Debug Algorithm
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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
Algorithm Analysis and Design: Foundations, GCD Algorithms & Numerical Methods
This lesson provides a complete foundation in GCD Algorithms and Numerical Methods, covering Euclid’s Algorithm, the Middle-School GCD algorithm, time complexity analysis, and numerical root-finding using the Newton–Raphson method. ────────── ⋆⋅☆⋅⋆ ────────── What’s Included 💡 Full GCD Algorithms & Numerical Methods Slide Deck (PPT + PDF)💡 Worked GCD examples💡 Time complexity comparisons💡 Newton–Raphson numerical method walkthroughs💡 Ready for in-person, online, or hybrid classroo
9th - 12th, Adult Education, Higher Education
Computer Science - Technology, Engineering, Instructional Technology
Also included in: Algorithm Analysis & Design | Complete Step-by-Step Curriculum
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
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
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
Debug the Device Coloring Pages – 23 Technology Troubleshooting, Computer Skills
Teach students how to identify, understand, and solve common technology problems with this fun and engaging set of 23 Debug the Device Coloring Pages! Perfect for elementary classrooms, computer lab lessons, STEM centers, and homeschool, these troubleshooting coloring worksheets help kids learn basic tech problem-solving skills in a calm, screen-free way. Each Debug the Device coloring page features a kid-friendly illustration paired with a simple, clear tech issue and solution, helping stu
1st - 5th
Coloring Pages, Computer Science - Technology, Reading
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
Unit 3 - LEGO SPIKE Debugging Worksheet | Why Did the Robot Do That?
Your students ran the code… and the robot didn’t do what they expected. Now what? This LEGO SPIKE debugging worksheet teaches students how to analyze code without trial-and-error and explain why a robot behaved a certain way. Instead of guessing or repeatedly pressing Run, students work through five real SPIKE scenarios and identify: What caused the behavior Which block (or missing block) is responsible How to fix the code This mirrors how real programmers debug — by thinking first. What’s
4th - 8th
Computer Science - Technology, Robotics
Also included in: SPIKE Prime Robotics Unit 3: Advanced Logic & Variables (Weeks 5–6)
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
Multi Digit Long Division Illustrative Guide
Are your learners ready to use the standard division algorithm (long division), with multi digit x multi digit division? This guide walks the student through a long division problem side by side a place value chart illustration of division with questions to prompt the students to identify the steps as they go. This can be used as a reference point for parents/educators, as a resource for students during independent work or as a jumping point for a lesson. This activity is influenced by Montessor
4th - 5th
Arithmetic, Basic Operations, Place Value
From Illustrations to Long Division - a step by step guide
Are your learners ready to use the standard division algorithm (long division), but not quite confident in walking away from their place value charts and illustrative techniques? This guide walks the student through a long division problem side by side a place value chart illustration of division with questions to prompt the students to identify the steps as they go. This can be used as a reference point for parents/educators, as a resource for students during independent work or as a jumping po
3rd - 5th
Math, Numbers
CCSS
3.OA.A.3
, 4.OA.A.2
Computer Science for Kids Coloring Book Fun Lessons in Coding & Ect..
Computer Science for Kids Coloring BookFun Lessons in Coding, Programming, Algorithms, and TechnologyIntroduce young learners to the exciting world of technology with this engaging and educational coloring book designed to make Computer Science fun, approachable, and creative! Computer Science for Kids Coloring Book combines hands-on coloring activities with beginner-friendly lessons that introduce children to coding, programming, algorithms, computer hardware, digital citizenship, problem-solvi
Not Specific
Computer Science - Technology, Instructional Technology
Spooktacular Halloween Multiplication Worksheets
Make math magical this October with our Halloween-themed multiplication word problems! Perfect for helping your students master partial products and the standard algorithm — all wrapped up in fun, seasonal stories that keep them engaged. Each page includes an exciting extension problem to challenge your learners and deepen their understanding. Perfect for practice after your unit test or as a festive review before Halloween! Bring a little spooky fun to your math block and watch your students
3rd
Basic Operations
Robotics STEM Coloring Pages for K-3 Science and Early Finishers
Robotics STEM Coloring Pages Bundle helps teachers keep early finishers engaged with meaningful STEM visuals instead of unrelated busy work. Students build robotics, coding, safety, design, sensors, AI helper, debugging, and career awareness through simple classroom-friendly coloring activities. What's included: Robotics Careers Coloring Pages – Robotics Engineer, Robot Programmer, Automation Technician, Drone Robotics Specialist, Medical Robotics Designer, Space Robotics EngineerCoding Commands
K - 5th
Coloring Pages, General Science, Robotics
Adding/Subtracting with and without Regrouping (November)
This is a product I created for my students that struggled with the steps of adding and subtracting numbers with and without regrouping. Scaffold's are present to help with the early stages of learning the steps for the standard algorithm. Added are some fun Thanksgiving themed pictures for students to color when they have completed the problems. Total of 9 worksheet pages and one cover page. Plenty of practice for students.
2nd - 5th
Applied Math, Basic Operations, Place Value
CCSS
2.NBT.B.5
, 2.NBT.B.6
Computer Science Fraction to Decimal Mission Challenge
CTE Computer Science – Fraction to Decimal Mission Challenge 🐍➗ Transform math and coding into an exciting real-world programming mission!The Fraction to Decimal Mission Challenge is an engaging, student-centered Computer Science activity that introduces students to variables, user input, mathematical operations, algorithms, and problem-solving using Python programming. Students become coding agents tasked with creating a program that converts fractions into decimal values while developing es
5th - 12th
Computer Science - Technology, Instructional Technology
Also included in: CTE Computer Science Activities Bundle
Computer Science Python Variables, Comments & Casting Escape Challenge
CTE Computer Science – Python Variables, Comments & Casting Escape Challenge 🐍🔐 Turn your students into coding detectives with this engaging Python Escape Challenge!Help students master foundational Python programming concepts through an interactive, student-centered learning experience. The Python Variables, Comments & Casting Escape Challenge combines coding practice, debugging activities, critical thinking tasks, and real-world programming scenarios into one fun and meaningful lesson. Stu
8th - 12th
Computer Science - Technology, Instructional Technology
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
Unplugged Coding Bundle | Code & Go Mouse Robot Challenge Cards + Sequences
Make early coding engaging and easy to teach with this Unplugged Coding Bundle, featuring Code & Go Mousebot Challenge Cards and sequencing worksheets designed for K–2 students. This resource helps young learners build foundational computer science skills through hands-on, developmentally appropriate activities. Students will practice sequencing, algorithms, directional thinking, and problem-solving both unplugged and with the Code & Go Mousebot. The worksheets build understanding of coding
PreK - 2nd
Computer Science - Technology
High School Computer Science: GPS Technology Unit - OAS Aligned Complete
Equip high school and secondary education students to master GPS technology and location-based computing with this 130-page comprehensive resource aligned to Oklahoma OAS L2.CS.HS.01, L2.AP.A.01, and L2.NI.NCO.01. Includes 36 ready-to-use activities and assessments covering distributed systems, signal processing, and real-world algorithms—perfect for hands-on STEM exploration and career pathway preparation. [Key Components] ✔️ 12 Standards-Aligned Lessons on System Architecture, S
9th - 12th
Computer Science - Technology
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
Computer Science Python Power-Up Warm-Up
CTE Computer Science – Python Power-Up Warm-Up 🐍⚡ Start class with energy, engagement, and coding confidence!The Python Power-Up Warm-Up is a student-centered bell ringer activity designed to help students review and strengthen foundational Python programming skills in just a few minutes each day. Through quick coding challenges, output prediction activities, debugging practice, vocabulary review, and real-world technology connections, students develop the critical thinking and problem-solvin
5th - 12th
Computer Science - Technology, Instructional Technology
Computer Science Python Basics Coding Challenge
CTE Computer Science – Python Basics Coding Challenge Introduce students to coding with confidence through this engaging, beginner-friendly Python challenge!The Python Basics Coding Challenge is an interactive, student-centered activity designed to help learners build foundational programming skills while having fun. Students explore Python syntax, the print() function, output formatting, escape sequences, and basic debugging through hands-on challenges, coding missions, and real-world applicat
8th - 12th
Computer Science - Technology, Instructional Technology
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