Lego Python Lab Lesson | Grades 4-8 | Mars Robot Rover Challenge
STEM Scratch Lego Python Lab Lesson | Grades 4-8 | Mars Robot Rover Challenge
STEM Scratch Lego Python Lab Lesson | Grades 4-8 | Mars Robot Rover Challenge
STEM Scratch Lego Python Lab Lesson | Grades 4-8 | Mars Robot Rover Challenge
STEM Scratch Lego Python Lab Lesson | Grades 4-8 | Mars Robot Rover Challenge
STEM Scratch Lego Python Lab Lesson | Grades 4-8 | Mars Robot Rover Challenge
STEM Scratch Lego Python Lab Lesson | Grades 4-8 | Mars Robot Rover Challenge
STEM Scratch Lego Python Lab Lesson | Grades 4-8 | Mars Robot Rover Challenge
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Description

🚀 STEM Scratch + LEGO + Python Lab Lesson | Grades 4-8 | Elementary & Middle School | Mars Robot Rover Challenge with Coding, Engineering, and Planetary Exploration🤖🌌

This lesson has been expanded and updated. Get your enhanced copy today with extra material at no extra cost!

🧠 Transform your classroom into mission control with this hands-on, standards-aligned STEM lesson! Students will simulate programming a Mars rover to navigate obstacles, explore terrain, and document discoveries — all while learning real coding skills through Scratch, Blockly, or LEGO SPIKE Prime.

This engaging, low-prep activity blends science, engineering, and computer programming in a way that’s accessible to teachers with little or no coding experience. Whether you’re teaching in a tech lab, a science classroom, or a general ed setting, this lesson makes robotics and coding fun, tangible, and meaningful.

✅ What’s Included

  • Printable Mars terrain maps 🗺️
  • Command cards (forward, turn, stop, wait, conditionals) 🎴
  • Mission log templates 📓
  • Full teacher’s guide with vocabulary, key concepts, and real-world connections 🧑‍🏫
  • Step-by-step lesson plan with timing and workflow ⏱️
  • Student handouts: requirements, lab, exercises, challenge, reflection, rubric 🧪
  • Multiple code examples (Scratch, Blockly, LEGO SPIKE Python) 💻
  • Scaffolded coding walkthroughs for beginners and advanced learners 🧱
  • Standards alignment chart (NGSS, ISTE) 📊
  • Free YouTube tutorial links for coding platforms 🎥
  • Optional Python and C# extensions for older students 🐍💻

🍎 Why It Matters for Teachers

  • Saves hours of planning with ready-to-use printables and guides
  • Designed for teachers with little or no programming experience
  • Differentiated for mixed-ability classrooms
  • Cross-curricular integration: science, engineering, and technology
  • Perfect for STEM rotations, enrichment, or project-based learning

👩‍🚀 Why It Matters for Students

  • Makes coding fun and purposeful
  • Builds problem-solving and debugging skills
  • Encourages creativity and scientific thinking
  • Connects classroom learning to real-world NASA missions
  • Supports teamwork, communication, and documentation

📚 Standards Alignment

NGSS 3-5-ETS1 Engineering design, testing, and iteration

NGSS MS-ETS1 Redesign and problem-solving

ISTE Computational Thinker Algorithmic thinking and debugging

ISTE Innovative Designer Creative solutions and mission planning

🎓 What Students Will Learn

  • How to design and test algorithms
  • How to translate commands into block-based code
  • How to debug and improve their programs
  • How to use conditional logic and sensors (optional)
  • How to document discoveries like real scientists
  • How to think like engineers and programmers

💡 Why You Should Buy This Resource

This lesson solves a major problem for upper elementary and middle school teachers: how to teach coding in a way that’s fun, standards-aligned, and doable — even if you’re not a tech expert.

With this resource, you’ll have everything you need to run a complete STEM coding challenge that students will remember. No more scrambling for materials, guessing how to teach loops or conditionals, or wondering how to connect coding to science.

Whether you’re launching a STEM unit, prepping for a coding showcase, or just want to bring Mars into your classroom, this lesson delivers — with clarity, creativity, and classroom-tested results.

Check out some of our other Space & STEM related lessons below:

STEM Build the Artemis II Orbital Flight Path (No Code & Python)

STEM MISSION TO THE MOON! Artemis II Launch Day STEM Challenge | TPT

Space Race Coding Adventure! Build a Python & C# Console Game Simulation

Mission Code Scratch & Python: Space STEM Adventures Series | TPT

Python & C# STEM Solar System Simulator: Physics, Math & Programming

STEM + Python Modeling Mini‑Unit: Mission to the Moon | TPT

Follow Us and Give Feedback!

Click the ★ to follow my store and get notified when new products and freebies become available. Did you know that you can receive credit toward future TpT purchases by reviewing this product? Each dollar you spend gives you one TpT credit! If you enjoy this product, please leave a positive review at the product page or through "My Purchases" under "My Account" at TpT.

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STEM Scratch Lego Python Lab Lesson | Grades 4-8 | Mars Robot Rover Challenge

Mr. Denney Teaches Code
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Highlights

Grades icon
Grades
4th - 8th
Pages
200+
Answer Key
Rubric only
Teaching Duration
1 Week

Description

🚀 STEM Scratch + LEGO + Python Lab Lesson | Grades 4-8 | Elementary & Middle School | Mars Robot Rover Challenge with Coding, Engineering, and Planetary Exploration🤖🌌

This lesson has been expanded and updated. Get your enhanced copy today with extra material at no extra cost!

🧠 Transform your classroom into mission control with this hands-on, standards-aligned STEM lesson! Students will simulate programming a Mars rover to navigate obstacles, explore terrain, and document discoveries — all while learning real coding skills through Scratch, Blockly, or LEGO SPIKE Prime.

This engaging, low-prep activity blends science, engineering, and computer programming in a way that’s accessible to teachers with little or no coding experience. Whether you’re teaching in a tech lab, a science classroom, or a general ed setting, this lesson makes robotics and coding fun, tangible, and meaningful.

✅ What’s Included

  • Printable Mars terrain maps 🗺️
  • Command cards (forward, turn, stop, wait, conditionals) 🎴
  • Mission log templates 📓
  • Full teacher’s guide with vocabulary, key concepts, and real-world connections 🧑‍🏫
  • Step-by-step lesson plan with timing and workflow ⏱️
  • Student handouts: requirements, lab, exercises, challenge, reflection, rubric 🧪
  • Multiple code examples (Scratch, Blockly, LEGO SPIKE Python) 💻
  • Scaffolded coding walkthroughs for beginners and advanced learners 🧱
  • Standards alignment chart (NGSS, ISTE) 📊
  • Free YouTube tutorial links for coding platforms 🎥
  • Optional Python and C# extensions for older students 🐍💻

🍎 Why It Matters for Teachers

  • Saves hours of planning with ready-to-use printables and guides
  • Designed for teachers with little or no programming experience
  • Differentiated for mixed-ability classrooms
  • Cross-curricular integration: science, engineering, and technology
  • Perfect for STEM rotations, enrichment, or project-based learning

👩‍🚀 Why It Matters for Students

  • Makes coding fun and purposeful
  • Builds problem-solving and debugging skills
  • Encourages creativity and scientific thinking
  • Connects classroom learning to real-world NASA missions
  • Supports teamwork, communication, and documentation

📚 Standards Alignment

NGSS 3-5-ETS1 Engineering design, testing, and iteration

NGSS MS-ETS1 Redesign and problem-solving

ISTE Computational Thinker Algorithmic thinking and debugging

ISTE Innovative Designer Creative solutions and mission planning

🎓 What Students Will Learn

  • How to design and test algorithms
  • How to translate commands into block-based code
  • How to debug and improve their programs
  • How to use conditional logic and sensors (optional)
  • How to document discoveries like real scientists
  • How to think like engineers and programmers

💡 Why You Should Buy This Resource

This lesson solves a major problem for upper elementary and middle school teachers: how to teach coding in a way that’s fun, standards-aligned, and doable — even if you’re not a tech expert.

With this resource, you’ll have everything you need to run a complete STEM coding challenge that students will remember. No more scrambling for materials, guessing how to teach loops or conditionals, or wondering how to connect coding to science.

Whether you’re launching a STEM unit, prepping for a coding showcase, or just want to bring Mars into your classroom, this lesson delivers — with clarity, creativity, and classroom-tested results.

Check out some of our other Space & STEM related lessons below:

STEM Build the Artemis II Orbital Flight Path (No Code & Python)

STEM MISSION TO THE MOON! Artemis II Launch Day STEM Challenge | TPT

Space Race Coding Adventure! Build a Python & C# Console Game Simulation

Mission Code Scratch & Python: Space STEM Adventures Series | TPT

Python & C# STEM Solar System Simulator: Physics, Math & Programming

STEM + Python Modeling Mini‑Unit: Mission to the Moon | TPT

Follow Us and Give Feedback!

Click the ★ to follow my store and get notified when new products and freebies become available. Did you know that you can receive credit toward future TpT purchases by reviewing this product? Each dollar you spend gives you one TpT credit! If you enjoy this product, please leave a positive review at the product page or through "My Purchases" under "My Account" at TpT.

Report this resource to TPT
Reported resources will be reviewed by our team. Report this resource to let us know if this resource violates TPT's content guidelines.

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