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Preview of Coding Algorithms Unplugged Mazes

Coding Algorithms Unplugged Mazes

This FREEBIE allows students to practice their unplugged directional coding skills. How will you get the monster to his home? These algorithm mazes are an unplugged way for students to work through the logical sequence of coding an algorithm, which is just a set of instructions or directions to follow.  These are best done in pairs. Student #1 is the computer programmer and creates the algorithm for student #2 , who is the computer robot, to complete. Student #2 must follow the algorithm exactly
Preview of FREEBIE | Unplugged Coding | Robot Algorithms | Computer Science

FREEBIE | Unplugged Coding | Robot Algorithms | Computer Science

Created by
CS With Madison
Looking for unplugged coding activities that are just right for your youngest learners? This beginner-friendly set of algorithm task cards is designed specifically for K–2 students, offering a hands-on way to introduce sequencing, directional thinking, and problem-solving—no devices required! Created by an elementary computer science teacher, this set includes 9 tasks at varying levels of difficulty, plus printable directional cards to support emerging learners. It now comes in both color and bl
Preview of FREE Sequencing Activities for K-2 | Algorithm & Coding Unplugged Sample

FREE Sequencing Activities for K-2 | Algorithm & Coding Unplugged Sample

Try out this engaging Algorithms & Sequencing sample perfect for K–2 students! This freebie gives students hands-on practice putting steps in order using real-life tasks like brushing teeth and making a sandwich. ✨ This is a sample from the full Algorithms & Debugging Activities resource. ✔ Great for centers, small groups, and early finishers ✔ Builds early coding and problem-solving skills ✔ No prep – just print and go! ❤️ Love this resource? Check out the FULL version with more activities,
Preview of FREE Spring Coding Activity - Butterfly Life Cycle Algorithm - Unplugged STEM

FREE Spring Coding Activity - Butterfly Life Cycle Algorithm - Unplugged STEM

Created by
TinyCoda
🦋 FREE Butterfly Life Cycle Algorithm | "Unplugged" Coding for Spring!Discover the magic of coding this spring with this FREE Butterfly Life Cycle Algorithm activity! This "Unplugged" coding worksheet helps young learners (K-2) practice logical sequencing and computational thinking by ordering the stages of a butterfly's life—no screens required! What’s Included in this Freebie:1 Butterfly Life Cycle Algorithm worksheet: A hands-on cut-and-paste activity to sequence the life cycle (Eggs, Cate
Preview of Mystery Picture Algorithms - Draw the Code, Unplugged Coding, Drawing with Loops

Mystery Picture Algorithms - Draw the Code, Unplugged Coding, Drawing with Loops

Students practice writing and following algorithms in this unplugged coding activity. The sequence of directions tells them how to draw a mystery picture.  This resource includes: One completed drawing - students fill in the missing steps in the algorithmOne algorithm to follow with sequencing onlyTwo algorithms to follow with sequencing and loopsSolutions for all four activitiesYou might also enjoy: Picture Algorithms - Group or SoloMystery Picture Algorithms with Optional FunctionsIf you enjoy
Preview of Christmas Coding Mission EP1:Python Logic & Algorithms(Semi-Unplugged)Grades 5-8

Christmas Coding Mission EP1:Python Logic & Algorithms(Semi-Unplugged)Grades 5-8

🎄 Calling All Algorithm Investigators — Santa Needs Your Help!Transform your classroom into a festive coding headquarters with this engaging Christmas Coding Mission for Grades 5–8! Students step into the role of Algorithm Investigators as they help Santa repair his frozen navigation system using logic, spatial reasoning, and beginner-friendly Python code. This resource combines semi-unplugged worksheets with a fully interactive online simulation on Trinket.io. Students plan on paper, write
Preview of ByteEd Unplugged Computational Thinking: Jack & the beanstalk (Algorithms)

ByteEd Unplugged Computational Thinking: Jack & the beanstalk (Algorithms)

Created by
ByteEd
ByteEd Unplugged Computational Thinking Resource: Jack & the beanstalk themeUpdated July 2023 :) Students work though hands on activities to create sequential algorithms to direct ByteEd Jack to escape from the Giant's castle to his home safely! Students are introduced to Computational Thinking concepts of: Sequencial instructionsAlgorithmsDecomposition, and,DebuggingDifferentiated tasks for each activity - creating algorithms for the most efficient and fastest route, Collecting the Giant's trea
Preview of Unplugged Algorithm Activity

Unplugged Algorithm Activity

Created by
Subutay Ceyhan
If you are teaching computer science to little ones, this resource will help you start your very first coding lesson with the basics. In this lesson, students will: Practice their auditory skills in an entertaining wayLearn to give specific, simple instructionsStart comparing instructions given verbally to instructions written down in an algorithm
Preview of Unplugged: Algorithm Hopscotch

Unplugged: Algorithm Hopscotch

Created by
Youth Code Jam
All you need is the board and some cards to play algorithm hopscotch while learning about commands and conditionals.
Preview of Number Guessing with Algorithms - DT@Home unplugged activity

Number Guessing with Algorithms - DT@Home unplugged activity

Created by
Grok Academy
I'm thinking of a number between 1 and 100. Can you guess it? Play a number guessing game, then think about the best way to play the game to win. Create a set of instructions anyone can follow to guess a number in the fewest number of guesses. Create an algorithm and use it in a harder version of the game. -- DT@Home - Activities designed to be completed at home with minimal teacher interaction. Suitable for parents looking to engage their students with Digital Technologies concepts. Explore mo
Preview of Coding Unplugged: Offline Puzzle for Middle School│Single Puzzle Card- Sports

Coding Unplugged: Offline Puzzle for Middle School│Single Puzzle Card- Sports

Translate an algorithm to create art! Basic coding skills are put to the test with these pencil-and-paper coding puzzles. Students will translate the arrow code using the Programming Key to draw the secret image. Perfect as a computer-free sub activity, or use as a no-prep option for early finishers or after state testing! Find the full resource here. This Free Resource contains one single puzzle card that can be used as a quick worksheet, or can be laminated and used again and again! The FU
Preview of ByteEd Unplugged Coding pixel art - Animal theme

ByteEd Unplugged Coding pixel art - Animal theme

Created by
ByteEd
Integrating digital technologies and Art, this resource teaches concepts of coding, binary digits and pixel art. Students decode the numbers to create animal themed pixel images. They develop understanding of binary by having each pixel programmed as being black or white (on or off). Three difficulty levels for different abilities with the chance to design, create and encode their own animal art for others to decode too! Computational thinking coverage includes: algorithmsdebuggingsequential ins
Preview of ByteEd Unplugged pixel coding art - Space theme

ByteEd Unplugged pixel coding art - Space theme

Created by
ByteEd
NEW & IMPROVED!!Integrating digital technologies and Art, this resource teaches concepts of coding, binary digits and pixel art.Students decode the numbers to create space themed pixel images. They develop understanding of binary by having each pixel programmed as being black or white (on or off). Update: Teachers can now choose from two methods to teach about binary (on/off) either through using number sequences or binary on/off symbols! Three difficulty levels for different abilities with the
Preview of FREE CS Unplugged Activity | Coding Without Computers Grades 3-6 Sample

FREE CS Unplugged Activity | Coding Without Computers Grades 3-6 Sample

Created by
UM Printables
Teach computer science... without the computers! Download this FREE sample of the CS Unplugged Activity Pack to see if it's the right fit for your classroom.You don't need expensive devices or internet access to teach the core pillars of computer science. This free sample lets you test out two engaging, screen-free activities from the full pack, designed to build computational thinking skills using just paper and pencils! ⭐ WHAT’S EXACTLY INSIDE THIS FREEBIE:Activity 1: My Algorithm Worksheet: S
Preview of Chinese New Year Directional Coding Maze Unplugged for Computer Science

Chinese New Year Directional Coding Maze Unplugged for Computer Science

*Follow Me* to be notified of FLASH DEALS when I post a new resource!**Get more unplugged elementary computer science activities here!Unplugged Coding Chinese Lunar New Year Directional Coding Maze for Elementary Computer Science:Color and black & white versions of the Chinese Lunar New Year maze activity.Easy no-prep STEM integration for a Chinese Lunar New Year themed unit.The maze comes with an algorithm recording sheet.No prep necessary! Simply print and use the black and white version of t
Preview of FREE Debugging Poster | What is Debugging? | Unplugged Coding K-2

FREE Debugging Poster | What is Debugging? | Unplugged Coding K-2

Introduce your students to debugging in a fun and engaging way! This FREE unplugged coding poster helps students understand how to find and fix mistakes in step-by-step directions (algorithms). Perfect for introducing early computer science concepts in a simple, visual way! ⭐ Students will learn to: • Find what’s wrong • Fix the mistake • Put steps in the correct order 🎯 Great for: • STEM lessons • Computer science introduction • Whole group or centers 👩‍🏫 Grade Level: K–2 💡 This resou
Preview of FREE Computer Science & AI Worksheets K-2 Sample Unplugged Computing Preview

FREE Computer Science & AI Worksheets K-2 Sample Unplugged Computing Preview

Try before you buy! Sample pages from "My First Computer Friends" — our full 45-page K-2 computing & AI activity pack. This FREE sampler includes 6 activity pages covering: - Intro to computers - Pattern sorting activity - Binary light switches (on/off) - Algorithm activity ("Make a Sandwich") - AI prediction game ("Roses are red...") - 3 safety rules discussion Perfect for seeing if this resource is right for your K-2 students! Love it? Get the FULL 45-page pack in our store! More FREE samplers
Preview of ScratchJr unplugged student book

ScratchJr unplugged student book

Enjoy this free sample of a magnificent sc Unplugged ScratchJr Activities – Free Sample! Looking for engaging, screen-free activities that introduce key computational thinking skills to young learners? This FREE sample gives you a sneak peek into our full unplugged ScratchJr activity book, designed for children aged 5 to 9! Through fun, hands-on activities, students will explore: ✅ Patterns & Sequences – Foundational skills for coding ✅ Algorithms & Problem-Solving – Step-by-step thinking
Preview of Coding Unplugged Worksheets EN

Coding Unplugged Worksheets EN

Created by
Cira Serio
The student will analyze, correct, and improve (debug) an algorithm that includes sequencing and simple loops, without a computing device.
Preview of ScratchJr Unplugged Following lines

ScratchJr Unplugged Following lines

Created by
EduFlip
ScratchJr is an amazing application to introduce young learners to the wonderful world of programming and algorithms. I've always been a huge fan of unplugged lessons, so here are some of these worksheets for you to try at home or in your own class! These unplugged worksheets let you introduce the concept of changing parameters in the app and help kids understand what will change when changing these parameters in app. Feel free to use these with your students and share with their families for p
Preview of ByteEd Unplugged Computational Thinking & Coding Grids

ByteEd Unplugged Computational Thinking & Coding Grids

Created by
ByteEd
A printable resource for all teachers introducing Computational Thinking through unplugged activities. Updated 2023 to include more grids and our Explorer Ed robot! Included in this resource:5 x 5 grid6 x 6 grid8 x 8 grid10 x 10 grid12 x 12 grid15 x 15 grid plus, arrow command cards to aid students to create sequential algorithms for moving Explorer Ed around the grid. These resources can be used with students to create their own map designs for whichever theme or context they are currently lea
Preview of Unplugged Computer Science - Obstacle Course Programmed - Distance Learing

Unplugged Computer Science - Obstacle Course Programmed - Distance Learing

Created by
CS with MI
This lesson activity is an introduction to Computer Science, or more like how to think in terms of algorithms, programming, and commands. The activity furthermore demonstrates basic ideas behind technology concepts such as automation and robotics. The activity is a paper and pen activity that is easy to do at home. It is ideal for learners from four years of age to nine-years-old. This activity is my go-to whenever people ask me to show them what it is to program. I've taught this to a classro
Preview of ByteEd Unplugged Coding - Grid Mazes

ByteEd Unplugged Coding - Grid Mazes

Created by
ByteEd
ByteEd's mazes to support unplugged coding & computational thinkingPrepared selection of mazes in this printable resource to support learning about algorithmic thinking and coding. Can students plot the path for Explorer Ed to travel through the maze? Use the arrow command cards to write a sequential algorithm to get the robot from start to finish. Test, trial and debug the algorithm. A range of different size grids and mazes are included in this resource, which can also introduce using grid ref
Preview of Open-Ended Unplugged Coding Activity *Low Prep*

Open-Ended Unplugged Coding Activity *Low Prep*

This template is designed to help students practice creating algorithms. Students use the directional symbols to enter a code to get their car to the finishing line! This activity works to reinforce the notion that an algorithm is a set of simple steps and provides an opportunity for students to check (debug) their code. Australian Curriculum LinksYR 1/2 ACTDIP004 - Follow, describe and represent a sequence of steps and decisions (algorithms) needed to solve simple problems (ACARA, 2020).YR 1/2
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