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SPIKE Prime Robotics Unit 2: Precision Driving, Sensors & Debugging (weeks 3-4)
Precision Driving, Sensors & Debugging 11 Structured Editable Lessons | Designed for 45-Minute Class PeriodsThis unit builds directly on introductory movement coding and guides students into precision control, sensor logic, debugging, and engineering decision-making. Designed as Weeks 3–4 in a structured robotics progression, this resource includes 11 lessons, each intentionally planned for a 45-minute class period. Students move beyond basic movement programs and begin coding robots that res
5th - 8th
Computer Science - Technology, Robotics
LEGO SPIKE Prime Debugging Worksheets Bundle | Predict, Test, Fix Code
Are your students quick to run code but struggle to explain what it actually does? This progressive debugging worksheet bundle teaches students to slow down, read SPIKE Prime block code carefully, and reason through robot behavior before pressing play. Instead of trial-and-error coding, students learn to predict, test, debug, and explain—just like real programmers. Designed specifically for middle school LEGO SPIKE Prime classrooms, these low-prep worksheets work even on offline days and ar
4th - 8th
Computer Science - Technology, Robotics
Algorithm Showdown and Real-Life Algorithm Design Project - AP CSP
Looking for a meaningful project to go with the Code.org AP CSP Algorithms unit? If you have noticed that Code.org does not really include a full project for this unit, this resource fills that gap with a structured, student-friendly assignment that helps learners apply algorithmic thinking in a clear and practical way. This resource gives students the chance to do more than just answer lesson questions. They first analyze two different algorithms for the same task, decide which one is more e
6th - 12th, Higher Education
Computer Science - Technology, Instructional Technology, Robotics
SPIKE Prime Robotics Unit 5 Lesson 7: Advanced Debugging 2 - Variables & Sensors
Four broken programs. One variable-related bug each. Students trace, predict, fix, and test — tackling errors from uninitialized counters to sneaky cross-sensor interference. What's included: Editable student worksheet · Teacher answer key & facilitation notes ⭐ This lesson is part of the SPIKE Prime Unit 5 Bundle — Multi-Sensor Logic, Variables & Autonomous Systems. Grab the bundle and save! If this resource worked for your class, please leave a review — it helps other teachers find it and ear
6th - 8th
Computer Science - Technology, Robotics
Coding Unplugged BBQ Algorithm Game - Scratch Coding STEM Activity for 4-8 Grade
This activity is designed as a Coding Unplugged activity, meaning students can learn Scratch coding concepts without using computers, making it perfect for classrooms, STEM lessons, computer labs, and substitute plans. This resource helps students understand the basics of coding by learning how algorithms work through a fun summer BBQ themed challenge. Students read clues, follow directions, and create logical steps—just like real programmers do! What’s Included This Computer Coding Worksheet
1st - 9th
Computer Science - Technology, Instructional Technology, Robotics
LEGO SPIKE Prime Debugging WS 1 – Predict, Test & Fix Robot Movement (Begin
Students don’t struggle with building robots — they struggle with understanding what their code actually does. This beginner-friendly LEGO SPIKE Prime debugging worksheet introduces students to reading, predicting, and fixing simple movement code in a structured, low-stress way. Instead of guessing or randomly changing blocks, students: Predict robot movement before running code Identify simple bugs in movement blocks Test their predictions by running the code Make one-block fixes and verify
4th - 8th
Computer Science - Technology, Robotics
Also included in: LEGO SPIKE Prime Debugging Worksheets Bundle | Predict, Test, Fix Code
Unit 2 - SPIKE Prime Sensor Errors – Debugging (Color, Distance, Touch, Gyro)
Are your students struggling to understand why their robot isn’t reacting correctly? This hands-on Sensor Logic Errors – Debugging Worksheet challenges students to identify and fix common mistakes when programming sensors in LEGO SPIKE Prime. Students test intentionally “broken” programs using the color, distance, touch (force), and gyro sensors. Instead of being told what is wrong, they must: • Run the incorrect code • Observe what the robot actually does • Identify the logic error • Adjust t
6th - 8th
Computer Science - Technology, Robotics
LEGO SPIKE Prime Debugging WS 2 – Fixing Movement Bugs & Comparing Code
Your students can write code — but can they explain why it doesn’t work? This intermediate LEGO SPIKE Prime debugging worksheet pushes students beyond simple mistakes and into intentional problem-solving. Students must match buggy code to a known goal, identify incorrect logic, and make targeted fixes without rewriting the entire program. Students will: Predict robot movement from multi-block code Compare buggy code to a correct movement goal Debug by adjusting values, order, or logic Explain
4th - 8th
Computer Science - Technology, Robotics
Also included in: LEGO SPIKE Prime Debugging Worksheets Bundle | Predict, Test, Fix Code
LEGO SPIKE Coding Practice Worksheets | Predict & Debug Robot Behavior
If you teach LEGO SPIKE, you’ve probably noticed the problem: there just aren’t many good, SPIKE-specific coding practice worksheets. Most options are too generic, not technically accurate, or written for block coding in general — not real SPIKE robots. That’s why I created this resource. These worksheets are designed specifically for LEGO SPIKE and focus on what students actually struggle with: reading code, predicting robot behavior, and explaining why something happens. What Students Do
4th - 8th
Computer Science - Technology, Robotics
Advanced Algorithms GATE Differentiated Worksheet & Organizer
Reading Passage focused on the Advanced Algorithms Lesson written at a 7th grade level for Gifted & Talented Elementary or Middle School Computer Science & Skills. See Thumbnails for more details. Simply purchase, download and copy! 10x multiple choice questions based on the readingGraphic Organizer to help students pick out the main idea and supporting detailsDifferentiation for elementary students at a higher reading level.Great for close reading and review!Unlike other teacher's resources, th
4th - 7th
Computer Science - Technology, Engineering, Reading
Unit 3 - SPIKE Prime Debugging WS 3 – Advanced Movement Logic & Code Efficiency
This advanced LEGO SPIKE Prime debugging worksheet challenges students to think like engineers, not just coders. Students analyze complex movement patterns, fix subtle bugs, and compare multiple coding approaches that achieve the same robot behavior. The focus is no longer just “Does it work?” but “Is this the best way to code it?”Students will: Predict advanced movement paths (squares, triangles) Debug incorrect angles, rotations, and loop logic Compare two programs that create the same res
4th - 8th
Computer Science - Technology, Robotics
Also included in: LEGO SPIKE Prime Debugging Worksheets Bundle | Predict, Test, Fix Code
Unplugged Coding Peanut Butter and Jelly Sandwich Lesson Plan
Lesson Description: Unplugged Coding - Peanut Butter and Jelly Sandwich This engaging and interactive lesson plan is designed for 4th to 6th-grade students to introduce fundamental algorithms, computational thinking, and problem-solving concepts through an unplugged coding activity. The activity involves creating step-by-step instructions (algorithms) for making a peanut butter and jelly sandwich. Overall, this lesson plan provides a dynamic and inclusive approach to introducing coding concepts,
3rd - 6th
Computer Science - Technology
RoboBytes | SPIKE Prime | Unit 6 Lesson 7 – Navigation Challenge
Everything from the unit, combined into one real challenge. Students program their robot to follow a course, detect intersections, and reach a destination — using the full toolkit they've built across Lessons 1–6. The lesson opens with a structured debugging warm-up, then launches into the challenge with differentiated levels so every student has an entry point and a ceiling to reach for. What's included in this powerpoint:Link to editable teacher slide deckLink to editable differentiated studen
6th - 8th
Computer Science - Technology, Robotics
VEX AIM DAY 9
Transition your students from button-pushing to block-based programming with this VEX AIM Day 9: Introduction to VEXcode AIM Lesson Plan! This lesson opens up a world of possibilities as students are introduced to the VEXcode AIM software, learning how to build and debug block projects to achieve precise movement. Students will explore how various industries—from autonomous warehouses to robotic surgical assistants—rely on precision navigation, before diving into their own coding challenge: th
6th - 8th
Computer Science - Technology
AI Overview Day 2
Take your students' understanding of Artificial Intelligence to the next level with this Tech Ed 8: AI & Machine Learning Day 2 Lesson! This session moves beyond basic definitions and dives into the "how" of AI, specifically focusing on how machines learn through data and algorithms. Students will explore the world of Decision Trees, learning how these logical structures allow computers to classify information and make complex predictions without being explicitly programmed for every scenario.
6th - 8th
Computer Science - Technology, Instructional Technology
SPIKE Prime Robotics Unit 5 Lesson 2: Flowcharts
Stop letting students jump straight into coding without a plan. This LEGO SPIKE Prime flowchart lesson teaches students how to organize autonomous robot logic before they build. Students learn how Forever loops, sensor checks, and decision blocks work together inside a clear system structure — reducing confusion, debugging time, and priority mistakes during autonomous challenges. Instead of guessing why their robot is misbehaving, students visually map what happens first, what repeats, and how e
5th - 8th
Computer Science - Technology, Robotics
Unit 3 - Spike Prime: Read the Code – (Advanced) WS 5: Predict, Fix, Improve
This worksheet turns analysis into intentional improvement — not guesswork.Students compare two versions of code, predict behavior, test both versions, and justify which design is better and why. Only after reasoning do students improve the code themselves. This worksheet brings everything together: prediction, evidence, design thinking, and debugging. This worksheet saves you time because: fixes are justified, not random students explain why changes matter code improvements become thoughtful,
6th - 9th
Computer Science - Technology, Robotics
Also included in: Spike Prime Coding: Read the Code Series - Advanced Worksheet Bundle
Unit 2 - Analyze Robot Movement | Identify & Explain Misunderstandings
Students often fix mistakes blindly without understanding the why. This 20–25 minute worksheet teaches them to analyze movement errors conceptually. Students identify misunderstood distance, direction, angles, or sequence concepts, and explain what was expected vs. what actually happens. Why teachers love it: Fosters critical thinking before debugging robots Differentiates from traditional “debug” worksheets Includes full teacher reasoning key with sample explanationsEditable for easy classro
4th - 8th
Computer Science - Technology, Robotics
Also included in: Movement Math for Robotics | 5 Worksheets + Answer Keys
LEGO SPIKE Prime Sensors & Movement Worksheet – Force, Distance, Gyro, Color
Stop Guessing – Start Thinking Like an Engineer! Are your students constantly asking: “Why didn’t my robot do what I thought it would?” “Which sensor should I use?” “Right: 90? But my robot turned more than that…” This LEGO SPIKE Prime Sensor Comparison Worksheet finally answers those questions — without turning your class into a debugging marathon. What Makes This Resource Different Instead of having students spend class time figuring out the code, this activity has them think like engineer
5th - 8th
Computer Science - Technology, Robotics
The Consumer Buying Process: Lesson, Slide Presentation, Video, & Activities!
Engage Students: Update Your Marketing Curriculum for the TikTok Generation. Transform your students from passive scrollers into savvy brand strategists who understand the psychology behind the "Scroll." This high-interest lesson modernizes the traditional Consumer Buying Process (Problem Recognition → Evaluation) to reflect the reality of the Digital Age. Instead of outdated linear models, students explore how algorithms, "de-influencers," and latent problem recognition drive the purchasing hab
9th - 12th, Adult Education, Higher Education
Business, Computer Science - Technology
Unit 2 - SPIKE Prime: Read the Code (Inter) - WS# 5 Infinite Loops and Logic
Just because code runs forever doesn’t mean it’s doing anything useful.This worksheet teaches that lesson clearly and early. Students examine programs with infinite loops — including one where a sensor is checked repeatedly but behavior never changes. They predict long-term behavior, test their predictions, and explain why some loops are ineffective. The questions are designed to build a debugging mindset before students reach Advanced robotics. This worksheet saves you time because: ineffecti
6th - 9th
Computer Science - Technology, Robotics
Sphero Day 1
Dive into the world of robotics with this Sphero Day 1 slide deck, the perfect introductory lesson for any Tech Ed or STEM classroom! This engaging resource bridges the gap between software and hardware, challenging students to analyze the fundamental relationship between code and robots. The lesson starts with a critical-thinking warm-up and a deep dive into the concept of algorithms using a structured Frayer Model, ensuring students have a solid vocabulary base before they start programming.
6th - 8th
Computer Science - Technology, Instructional Technology
RoboBytes | SPIKE Prime | Complete Semester Curriculum Bundle — Units 1–7
Everything you need to teach a full semester of SPIKE Prime robotics — fully planned, ready to print, and built for grades 6–8. All materials are editable for easy classroom customization. This curriculum takes students from their very first SPIKE Prime program all the way through a head-to-head robot racing championship. Along the way they'll build real engineering skills: precision control, sensor logic, debugging, mechanical design, autonomous systems, line following, navigation, and data-dri
6th - 8th
Computer Science - Technology, Robotics
SPIKE Prime Robotics Unit 5 (Weeks 10-12): Multi-Sensor and Autonomous Systems
Everything you need for 2+ weeks of SPIKE Prime robotics — fully planned, ready to print, and built for grades 6–8. Everything is editable for easy classroom customization! This unit takes students from their first multi-sensor logic challenge all the way through a fully autonomous culminating project. Along the way they'll build sensor priority skills, learn to plan code with flowcharts, work with variables and counters, debug real broken programs, and design a complete autonomous system from
6th - 8th
Computer Science - Technology, Robotics
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