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Preview of Old School Vs New School - Digital & Analog Signaling Comparison Lab & Lesson

Old School Vs New School - Digital & Analog Signaling Comparison Lab & Lesson

📡 Analog vs. Digital Signals: Binary Coding Lab & CER (NGSS MS-PS4-3) Help your students experience how information is encoded, transmitted, and decoded with this highly engaging Analog vs. Digital Signals lesson aligned to NGSS MS-PS4-3. This resource blends hands-on learning, critical thinking, and real-world technology connections into one ready-to-teach package. Students don’t just learn about digital signals—they become the system by using a binary alphabet code to send and receive i
Preview of Sphero Basics: Movement Card Set

Sphero Basics: Movement Card Set

This card set describes the basic movement commands to program the sphero. This card set is designed for use with the SpheroEDU app. Great as a reference when doing any coding challenges with the sphero! Includes cards for the students and full pages for projection.
Preview of Popsicle Bridge STEM Challenge – Load Distribution Engineering | Grade 3

Popsicle Bridge STEM Challenge – Load Distribution Engineering | Grade 3

Created by
STEM With Mr.B
In the Popsicle Bridge Sprint, students become civil engineers as they design and build a bridge that spans a fixed gap and supports as much weight as possible — all within a credit-based material budget. Set inside the Future City Engineering narrative theme, this 1-week sprint challenges Grade 3 students to apply load distribution and compression concepts to a bridge challenge, making strategic material choices, planning carefully before building, and testing to failure to collect real struct
Preview of Earthquake Shake Tower Challenge – Structural Engineering STEM Project

Earthquake Shake Tower Challenge – Structural Engineering STEM Project

Created by
STEM With Mr.B
In the Earthquake Shake Test Tower STEM Challenge, students become civil and structural engineers as they design and build a tower that can withstand simulated earthquake forces without collapsing. Using simple classroom materials, students explore vibrations, structural stability, balance, and energy transfer while engaging in authentic problem-solving through the Engineering Design Process. This exciting, low-prep STEM challenge is ideal for STEM labs, science classrooms, engineering unit
Preview of STEM Project: Motion & Energy | Rollercoaster Design Challenge PBL | MS NGSS

STEM Project: Motion & Energy | Rollercoaster Design Challenge PBL | MS NGSS

Explore motion, energy, roller coasters, potential energy, and kinetic energy with this STEM project for Grades 6–9. This design challenge investigates how energy is transferred and transformed in motion and how roller coasters use physics principles through a hands-on, NGSS-aligned PBL activity.Students will design and test roller coaster models, analyze how height and speed affect energy, interpret formulas such as Speed = Distance ÷ Time and p = m × v, and use test data to understand how ener
Preview of Mars Colony STEM Challenge – Delivery System Engineering Design | Grades K–8

Mars Colony STEM Challenge – Delivery System Engineering Design | Grades K–8

Created by
STEM With Mr.B
Bring real-world problem solving into your classroom with this high-engagement transport engineering challenge! In this project, students act as engineers tasked with designing and building a delivery system to safely transport a small object across a “danger zone.” This challenge is perfect for units on forces & motion, simple machines, and magnetism and works beautifully as an end-of-unit STEAM project. Designed with flexibility in mind, this resource is now fully supported for grades 3–8
Preview of Tower Building STEM Challenge – Structural & Parachute Engineering | Grades K–8

Tower Building STEM Challenge – Structural & Parachute Engineering | Grades K–8

Created by
STEM With Mr.B
In the Rescue Tower + Parachute STEM Challenge, students become emergency response engineers as they design a rescue tower and parachute system to safely evacuate a payload from the top of a structure to the ground. This exciting real-world engineering scenario blends structural engineering, gravity, air resistance, impact protection, and systems design as students solve a high-stakes rescue mission using only simple classroom materials. This hands-on, low-prep STEM project is perfect for ST
Preview of Tower Building STEM Challenge – Wind Resistance Engineering | Grades K–8

Tower Building STEM Challenge – Wind Resistance Engineering | Grades K–8

Created by
STEM With Mr.B
In the Windproof Tower STEM Challenge, students become civil and structural engineers as they design and construct a tower that can withstand strong winds without tipping or collapsing. Using simple classroom materials, students investigate wind forces, stability, center of mass, and structural reinforcement while engaging in authentic problem-solving through the Engineering Design Process. This high-engagement, low-prep STEM challenge is perfect for STEM labs, science classrooms, engineeri
Preview of Parachute Drop STEM Challenge – Cargo Protection Engineering | Grades K–8

Parachute Drop STEM Challenge – Cargo Protection Engineering | Grades K–8

Created by
STEM With Mr.B
In the Parachute Cargo Carrier STEM Challenge, students become aerospace and mechanical engineers as they design a parachute system capable of safely delivering a cargo payload to the ground without damage. This real-world engineering challenge blends physics, force and motion, materials science, and problem-solving as students test how drag, mass, surface area, and structural protection work together in successful aerial delivery systems. This high-engagement, low-prep STEM project is perfe
Preview of Boat Float STEM Challenge – Forces, Motion & Transport Engineering | Grades K–8

Boat Float STEM Challenge – Forces, Motion & Transport Engineering | Grades K–8

Created by
STEM With Mr.B
In the Boat-to-Shore Transport STEM Challenge, students become marine and mechanical engineers as they design a system that safely moves cargo or passengers from a floating boat to the shoreline without tipping, spilling, or sinking. This real-world engineering scenario blends buoyancy, stability, force and motion, and systems design as students solve a transportation challenge using only simple classroom materials. This engaging, low-prep STEM project is perfect for STEM labs, science class
Preview of Parachute Drop STEM Challenge – Impact Protection Engineering | Grades K–8

Parachute Drop STEM Challenge – Impact Protection Engineering | Grades K–8

Created by
STEM With Mr.B
In the Air Supply Drop STEM Challenge, students become aerospace and mechanical engineers as they design a system to safely deliver critical supplies from the air to a target zone without damaging the cargo. Inspired by real-world humanitarian aid and space missions, this challenge blends physics, force and motion, materials science, and engineering design as students solve a high-stakes delivery problem using only simple classroom materials. This engaging, low-prep STEM project is perfect fo
Preview of Sailboat STEM Challenge – Forces, Motion & Speed Engineering | Grades K–8

Sailboat STEM Challenge – Forces, Motion & Speed Engineering | Grades K–8

Created by
STEM With Mr.B
In the Paper Sailboat Speed Test STEM Challenge, students become marine and mechanical engineers as they design and build a paper sailboat that uses wind power to move as fast and as far as possible across water. Through hands-on experimentation, students explore how wind force, sail shape, surface area, drag, and stability affect speed and motion while applying the Engineering Design Process. This exciting, low-prep STEM challenge is perfect for STEM labs, science classrooms, engineering u
Preview of Boat Float STEM Challenge – Buoyancy Engineering Design Activity | Grades K–8

Boat Float STEM Challenge – Buoyancy Engineering Design Activity | Grades K–8

Created by
STEM With Mr.B
In the Paper Lifeboat STEM Challenge, students become marine engineers as they design and build a lifeboat made entirely from paper and simple classroom materials that can safely float and carry passengers (cargo). This hands-on STEM challenge introduces students to buoyancy, displacement, stability, and structural design while using the Engineering Design Process to solve a real-world survival problem. This engaging, low-prep STEM activity is perfect for STEM labs, science classrooms, engi
Preview of Wheel & Axle STEM Challenge – Rover Engineering Design Activity | Grades K–8

Wheel & Axle STEM Challenge – Rover Engineering Design Activity | Grades K–8

Created by
STEM With Mr.B
In the Paper Clip Rover Suspension Test, students become mechanical and aerospace engineers as they design and test a suspension system for a miniature rover using only paper clips and simple classroom materials. This hands-on STEM challenge introduces students to shock absorption, stability, force, motion, and structural engineering as they work to protect their rover from rough terrain and impact forces. This engaging, low-prep engineering activity is ideal for STEM labs, science classroom
Preview of Shoe Design STEM Challenge – Impact Protection Engineering | Grades K–8

Shoe Design STEM Challenge – Impact Protection Engineering | Grades K–8

Created by
STEM With Mr.B
In the Shock Absorbing Shoes STEM Challenge, students become materials and mechanical engineers as they design and build a miniature shoe or sole system that absorbs shock and reduces impact forces. Using simple classroom materials, students will explore how engineers protect athletes, astronauts, and everyday users from high-impact forces. This high-engagement, low-prep STEM activity is perfect for STEM labs, science classrooms, engineering units, substitute plans, and makerspaces and works
Preview of Friction STEM Challenge – Tire Tread & Traction Engineering | Grades K–8

Friction STEM Challenge – Tire Tread & Traction Engineering | Grades K–8

Created by
STEM With Mr.B
In the Terrain Tire Tread STEM Challenge, students become mechanical engineers as they design and test custom tire treads that improve traction across different surfaces. Using simple classroom materials, students explore how friction, surface area, texture, and material design affect the movement and performance of vehicles on challenging terrain—just like real engineers designing tires for rovers, race cars, and off-road vehicles. This hands-on, low-prep STEM challenge is perfect for STEM
Preview of Parachute Landing STEM Challenge – Precision & Air Resistance | Grades K–8

Parachute Landing STEM Challenge – Precision & Air Resistance | Grades K–8

Created by
STEM With Mr.B
In the Precision Parachute Landing STEM Challenge, students become aerospace engineers as they design and build parachutes that must land as close as possible to a target while descending safely and accurately. This challenge blends physics, engineering, and problem-solving as students test how air resistance, drag, surface area, and weight affect flight and landing precision. This engaging, low-prep STEM activity is ideal for STEM labs, science classrooms, engineering units, makerspaces, an
Preview of Paper Nest STEM Challenge – Structure & Stability Engineering | Grades K–8

Paper Nest STEM Challenge – Structure & Stability Engineering | Grades K–8

Created by
STEM With Mr.B
Paper Nest Protector STEM Challenge – Hands-On Engineering & Egg Protection ProjectProtect the “nest” at all costs! In the Paper Nest Protector STEM Challenge, students become engineers tasked with designing a protective structure that keeps a fragile egg safe from impact using only simple classroom materials. This high-engagement, low-prep project introduces students to real-world engineering, force and motion, and structural design through the Engineering Design Process. Perfect for STEM la
Preview of Save the Egg STEM Challenge | Engineering Design Lab | Team Building Activity

Save the Egg STEM Challenge | Engineering Design Lab | Team Building Activity

Created by
SavingScience
Get your students collaborating, building, and problem-solving with this exciting Save the Egg Colony STEM Challenge! In this hands-on engineering activity, students work in teams to design a structure that protects an egg from multiple environmental disasters including a drop test, earthquake simulation, and windstorm challenge. This engaging STEM project combines: ✔ Engineering Design ✔ Forces & Motion ✔ Problem Solving ✔ Teamwork & Collaboration ✔ Scientific Reasoning ✔ Real-World STE
Preview of Codes and Standards | Electrical Engineering STEM Activity GATE Middle School

Codes and Standards | Electrical Engineering STEM Activity GATE Middle School

🧠 Worksheet | Electrical Engineering | Gifted & Talented Middle School Critical ThinkingEngage your students with this high-interest, real-world Electrical Engineering worksheet focused on Codes and Standards. This resource is designed to promote critical thinking, inquiry-based learning, and real-world application, making it perfect for modern classrooms. Students will explore meaningful scenarios, analyze real-world connections, and express their ideas through structured questions that g
Preview of The Secret Code of Elements GATE Middle School Inquiry & Real World Connections

The Secret Code of Elements GATE Middle School Inquiry & Real World Connections

Inquiry & Real World Connection Worksheet designed for Gifted and Talented Students and focused on the Secret Code of Elements lesson in Middle School Physical Science. See Thumbnails for more details. Simply purchase, download and copy! Each Worksheet Includes:10x Real World Related Prompts on the Topic20x Questions for Student Inquiry & Expressing Opinions (2 Questions per Prompt)Great For Student Engagement!For a FREE example of this type of resource click: HERE**Answer Key Included**Be sure
Preview of Paper Airplane Engineering Challenge

Paper Airplane Engineering Challenge

Ultimate Paper Airplane Engineering Challenge – STEM Activity Engage your middle school students in an exciting hands-on engineering challenge! Students design, test, and improve paper airplanes while learning about aerodynamics, forces of flight, and the engineering design process. ✔ Student Lab Packet ✔ Teacher Guide ✔ Rubric Included ✔ Perfect for STEM, Physics, or Engineering Units Great for grades 5–8. Printable PDF – No Prep Required!
Preview of Roller Coaster Challenge KS2 support guides and visuals

Roller Coaster Challenge KS2 support guides and visuals

Created by
Designhub
These are to support and guide pupils to build a roller coaster. The challenge sheets aim to develop their knowledge of structures and modelling techniques. The challenge is laid out, the expectations and rules as well as materials and resources specified. Great for a STEAM day or Science and Design and Technology lessons. Also, you can link to Physics and Maths. Design in a playful, child-friendly way to promote engagement.It isadaptable for all levels all learners
Preview of Egg Drop Challenge

Egg Drop Challenge

Created by
Made By Miss E
This fun and engaging Egg Drop Challenge allows students to connect creativity to an investigation about gravity, force, and impact force.
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