Bring STEM, robotics, and engineering design to life with this engaging Mars Rover STEM Challenge for Grade 5. In this hands-on mission, students design a rover model, test it on different terrain, collect data, improve their design, and explain their final engineering choices using evidence.

This resource guides students through the full engineering design process as they ask questions, imagine solutions, plan a prototype, build, test, debug, improve, and communicate their results. Students are not just building a rover — they are learning how real engineers use data, teamwork, problem solving, and evidence-based reasoning to improve a design.

This resource is perfect for:

• Grade 5 STEM instruction
• Robotics lessons
• Engineering design process units
• Science labs
• Makerspace activities
• Project-based learning
• Homeschool STEM
• STEM centers
• Early finisher activities
• After-school STEM clubs
• Sub plans when materials are prepared

What Students Will Practice

Students will practice important STEM and engineering skills, including:

• Engineering design process
• Criteria and constraints
• Rover design and prototyping
• Testing and retesting
• Data collection
• Distance measurement
• Observation skills
• Problem solving
• Debugging a physical design
• Claim, evidence, and reasoning
• Team collaboration
• STEM vocabulary
• Final design communication

What Is Included

This Mars Rover Mission Lab includes a complete set of student and teacher materials:

• Student Workbook
• Teacher Guide
• Answer Key
• Assessment with Answer Key
• Rubric and Student Checklist
• Vocabulary Pages
• Printable Challenge Cards
• Extension Activities
• Bonus Activity Pages
• Parent/Family Note
• Certificate of STEM Engineering

Student Workbook Activities Include

The student workbook guides learners through a complete Mars rover engineering mission with:

• Mission brief
• Rover research notes
• Engineering design process map
• Criteria and constraints
• Materials budget planner
• Rover parts diagram
• Design sketch page
• Build plan
• Terrain testing tables
• Data observations
• Design analysis
• Debugging plan
• Improve and retest page
• Team collaboration check
• Challenge card response
• Final rover blueprint
• Claim, evidence, and reasoning
• Final mission report
• Reflection and next steps
• Vocabulary review
• Independent design extension
• Student self-checklist

Challenge Cards Included

The printable challenge cards give students extra mission problems to solve, such as:

• Rocky Ridge
• Sample Scoop
• Dust Storm
• Energy Saver
• Long Distance
• Narrow Path
• Rescue Rover
• Steep Slope
• Tool Arm
• Stable Frame
• Quiet Engineer
• Data Expert

These cards help students think critically, redesign with purpose, and connect their rover improvements to real engineering problems.

Extension Activities Included

The extension activities provide additional learning opportunities for students who are ready to go further. Activities include:

• Graphing rover test data
• Comparing two rover designs
• Creating a rover tool upgrade
• Completing a mission budget challenge
• Designing a new terrain test lane
• Writing a rover mission log
• Solving a math connection task
• Pitching a future robot mission

Why Teachers Will Like This Resource

Teachers will appreciate that this resource is organized, practical, and classroom-ready. It gives students a complete STEM challenge that moves step by step from planning to building, testing, improving, and explaining.

The teacher guide helps support:

• Lesson setup
• Materials preparation
• Suggested lesson sequence
• Differentiation
• Assessment
• Classroom management
• Team roles
• Student discussion
• Evidence-based reasoning

This makes the project easier to use in real classrooms while still giving students a meaningful hands-on STEM experience.

Great For

Use this resource for:

• STEM units
• Robotics enrichment
• Engineering design lessons
• Science labs
• Makerspace projects
• Project-based learning
• Homeschool science
• Small group STEM activities
• Early finisher work
• After-school clubs
• End-of-unit STEM challenges
• Substitute-friendly lessons with prepared materials

Simple Closing

Give your students a meaningful Mars rover mission where they can design, test, improve, and think like real engineers. This hands-on STEM challenge helps students build problem-solving confidence while practicing engineering, robotics, data collection, teamwork, and evidence-based communication.