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Preview of Wright Brothers POP Lesson Plan Bundle - mp3 Song, PowerPoint, Lyrics, Quiz

Wright Brothers POP Lesson Plan Bundle - mp3 Song, PowerPoint, Lyrics, Quiz

CLICK HERE to see my Latest FREE Video and Resources!This Wright Brothers POP Bundle Lesson Plan and Materials is a comprehensive, fun, and engaging instructional tool for any teacher and student, all for a very low cost! The lesson plan is simple and effective: 1) Print the lyrics sheet and read as a class; 2) Play the song while students follow along with the lyrics (don't be surprised if they start singing on their own!); 3) Use the PowerPoint for direct instruction; 4) Give the quiz; 5)
Preview of Lofted Vase Project in Onshape: Complete CAD Lesson with Teacher Resources

Lofted Vase Project in Onshape: Complete CAD Lesson with Teacher Resources

This is a beginner-friendly CAD project where students design, loft, and shell a geometric vase using Onshape. It includes a step-by-step project guide, a comprehensive teacher’s guide with instructional support and built-in formative checks, a student quiz with answer key, a direct link to the Onshape file, and more. The project is designed to mirror how professional designers think: students learn to define geometry with constraints, structure their design using offset planes, and generate for
Preview of Learn-to-Fly-Curriculum-week

Learn-to-Fly-Curriculum-week

Created by
Karyn Lisowski
Teach students to fly a quadcopter/drone indoors. Perfect for elementary and middle school STEM. Great for robotics units or STEM labs. Check out my free one-day lesson plan for learning to fly a drone. Choose one of my other lesson plans that best suits your needs.5 days 10 days (contains lessons from the 5 day curriculum) 4-week curriculum (contains lessons from the 10 day curriculum) Do you want to learn to fly a small drone or quadcopter indoors? If so, this Google Slide presentation is f
Preview of STEM-Drone-Lesson Plan-2 weeks

STEM-Drone-Lesson Plan-2 weeks

Created by
Karyn Lisowski
Teach students to fly a quadcopter/drone indoors. Perfect for elementary and middle school STEM. Great for robotics units or STEM labs. No previous flying experience needed. This is the 10 day lesson plan which was updated and includes 5 day curriculum 4-week curriculum (contains lessons from the 10-day curriculum) If you have any issues, email me at 11009ws@gmail.com Do you want to learn to fly a small drone or quadcopter indoors? If so, this Google Slide presentation is for you. The link i
Preview of AI & Your Career -- Classroom license

AI & Your Career -- Classroom license

AI is transforming EVERY job. Students need to become AI-literate, no matter what career they choose. Why Every Student Needs AI Literacy AI is rapidly transforming industries across the board, from healthcare and finance to manufacturing and education. Even the trades are feeling the impact! This comprehensive 52-page guide empowers students with the knowledge they need to thrive in the AI-powered workplace of tomorrow.Regardless of their career aspirations, a basic understanding of AI will e
Preview of FTC Competition & Arduino Robotics - Curriculum/Lesson Plans

FTC Competition & Arduino Robotics - Curriculum/Lesson Plans

Created by
ROBOTECH CLASS
Empower your students with a comprehensive, hands-on robotics curriculum designed for high school success!This year-long program seamlessly integrates advanced robotics concepts—from CAD and CNC machining to Java for computer vision, Python for AI, and Arduino—with a unique focus on character development through biblical principles. Structured into clear daily lessons with engaging minor assignments and impactful major projects, students will not only master technical skills essential for FTC co
Preview of Stop the Memory Madness! Guide to Python Pointers & Objects

Stop the Memory Madness! Guide to Python Pointers & Objects

Are your students treating Python variables like boxes when they’re actually tethers? 🪢 Stop the "Value Copy" confusion before it starts! This high-impact worksheet from Nazli Tech School transforms the invisible world of memory management into a visual, logical masterpiece. Using the fan-favorite "Tether Analogy," students will finally understand why changing list_a sometimes breaks list_b, and why integers behave like stubborn, unchangeable anchors. ⚓️ From Mutable Mischief to the "Spe
Preview of Stay On Color | Middle School STEM | mBot2 Project

Stay On Color | Middle School STEM | mBot2 Project

🌈 Stay On Color – Teach Your mBot2 to Detect and React! 🤖In this lesson, students use the Quad RGB color sensor to program a robot that recognizes and stays within a color zone - moving forward when it’s on the right color and reversing when it’s not! Perfect for classrooms, STEM clubs, or home learning, this hands-on pack builds color detection logic step by step, helping students explore how sensors guide robotic movement. ✅ What’s Inside:Step-by-step slides with visuals for easy classroom
Preview of Master the Void: Null vs. Undefined Logic Quest | Pemma’s Coding Challenge

Master the Void: Null vs. Undefined Logic Quest | Pemma’s Coding Challenge

Are your students struggling to tell the difference between "Empty" and "Doesn't Exist"? In the world of programming, mixing up null and undefined is the #1 cause of "ghost bugs." This high-energy, visually-driven worksheet accompanies the Nazli Tech NextGen CodeLaunch video series, featuring Pemma the Red Panda. It transforms boring syntax into a cinematic mystery that students actually want to solve. 🧠 What’s the Mystery?Students will follow Pemma into a 3D landscape to witness two strange
Preview of Arduino Beginner Project Pack Level 1 | 7 STEM Coding Projects | Grades 5–9

Arduino Beginner Project Pack Level 1 | 7 STEM Coding Projects | Grades 5–9

Created by
Math-O-Tronics
🚀 Arduino Beginner Project Pack — Level 17 Hands-On STEM Coding & Engineering Projects for Grades 5–9Bring coding, circuits, robotics, and hands-on STEM learning into your classroom with this beginner-friendly Arduino project pack!This resource is designed for students who are new to Arduino, electronics, coding, and physical computing. Students learn step by step as they build real circuits, write simple Arduino code, test components, debug mistakes, and complete beginner STEM challenges.Perfe
Preview of Graph Neural Networks (GNNs) for Kids: A "Seuss-inspired" book

Graph Neural Networks (GNNs) for Kids: A "Seuss-inspired" book

Created by
STEM Creations
The GNNs for Kids book is a Seuss-inspired journey through the world of Graph Neural Networks. Using "whispering games" to explain Message Passing and "family vibes" to explain Global Context, this book breaks down the cutting-edge tech of 2026 into rhymes that even a toddler (or a very tired researcher) can enjoy. Perfect for:Future data scientists (ages 4 – 18+).Parents who want to explain their "boring" tech job.Anyone who prefers their AI theory with a side of "Green Ham."Nodes in the abod
Preview of Mastering AI: Prompt Engineering Curriculum for Elementary, Middle, High School

Mastering AI: Prompt Engineering Curriculum for Elementary, Middle, High School

Created by
LearningAnass
Unlock the Future of Learning with AI Prompt Engineering! In today's rapidly evolving digital landscape, Artificial Intelligence is no longer a futuristic concept—it's a daily reality. Equip your students with the critical skills they need to navigate, understand, and ethically leverage AI with our comprehensive AI Prompt Engineering Activity Packs. Designed for a wide range of learners from Elementary (Grades 3-5), Middle (Grades 6-8), to High School (Grades 9-12), this resource is your all-in-
Preview of Block Programming Basics | Middle School STEM | mBot2 Project | Makeblock mBot

Block Programming Basics | Middle School STEM | mBot2 Project | Makeblock mBot

Teach Programming Concepts with Confidence - No Prep RequiredThis ready-to-use lesson pack helps educators introduce the fundamentals of programming using block-based coding with the mBot2. Designed for students ages 10+ with little to no computer science background, this lesson walks through the concept of a “program” as a sequence of instructions. Students will also build a block program for the mBot2 that makes it drive a specific way. What’s Included:✅ Slides - Step-by-step teaching (cl
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