Coding Without Computers - Page 2
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When to use Generator Functions in Python Programming | Complete Coding Lessons.
Teach your students when and why to use generator functions in Python programming with this beginner-friendly, ready-to-teach lesson. This resource covers real-world scenarios where generator functions are the best choice, highlighting their benefits like lazy evaluation, memory-efficient iteration, and the use of the yield keyword to produce values on the fly without storing them all at once. It provides all the guidance needed to make the learning process smooth and effective, making it
9th - 12th, Higher Education
Computer Science - Technology, Engineering, Instructional Technology
AP Computer Science Principles - Loops Lab (Python)
This lab covers while loops and for loops in Python. Lists are the next topic, so they are avoided in the context of loops here. Instead the focus is on combining loops, if statements, and functions to make a few complete codes. In this, and all labs posted on TPT, the questions are of my own making, and any similarity to codes/assignments/homework found anywhere else is by chance. Python code showing possible acceptable codes satisfying the program requirements is included. More notes about my
9th - 12th, Higher Education
Computer Science - Technology
Also included in: AP Computer Science Principles - Labs and Projects (Python)
AP Computer Science A - Writing Classes Lab (Java)
This lab covers the topic of Writing Classes. I usually do this after we have covered decision statements, loops, and basic class usage. This lab contains 4 problems, each of which requires the student to create a full class. These are not quite like any of the traditional examples presented in a typical AP CS A course. In this, and all labs posted on TPT, the questions are of my own making, and any similarity to codes/assignments/homework found anywhere else is by chance. Java code / instructor
10th - 12th, Higher Education
Computer Science - Technology
Also included in: AP Computer Science A - First Semester Labs & Projects (Java)
AP Computer Science A - Decisions Lab (Java)
This lab covers decision statements (if-else if-else). In the context of my course, this comes after I/O, primitives, and using objects (Strings, math). There are four problems in this assignment. In this, and all labs posted on TPT, the questions are of my own making, and any similarity to codes/assignments/homework found anywhere else is by chance. Java code / instructors solutions showing possible acceptable codes satisfying the program requirements are included. If you purchase this resourc
10th - 12th, Higher Education
Computer Science - Technology
Also included in: AP Computer Science A - First Semester Labs & Projects (Java)
AP Computer Science Principles - Functions, Decisions, Loops Project (Python)
This project is meant to combine IO, functions, decision statement, and loops into a couple of major codes. The first requires the use of Pygame, while the second requires quite a bit of logic. I typically give the students a whole class week to work on these. In this, and all labs posted on TPT, the questions are of my own making, and any similarity to codes/assignments/homework found anywhere else is by chance. Python code showing possible acceptable codes satisfying the program requirements
9th - 12th, Higher Education
Computer Science - Technology
Also included in: AP Computer Science Principles - Labs and Projects (Python)
When to Use the dict_key Data Type in Python | Complete Coding Lessons.
Teach your students when and why to use the dict_keys data type in Python programming with this beginner-friendly, ready-to-teach lesson. This resource explains real-world scenarios where dict_keys is useful, and highlights its key features such as dynamic view of dictionary keys, memory efficiency, and support for set-like operations without duplicating data. It provides all the guidance needed to make the learning process smooth and effective, making it easy for teachers to teach and qu
9th - 12th, Higher Education
Computer Science - Technology, Engineering, Instructional Technology
When to Use the memoryview Data Type in Python | Complete Coding Lessons.
Teach your students when and why to use the memoryview data type in Python programming with this beginner-friendly, ready-to-teach lesson. This resource covers real-world scenarios where memoryview is the best choice and highlights its unique advantages such as efficient handling of large binary data, zero-copy data access, and working with buffers without duplication. It provides all the guidance needed to make the learning process smooth and effective, making it easy for teachers to tea
8th - 12th, Higher Education
Computer Science - Technology, Engineering, Instructional Technology
Unplugged Coding Floor Cards – Hearts | Valentine’s Day Free Printable
This free unplugged coding resource includes floor coding cards designed for Pre-K and Kindergarten students. Students practice early coding skills by following and creating simple sequences without screens. The cards can be used on the floor for movement-based activities or printed smaller for table work as a hands-on coding puzzle. This resource supports: Unplugged coding and computational thinking Sequencing and logical thinking Early math skills Problem-solving and fine motor development
PreK - K
Computer Science - Technology, Other (Math)
AP Computer Science Principles - Midterm Pygame Project (Python)
This is my midterm project for AP Computer Science Principles. The students need to create their own game using Pygame and everything learned in class so far. I’ve included a starter Python code, and a code that the students and I developed in class that is the start of a Space Invaders clone. In this, and all labs posted on TPT, the questions are of my own making, and any similarity to codes/assignments/homework found anywhere else is by chance. Python code showing possible acceptable codes
9th - 12th, Higher Education
Computer Science - Technology
Also included in: AP Computer Science Principles - Labs and Projects (Python)
Coding Unplugged Summer Activities | No-Tech Coding for K-2 with Differentiated
Coding Unplugged Summer | Introduce Coding Without Devices!Looking to introduce coding to your students but don’t have access to devices? Coding Unplugged Summer is the perfect solution for teaching essential coding concepts without technology! This engaging resource allows students to dive into coding through hands-on activities that can easily be integrated into a summer unit or taught as a standalone lesson. With just a printout, you’ll be ready to guide your students in their first steps t
K - 2nd
Computer Science - Technology
Coding Unplugged Fireflies | No-Tech Coding Activity for K-2 | Summer & Camping
Coding Unplugged Fireflies | Introduce Coding Without Devices!Looking to introduce coding to your students but don’t have access to devices? Coding Unplugged Fireflies is the perfect solution for teaching foundational coding concepts without the need for technology. This engaging, hands-on activity allows students to explore coding through fun, interactive lessons that can be seamlessly integrated into a summer or camping unit or taught independently. All you need to do is print the materials
K - 2nd
Computer Science - Technology
CCSS
MP1
, MP2
, MP3
+4
Coding Unplugged: SPORTS Themed Offline Puzzles for Middle School│Great for Subs
Learn to code...WITHOUT a computer! Use this fun offline coding puzzle pack to introduce or review algorithmic thinking and engage students who love sports! This activity can stand alone as a sub activity or can supplement a Technology lesson. Enjoy! Coding Unplugged Sports Puzzle Set includes: Two Themed Activity Sheets: Each Activity Sheet contains four puzzles/”offline codes”, complete with Programming Key and directions. Total of 8 unique Coding Unplugged puzzlesWorksheet - Four 5x5 grids
5th - 9th
Computer Science - Technology
Also included in: Coding Unplugged YEAR-LONG CODING PUZZLE BUNDLE for Middle School
Life-Size Unplugged Coding Fireflies | Hands-On STEM for K-2 Tech TEKS
Life-Size Coding Unplugged Fireflies | Introduce Coding Without DevicesLooking to teach coding to your students, but don’t have access to devices? Life-Size Coding Unplugged Fireflies is the perfect solution for introducing coding in primary grades! This hands-on, kinesthetic activity allows students to physically “code” themselves through a pathway, making it a fun and interactive way to learn coding basics—without the need to read or write. This engaging activity is perfect for tying into a
K - 2nd
Computer Science - Technology, Robotics
CCSS
MP1
, MP2
, MP3
+4
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
Hour of Tech & Hour of Code Mega Pack (Y6–Y9)
Run engaging one‑hour tech and coding sessions all year long without planning from scratch. This bundle brings together my favourite “Hour of Tech” and “Hour of Code” activities for Y6–Y9. You get ready‑to‑use sessions on JavaScript, Scratch, P5.js, Grasshopper, Canva, music tech, logic and even VR. Each activity is designed to fit in about one lesson, perfect for coding weeks, clubs, cover lessons or quick tech explorations in MYP Design or ICT. What’s inside: JavaScript Hour of Code: browser
6th - 9th
Computer Science - 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
SPIKE Prime Coding: Read the Code Series – 5 Beginner Worksheets
Are your students rushing through LEGO SPIKE Prime coding without truly understanding the program flow? Are you looking for low-prep, device-free activities that strengthen problem-solving and code-reading skills? This complete Beginner Read the Code Series is designed to get students thinking critically before they ever run their robots. With five scaffolded worksheets, your students will progress from basic straight movement to conceptual reasoning about infinite loops. Why teachers love th
5th - 8th
Computer Science - Technology, Robotics
Unit 2 - Sensor Scenarios | SPIKE Prime Unplugged WS – No Robots Required
Struggling to give your students hands-on sensor practice without tying up all the robots? This Sensor Scenarios worksheet is the perfect solution! Students will think like a robot, choosing the correct sensor and deciding how the robot should respond in real-world situations. It’s a no-robot, low-prep activity that builds computational thinking, reasoning, and problem-solving skills. Perfect for offline days, sub plans, early finishers, or formative assessment, this worksheet works with
6th - 8th
Computer Science - Technology, Robotics
Unplugged Christmas Coding Activities | K–2 STEM | Printable Coding Maps
Bring the magic of Christmas into your classroom while teaching the foundations of coding and computational thinking—all without any devices! This Unplugged Christmas Coding Activity is perfect for K–2 students, computer lab rotations, STEM class, morning tubs, early finishers, or small-group instruction. This festive STEM resource includes two levels of difficulty (Set A: Easy & Set B: Medium) so you can easily differentiate for your learners. Students decode directional arrow sequences to fin
K - 2nd
Computer Science - Technology, Engineering, Instructional Technology
NGSS
K-2-ETS1-2
, K-2-ETS1-3
, K-2-ETS1-1
September STEM Challenges 3rd-5th | Apple Activities | Scratch & Tinkercad
Need September STEM that ties into your apple and back-to-school units without extra prep? These 16 hands-on coding and 3D design challenges for 3rd-5th — themed around apples, Johnny Appleseed, Labor Day, and careers — drop right into your fall lineup and keep students building, not just filling out worksheets. What's inside: 16 challenges total (8 Scratch Coding + 8 Tinkercad 3D Modeling), digital journals for student reflection, both color and B&W printable versions, menu-board OR single-proj
3rd - 5th
Computer Science - Technology
Also included in: Monthly Digital STEM Challenges HOLIDAYS
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
Artificial Intelligence Quiz Book AI MCQ Worksheets Unplugged Coding Activity
This activity is designed as a Coding Unplugged activity, meaning students can learn Scratch coding AI concepts without using computers, making it perfect for classrooms, STEM lessons, computer labs, and substitute plans. This resource makes learning about Artificial Intelligence exciting and accessible for middle school students. Through interactive multiple-choice questions, students develop curiosity about how AI works while strengthening their logical thinking, problem-solving, and computat
4th - 9th
Computer Science - Technology, Instructional Technology, Robotics
Artificial Intelligence Reading Comprehension Coding Unplugged Activity For G6-8
This activity is designed as a Coding Unplugged activity, meaning students can learn Scratch coding . Artificial Intelligence concepts without using computers, making it perfect for classrooms, STEM lessons, computer labs, and substitute plans. This activity pack connects literacy with technology by helping students read, write, and learn about Artificial Intelligence in a simple and engaging way. It also serves as a great introduction to Coding Unplugged learning and Scratch Coding concepts, ma
4th - 8th
Computer Science - Technology, Instructional Technology, Robotics
Coding Unplugged Hotoke Scratch Coding Activity Basics Computer Coding Worksheet
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. What’s Included: Interactive Coding Unplugged activities (no devices required) Unique Hotoke-themed coding challenges (fun + memorable!) Printable Computer Coding Worksheets Algorithm-building exercises (sequencing, logic, direction) Answer keys for quick and easy grading Vi
3rd - 8th
Computer Science - Technology, Instructional Technology, Robotics
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