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Preview of ANIMAL MAZE CODING UNPLUGGED: PART 1 & 2 ALGORITHMS, SEQUENCE, & DEBUGGING

ANIMAL MAZE CODING UNPLUGGED: PART 1 & 2 ALGORITHMS, SEQUENCE, & DEBUGGING

Help the different animals find some food and then their way home! Students will learn about coding, programs, sequence, bugs & debugging and more in this activity. YOU CAN PRINT THEM OUT OR USE THEM AS AN INTERACTIVE WORKSHEET VIA GOOGLE SLIDES.In activity 1 students will: Choose which programs correctly help the animals in 5 different mazes.Create their own programs to help the animals in 5 different mazes.Create TWO different programs to help the animals in 5 different mazes.In activity 1
Preview of CS without Computers Lesson 1: What is an Algorithm Plus Worksheet and Examples

CS without Computers Lesson 1: What is an Algorithm Plus Worksheet and Examples

Created by
S Teacher
This lesson introduces students to algorithms—step-by-step instructions used to complete tasks—through unplugged activities that build computational thinking skills. Students start with a warm-up, analyzing flawed instructions to understand the importance of clarity. Then, they write and test algorithms for everyday tasks like making a sandwich, tying a shoelace, or drawing a shape. Through peer feedback, they debug and refine their instructions, learning how precision impacts execution, ju
Preview of CS without Computer Lesson 2: Human Robot Algorithms

CS without Computer Lesson 2: Human Robot Algorithms

Created by
S Teacher
This lesson engages students in computational thinking by having them write and test algorithms through a hands-on "Human Robot" challenge. Students create step-by-step instructions for a partner acting as a robot, who follows the algorithm exactly as written—revealing flaws in clarity and precision. Through debugging and refining their instructions, students experience how computers execute commands without assumptions, highlighting the importance of well-structured algorithms. A supporting
Preview of Paddle & Program: A JavaScript Sequencing Adventure!

Paddle & Program: A JavaScript Sequencing Adventure!

Challenge students to think like real programmers with this summer-themed unplugged coding activity! In this engaging kayak adventure, students use sequencing, algorithms, and beginner JavaScript concepts to navigate obstacles, decode code snippets, and optimize their path to the dock. Includes reflection writing, computational thinking extensions, debugging-style challenges, and a fun tech riddle to deepen understanding while keeping students engaged. Perfect for middle school STEM, computer sc
Preview of Computer Programming Coding Quiz GOOGLE FORM ONLINE LEARNING 2020 Curriculum

Computer Programming Coding Quiz GOOGLE FORM ONLINE LEARNING 2020 Curriculum

Created by
Lauren Z
Grade 6 2020 Math Ontario Curriculum Self marking, Google Form, 20 questions where students need to know about the following concepts: - code - event - program - Algorithm: A list of steps to finish a task. - Bug - Debugging - Sequencing - Programming: - Loop - Repeat - Command - Conditions - Conditional The quiz includes multiple choice, true/false, questions with images of code where students have to debug. - Ontario curriculum
Preview of Christmas Escape Room Technology Applications TEKS Aligned Middle School

Christmas Escape Room Technology Applications TEKS Aligned Middle School

In this Christmas themed Digital Escape Room, students must use their Technology Applications skills to outsmart Frostbyte and restore the North Pole’s tech systems before time runs out! Perfect for middle school Tech Apps classes, students will solve festive digital challenges involving: online safety cybersecurity decoding debugging patterns & algorithms problem-solving using technology Every puzzle helps students practice real-world digital citizenship skills in a fun, interactive holiday
Preview of Computational Thinking & Algorithms Without Computers Scope and Sequence

Computational Thinking & Algorithms Without Computers Scope and Sequence

Created by
S Teacher
This unit provides an engaging, hands-on approach to teaching computer science fundamentals without the use of computers. Designed for middle school students, the unit builds problem-solving, logical reasoning, and computational thinking skills through unplugged activities that mimic the processes computers follow in programming. Over six weeks, students will develop a deep understanding of algorithms, sequencing, loops, conditionals, and debugging through interactive lessons. They’ll participat
Preview of Halloween Coding in Google Slides

Halloween Coding in Google Slides

Coding in Google slides is great to use in the computer lab to reinforce coding concepts, as a fun activity, on a day with a sub, or during NTI days. This set includes 8 puzzles in two different levels. Two of those puzzles have two sub-puzzles. Total, there are 10 level one activities and 10 level two activities. This coding set reinforces: Writing algorithmsFollowing algorithmsDebuggingUsing a repeat block (level 2 puzzles only)Creating and appraising two different algorithms for the same tas
Preview of Introduction to Coding The Basics - Introduction to Computer Programming

Introduction to Coding The Basics - Introduction to Computer Programming

Introduction to Coding – The Basics Starter Pack includes a variety of coding basics for beginners or students with very little coding experience. The Basics will teach students to “think” like a computer programmer with an assortment of activities from unplugged activities and digital activities, group activities, partner activities, and online coding activities. This starter pack will supplement any beginner coding program and includes a suggested introduction to coding site. Students will le
Preview of Animated Names: A Coding Activity

Animated Names: A Coding Activity

Created by
Vr2lTch
Teach students how to write simple algorithms to move multiple sprites at once. Your kids will love the ability to make their name move and personalize it. In addition, they will learn about loops, conditionals, real-time debugging, and how to reset sprites.Would you like to teach students how to write looping and conditional algorithms in a fun and engaging way? Students learn the following skills with this no-prep mini unit: choose a background.insert multiple sprites.customize sprites to ma
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