Debug Algorithm
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Intro to CS — Unit 5 Mini Project: Program Planning & Debugging
This Unit 5 Mini Project gives students the opportunity to apply everything they learned in Unit 5 of an Intro to Computer Science course. Instead of writing real code, students focus on planning, logic, and debugging by analyzing and correcting flawed pseudocode. Designed as a capstone-style task, this mini project reinforces key programming concepts introduced throughout Lessons 5.1–5.4, including algorithms vs programs, syntax vs logic errors, pseudocode, and debugging logical errors. Studen
7th - 10th
Computer Science - Technology
CCSS
RST.6-8.3
, RST.9-10.3
, WHST.6-8.2
+1
Also included in: Intro to CS — Unit 5: Programming Concepts (Lessons, Quiz & Project)
STEM Semester Coding Game Development Curriculum Labs Bundle | Grades 6-12
🎮 STEM Semester Python + C# Coding Game Curriculum Bundle | Grades 6–12 | Middle & High School | Complete Lessons & Labs Bundle with Projects, Logic, Algorithms, and Cross‑Language Game Development>30% OFF WHEN PURCHASING THIS BUNDLE - A savings of over $35!What’s Included ✅ Multiple Game‑Themed Coding Projects in Python & C#Step‑by‑Step Teacher Guides with answer keys and troubleshooting tipsStudent Handouts & Worksheets (printable + digital)Project‑Based Learning Challenges that build tow
6th - 12th
Computer Science - Technology, Engineering, Instructional Technology
Holiday Coding Bundle: Kwanzaa Edition
🌟 What’s Included (5 Worksheets + Teacher Keys!) 🕯️ 1. Debugging for Unity (Umoja – Unity) Students work in pairs to identify and fix shared code errors in a “community app,” practicing communication, teamwork, and collaborative debugging. ⚙️ 2. Algorithm of Purpose (Nia – Purpose) Students design meaningful algorithms that help organize community events or goals—connecting logic to purpose and impact. 💡 3. Creative Code Lab (Kuumba – Creativity) Using Python or JavaScript loops, st
9th - 12th
Business, Computer Science - Technology
Computer Science Principles (CSP) — Lesson 1.4: Algorithms in Everyday Life
Computer Science Principles (CSP) — Lesson 1.4: Algorithms in Everyday Life Help students understand that algorithms are clear, step-by-step instructions, not just lines of code. In this Computer Science Principles (CSP) lesson, students practice writing precise algorithms, identifying ambiguous steps, and debugging poorly written instructions using real-world tasks they already understand. This lesson builds strong algorithmic thinking skills that directly prepare students for programming l
9th - 12th
Computer Science - Technology
CCSS
RI.9-10.3
, RI.9-10.4
, W.9-10.2
+2
Third Grade Coding Unit | Computer Science, STEM, ISTE, CSTA (3rd)
Looking for an engaging way to introduce coding and computer science to 3rd grade students? This Third Grade Coding Unit helps students build foundational coding skills through unplugged activities, digital practice, and student-friendly problem solving. This 5-day unit introduces students to key computer science concepts such as algorithms, sequences, debugging, loops, and conditionals. Students practice creating clear steps, testing their ideas, fixing mistakes, and explaining how code works.
3rd
Computer Science - Technology, Engineering, Instructional Technology
Unplugged Hour of Code Mega Bundle — 6 No-Prep Computer Science Activities
Unplugged Hour of Code Mega Bundle (6 No-Prep Computer Science Activities)Bring Computer Science to ANY classroom with this must-have Unplugged Hour of Code Bundle! This collection of six high-engagement, no-prep worksheets teaches core CS concepts without requiring devices, making it perfect for elementary, middle, and high school teachers looking to participate in CS Ed Week or Hour of Code with zero stress. Students will explore algorithms, binary code, logic, debugging, coordinate grids,
9th - 12th
Computer Science - Technology
Debug the Robot! — Unplugged Sequencing & Debugging Worksheet (Hour of Code)
Debug the Robot! (Unplugged Sequencing & Debugging Worksheet)Teach students the essential skill of debugging with this engaging unplugged activity: Debug the Robot! Students follow robot movement instructions, identify errors (“bugs”), correct broken algorithms, and create their own buggy programs for a partner to debug. Perfect for Hour of Code, CS Ed Week, STEM classes, and any introduction to computational thinking. No coding experience is required — students learn the foundations of algo
7th - 12th
Computer Science - Technology
AP Computer Science Principles 11 | Grades 8-12 | Recursion Python Java
AP Computer Science Principles 11 | Grades 8-12 | Middle & High School | Recursion Python & Java Lesson 🧠✨ 🔁 Help students finally understand recursion with visuals, flowcharts, stack simulations, and hands‑on coding! 📝 Product Description Recursion is one of the most powerful — and most intimidating — concepts in computer science. This lesson makes it clear, visual, and accessible for grades 9–12, even if students (or teachers!) are new to recursive thinking. Aligned to AP Computer Scienc
8th - 12th
Computer Science - Technology, Engineering, Instructional Technology
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