Parallel Lines Project
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Unit 4 -Lesson 8: Capstone reflection for the Ferris Wheel Project (lessons 6-7)
The culminating lesson for Unit 4. Students demonstrate their completed Ferris Wheel, explain their gear ratio choice, reflect on the refinement process, and give structured feedback on a teammate's build. What's included:Student slidedeck and worksheet — showcase checklist, gear ratio explanation, 3 reflection questions, and peer review tableTeacher guidance document — timing breakdown, answer guidance for every question, completion standard, and a bridge note to Unit 5Links to editable powerpo
6th - 8th
Computer Science - Technology, Robotics
Robotics and Statistics: Project Based Learning
Are you looking to engage your students in math and project based learning? Do you have EV3s, Spikes, WeDOs, Microbit Ringcars, or other robotics? This resource with teach students why statistics is important in STEM. Students will learn how to analyze their robot's performance on three tasks by examining the math behind the cars.
5th - 8th
Robotics, Statistics
CCSS, NGSS
6.SP.A.2
, 6.SP.A.3
, 6.SP.B.4
+8
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Distance Learning IB MYP Design Process Journal - Editable - PLTW STEM Journal
IB MYP Design Process Journal A journal used to reflect on daily work during a design (or other) presentation. Relatively simple, outlines the days of the project, what the students accomplished, and what they need to accomplish next class. The Process Journal is editable, with space for a statement of inquiry, and different questions. https://teachandassist.com/
5th - 9th
For All Subjects, Robotics
Circuit Symbols 3-Part Cards
How to use 3-Part Cards
For the most durability, print on cardstock and laminate.
Nomenclature: Prepare one set and use as flash cards to build vocabulary.
Traditional 3-Part Cards: Prepare two sets of cards. Cut along the gray lines of one set,detaching the name. Challenge the student to match the name to the picture. Use the uncut set as a control. Alternately, you can color code the backs so the student can self-check.
Matching/Memory: Prepare two sets of cards and use as a matching game
Not Specific
Engineering, Robotics
Communicating with Lego
This is a GREAT activity showing my future engineers how important communication is in product development. This is adapted from an activity a friend of mine found and we tweaked it to fit our engineering classroom. Basically students are playing Telephone to take a project from the client's vision to completed solution. Students are given job titles of Client, Sales Rep., Engineer, and Contractor. Clients work with Sales Reps to create a Lego model, then Sales Reps communicate with Engineers, w
4th - 12th
Computer Science - Technology, Engineering, Robotics
NGSS
MS-ETS1-1
Fast Facts: Robotics
Great for bulletin boards, technology or computer classrooms, student interest boards, and much more! Students pull, rip, or cut off the information tab after reading about the subject. Very useful for Genius Hour classrooms! Also great for Destination Imagination schools.
***Recommend cutting the vertical lines to make it easier for little hands to take the information :)
Will be creating (and taking requests) for other subjects!
Please review!
K - 12th
Computer Science - Technology, Robotics, Science
AI Risk Introduction Worksheet
Page 1:Name/date fieldsIntroduction explaining why AI risks matterPart 1: Know the Risks covers five key AI risks with numbered badges and descriptions: Bias & Discrimination, Privacy Invasion, Job Displacement, Misinformation, and Lack of AccountabilityPart 2: Your Opinion asks students which risk is most important to solve first, with answer linesPage 2:Part 3: Real-World Scenarios presents two concrete situations (AI video recommendations creating echo chambers, AI resume screening with gende
Not Specific
Computer Science - Technology, Other (Social Studies), Robotics
Also included in: Tech Mogul's Cybersecurity and Coding Bundle
Prompt Writing for Beginners — AI Made Simple
A step-by-step guide for teachers, students, and professionals learning how to write effective AI prompts. Transform the way you use AI tools in the classroom or workplace! This beginner-friendly crash course walks you through the core skills of prompt writing—the key to automating real-world tasks and saving hours of time each week. You’ll learn exactly how to structure, test, and refine prompts so AI gives you high-quality, reliable results every time. Think of it as your personal AI tutor gui
Not Specific
Computer Science - Technology, Instructional Technology, Robotics
Free Arduino Starter Activity | Blinking LED Lesson + Student Worksheet | STEM
Free Arduino Starter Activity – Blinking LED Lesson + Student WorksheetIntroduce your students to Arduino programming and physical computing with this simple and engaging beginner STEM activity. In this lesson, students build a basic circuit and upload their first Arduino program to make an LED blink. This activity is perfect for introducing coding, electronics, and engineering concepts in middle school STEM classrooms. Students will learn how software interacts with hardware while developing
5th - 9th
Computer Science - Technology, Engineering, Robotics
VEX V5 Robotics Test Bed: Preview
Take the guesswork out of your first VEX V5 build! This comprehensive 22-slide guide provides students with crystal-clear, visual instructions to build a functional V5 Testbed. Perfect for introducing sensors, motor ports, and the V5 Brain layout. NOTE: This is only the first few slides of the complete assignment available for purchase. Thanks for previewing!
6th - 10th
Computer Science - Technology, Engineering, Robotics
Edison Robot - Chicken Challenge
A fun, spring idea to integrate technology and life cycles! Students will design a barnyard and code their Edison Robot to move the chicks to the brooder.
2nd - 4th
Computer Science - Technology, General Science, Robotics
Unit 1 Robot Motion Math | Distance, Speed & Time WS + Answer Key
Tired of students blindly guessing how fast robots should move? This bell ringer worksheet teaches them the real-world math behind motion, using Distance = Speed × Time. Students calculate distances, speeds, and travel times — then compare motion scenarios to deepen understanding. This resource is also included in the LEGO SPIKE Prime Robotics Unit: Intro to Coding, Movement & Robot Logic (9 Lessons / 2 Weeks). Why teachers love it: Multiple problems increase rigor without creating extra work
4th - 8th
Computer Science - Technology, Robotics
Also included in: Movement Math for Robotics | 5 Worksheets + Answer Keys
Engineering Design Process Unit Plan Using Catchbook - Student Packet
This is the Student Packet for the Engineering Design Process Unit Plan, designed to supplement activities as part of the design process of a competitive robotics program such as FIRST®, BEST(TM), or VEX®. This unit has a basic framework that can be customized for students in grades 3-12 and meets Next Generation Science Standards for Engineering Design topics.
This unit utilizes Catchbook by Siemens PLM Software. Catchbook is a 2D sketching tool available from the Apple App Store, Google Play,
3rd - 12th
Engineering, Robotics
LEGO Explorers Scope and Sequence
Are you looking for an engaging STEM unit in your classroom learners or homeschool learners? Utilize the LEGO SPIKE Prime platform with me to engage learners critical thinking, problem solving and imaginative play! Learning should be fun and in this unit we create fun robots the learn concepts of robotics, engineering, coding and STEM. Perfect for learners who need something extra in the classroom, or Gifted and Talented (GT) students, and Homeschool students who want STEM opportunities! Student
3rd - 6th
Computer Science - Technology, Engineering, Robotics
Also included in: LEGO Explorers STEM Bundle
Create! Doc
This document encourages learners to use what they have discovered throughout the previous lessons to in order to create their own innovation! Are you looking for an engaging STEM unit in your classroom learners or homeschool learners? Utilize the LEGO SPIKE Prime platform with me to engage learners critical thinking, problem solving and imaginative play! Learning should be fun and in this unit we create fun robots the learn concepts of robotics, engineering, coding and STEM. Perfect for learner
3rd - 6th
Computer Science - Technology, Engineering, Robotics
Also included in: LEGO Explorers STEM Bundle
About Zach Trautwein of Think Hub
This FREE document describes me, Zachary Trautwein, in a brief and concise way to allow teachers and learners a window in my professional career and ideologies. FEATURED:Are you looking for an engaging STEM unit in your classroom learners or homeschool learners? Utilize the LEGO SPIKE Prime platform with me to engage learners critical thinking, problem solving and imaginative play! Learning should be fun and in this unit we create fun robots the learn concepts of robotics, engineering, coding a
Not Specific
Computer Science - Technology, For All Subjects, Robotics
Also included in: LEGO Explorers STEM Bundle
0:54
Inspiration to CREATE!
In this video, Learners are inspired to build their own creations as I need a new automatic paper towel dispenser. So I build it from LEGO! Are you looking for an engaging STEM unit in your classroom learners or homeschool learners? Utilize the LEGO SPIKE Prime platform with me to engage learners critical thinking, problem solving and imaginative play! Learning should be fun and in this unit we create fun robots the learn concepts of robotics, engineering, coding and STEM. Perfect for learners w
3rd - 6th
Computer Science - Technology, Engineering, Robotics
Also included in: LEGO Explorers STEM Bundle
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