Programs Engineering Projects for Microsoft Word
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Table-top Mini Golf: STEAM Engineering and Design for Elementary GATE
In From Putt-putt to Pebble Beach--Table-top Mini Golf, students will design and construct a playable table-top sized miniature golf course using the engineering design process. With these lessons, the teacher defines the problem, helps students gather background research, and specifies the requirements. The students do the rest: creating alternative solutions, choosing the best solution, doing development work, building a prototype, and testing and redesigning. The result is a classroom filled
4th - 7th
Engineering, Physical Science
Also included in: STEAM Class Bundle - Engineering Focus - 115+ Hours 374 pp Gifted GATE
Da Vinci Parachute Prototypes -- Hands-on STEM
In this lesson, students solve geometry problems and learn background physics concepts as they build a working model of Leonardo Da Vinci’s parachute. Logic, critical thinking, a bit of Renaissance history, writing and supporting conclusions with details from a source—it’s all here too!
Make this extended lesson a cross-curricular, standards-based mini-unit, or just make it a cool building activity. Pick and choose the level of commitment right for you and your students. With the suggested e
4th - 8th
Engineering, Geometry, Physical Science
STEM Kid Engineering and Construction -- Hoop and Launcher Game GATE
Kid-built in a few hours . . . this 7 inch tall basketball hoop can be assembled and re-assembled. We’re not going to toss a ball to make baskets with this project. Oh, no . . . we are making a little catapult to launch marshmallows at the hoop! Oh, yes! Sweet!
Use this building project as a challenging independent study for upper elementary, as a whole-class engineering project, or use it to make math and science applications like percentages, measurements and geometry, action/reaction, tr
3rd - 6th
Applied Math, Engineering
STEAM DaVinci Renaissance Style: A Unit for Elementary GATE
In STEM Renaissance Style, students will follow the engineering process as they return to the 16th Century. With these lessons, the teacher defines the problem, helps students gather background research, and specifies the requirements. The students do the rest: creating alternative solutions, choosing the best solution, doing development work, building a prototype, and testing and redesigning.
Students construct a prototype of Da Vinci’s parachute while learning about falling objects, gravity,
4th - 8th
Engineering
Also included in: STEAM Class Bundle - Engineering Focus - 115+ Hours 374 pp Gifted GATE
STEAM -- Snap n' Shoot Marshmallow Soccer Game
Kid-built in a few hours . . . this goalie, net and goal, and cool marshmallow “snapper” is a complete kid-built soccer game. We don’t have to use our imagination here! Our snapper really shoots the marshmallow ball, and our goalies really defend.
Use this building project as a challenging independent study for upper elementary, as a whole-class engineering project, or use it to make math and science applications like percentages, measurements and geometry, action/reaction, trajectory, etc.
3rd - 6th
Applied Math, Engineering, Physical Science
CCSS
5.NF.B.3
Also included in: KID CREATED GAMES Standards-based STEM and Math Games Bundle
STEM Kid Engineering -- Span the Gorge Secret Spy Adventure Challenge
In the Span the Gorge Secret Spy Adventure challenge, students launch their careers as secret spies and then solve an engineering challenge to save the day.
A vintage primary source postcard launches the mystery for our 21st Century Learners. Students will use logic interpretive skills (which include translating vintage cursive handwriting) and Internet and Computer Technology skills to “crack a code” and solve a mystery. Next, in a collaborative effort (Common Core skills in Language), stude
3rd - 6th
Engineering
STEM Engineering for Elementary GATE - Wind Power, Windmills, and Wind
Two challenging but age-appropriate engineering projects highlight this unit. If you’ve taught my other STEM units, however, you know they’re not simply building projects. We’re thinking, learning science concepts, developing explanations, applying math and non-fiction reading skills, and bringing a wide variety of areas into a unit. But let’s not take lightly how cool it is to build and experiment with a cool mini glider and a working windmill!
As usual, we have ready-to-print activity shee
3rd - 6th
Engineering, Environment
CCSS
3.MD.B.3
, 4.NF.B.3d
, RI.4.1
+5
Learn & Design Technology Prototypes | Drones, Robots, & Artificial Intelligence
Students are naturally curious about AI, drones, robots, and phone apps, making this Future Technology bundle an excellent way to spark engagement while building meaningful technology awareness. The combination of exploration, reading, and design keeps learning active, structured, and memorable. No complicated setup, no equipment, just engaging future tech learning that students will love. What’s IncludedFive Hands-On Design Projects – Artificial Intelligence (AI) – Smart Devices – Drones –
7th - 10th
Computer Science - Technology, Engineering, Robotics
The Crane Design and Building Challenge -- STEM Problem Solving
A best practice lesson for the teaching of physical science or GATE talent pools:
In this lesson, students use the engineering process to build a working crane model that is strong enough to lift a stapler.
There are no set patterns, pre-cut materials, or teacher-led building instructions here! Students engage in the engineering process to design and build their own working models of cranes. The teacher sets guidelines and limitations, provides feedback and monitors progress, instructs the
4th - 8th
Engineering, Physical Science
Also included in: Creativity Bundle for GATE Gifted and Talented and ALL
BILLBOARDS - Language + STEM + Advertising + GATE
Want to combine language skills, graphic design skills, and engineering skills in a way that will keep your students thinking and engaged?
Here’s a 2 to 3 hour activity which is fun and hands-on, takes critical thinking skills and building skills, and refers to real-world experiences in advertising and economics. It’s perfect for upper elementary GATE and made to order for our 21st Century Learners—combining language, engineering, and graphic design. As always, these activities help meet Comm
4th - 8th
Engineering, English Language Arts
CCSS
L.4.3a
, L.4.5
, L.5.3a
+7
Also included in: SIMULATIONS Real-World Projects GATE Bundle Gifted
Engineer It! Real-World STEM Design Challenge Unit | Grades 4–10 | NGSS Aligned
5 complete engineering design challenges built around real-world scenarios — no prep required. Each challenge includes a teacher guide, student planning pages, reflection sheets, and scoring rubrics. NGSS aligned (ETS1-1 through ETS1-4). Adaptable for grades 4–10. Topics: wind energy, bridge engineering, thermal insulation, earthquake-resistant structures, and water sustainability. ✅ Print & Go — PDF-ready ✅ 100-point rubrics for each challenge ✅ Engineering Design Process framework built in ✅ V
4th - 10th
Engineering, Instructional Technology
STEM Kid Constructions MINI-GLIDER Upper Elementary GATE
Got a couple extra classroom hours? Kids bouncing off the walls eager for a vacation or a sunny day? . . . what to do? This!!!!
This STEM unit can go JUST A COUPLE HOURS OR SEVERAL HOURS—you choose.
Easily built inside two hours, these cool little mini-gliders fly very well. They’re about 100 steps up from any paper glider plans you might see, but you won’t have to break your piggy bank to purchase materials even for a large class.
Not just fun and games here: this little unit addresses
4th - 8th
Engineering, Geometry
CCSS
4.MD.A.2
, 5.MD.A.1
, 8.G.B.7
+8
STEM Kid Construction COLLECTION 110+ Pages 20+ Hours
Save more than 33% from individual purchases with this collection of popular STEM lessons! Combine engineering, science, and math in meaningful, hands-on activities and lessons in your classroom. THIS IS THE SOMEWHAT SMALLER VERSION OF AN EVEN LARGER BUNDLE. I use these STEM lessons with my 3-5 GATE groups, but they are suitable and adaptable up through 7th grade. Younger kids will need more guidance, and older kids will find plenty of challenge in these STEM projects. See the big preview. You
3rd - 7th
Engineering, Physical Science
Investigating the JFK Assassination Through Projectile Motion
In this project, students will apply principles of projectile motion to critically analyze the physics behind the assassination of President John F. Kennedy. Using FBI ballistics data, historical footage, and projectile motion equations, students will explore whether the official account of the bullet trajectories is plausible. The project requires students to conduct calculations, analyze real-world variables, and present an argument on whether the physics supports the conclusions of the invest
11th - 12th
Engineering, Forensics, Physics
NGSS
K-2-ETS1-3
Forensic Mystery Lab | Physical & Chemical Properties Crime Scene Investigation
Turn your classroom into a crime lab with this exciting Forensic Mystery Lab! In this hands-on Physical Science investigation, students become forensic scientists and solve a classroom mystery using scientific evidence. Students will investigate a classroom “crime,” test mystery powders and liquids, compare physical and chemical properties, analyze fingerprints and handwriting, eliminate suspects, and use scientific reasoning to identify the culprit. This engaging project transforms your clas
9th - 12th
Chemistry, Engineering, Physical Science
STEM Kid Engineering -- Antarctic Research Station Halley IV
Be the coolest kid on the block when you build this model of the Halley IV Antarctic Research Station!
The Halley IV can be quickly assembled and moved across the Antarctic ice on its adjustable skids and can be connected together to make an entire research community.
Young engineers will build the research station featuring a “hydraulic lift,” adjustable leg skids, and extras to make their model look like the real thing.
This activity comes with ready-to-print templates, loads of reference
3rd - 6th
Engineering, Geography
Artificial Intelligence Project — Use Problem Solving To Design An AI Model
In this hands-on Artificial Intelligence Design Challenge, students become problem-solvers as they design an AI system to improve something in their classroom or school—such as organization, safety, communication, or accessibility. Students brainstorm real needs, plan how their AI would work, and think through responsible use and ethical choices. This project blends STEM, digital literacy, and communication skills while encouraging creativity and purposeful design. Perfect for technology, STEM,
6th - 9th
Coloring Pages, Computer Science - Technology, Engineering
Solve An Environmental Problem With Artificial Intelligence | Lesson & Activity
In this hands-on AI Design Challenge, students plan and design an artificial intelligence system to help solve real environmental problems, such as reducing pollution, conserving resources, or protecting wildlife. Students brainstorm meaningful issues, design an AI solution, and think through how data, ethics, and responsible technology choices affect the world around them. This project blends STEM, digital literacy, and communication skills while encouraging creativity and purpose-driven innova
6th - 9th
Computer Science - Technology, Engineering, Environment
STEM Kid Engineering and Construction -- Air Rockets x 2
In the Air Rockets project, students build two different air rockets (one “blow rocket” and one rocket with a launching pad) using easy to find materials along with ready-to-print templates. Students build background knowledge about the properties of air and explore the differences between wings and rocket fins through class discussion, experimentation, and the use of a graphic organizer.
Appropriate for grades 3rd-6th—included all the instructions a teacher will need, ready-to-print templates
3rd - 6th
Engineering
Food Truck Project Simulation - STEM Economics and Design
Food Truck Project may be used alternately as an independent study, for small groups, or engage the entire class in a cross-curricular simulation. All instructions are written so that students working independently may take direction on their own with minimal teacher support. Teacher notes are provided to support teachers in guiding students when needed. The Food Truck Project is presented as a series of sub-units, best used in the order they appear, but adjustable to time available by selecti
4th - 7th
Economics , Engineering
CCSS, NGSS
5.MD.B.2
, RL.5.1
, 3-5-ETS1-3
+1
Also included in: SIMULATIONS Real-World Projects GATE Bundle Gifted
VEX IQ STEM Lab: Intro to Robotics Mini-Builds | Gear Ratios & Mech. Advantage
Master mechanical motion with your VEX IQ kits! This student-ready worksheet is the perfect companion for hands-on exploration of complex mechanisms. Designed for introductory robotics students, it challenges them to analyze the movement and purpose behind four essential builds. I use this with my 7th graders in my Intro to Robotics classes. What's Covered in this Worksheet:Belt Drives: Analyzing pulley speed, direction, and function.Cam and Follower: Understanding how shape creates specific ou
6th - 8th
Computer Science - Technology, Engineering, Robotics
STEM Kid Engineering -- Toy Car Air Propulsion Challenges
In the Toy Car Propulsion Challenges, students use the engineering process to plan, design, and build a system for a toy car to be propelled by a balloon and a blow dryer. A complete teacher dialogue following the lesson helps students discover the concept of air pressure.
Appropriate for grades 3rd-6th—included are directions for the challenges, sample solutions, additional teacher instructions including a complete script for teaching air pressure, and the full lesson.
This lesson is great
3rd - 6th
Engineering, Physical Science
Also included in: Gifted and Talented for Busy Classroom Teachers - Over 350 pages!
Kid Engineers Build Test Calculate and Share SIMPLE MACHINES - STEAM GATE
Build simple machines like engineers. Test them like scientists. Understand them like scholars. Present them like professionals. Even in our 21st Century technological world we still need designers, engineers, and craftspersons with a solid understanding of the basics to provide the tools to get the job done. How would you feel, after all, if your calculus teacher didn’t know the times tables? If you teach engineering, thrive in an active, hands-on environment, or guide gifted learners, Si
4th - 7th
Engineering, Physical Science
CCSS
6.RP.A.3
, 6.RP.A.3a
, 6.RP.A.3b
+9
Inventions Research Project
I have attached a list of suggested topics, timeline and rubric to assist the children as they progress through the project. The timeline will guide them through an organized and well planned preparation for their oral presentations and it must be adhered to. The length of the actual presentation should be approximately 5 minutes. Students should share a wealth of information with classmates. Please encourage your child to do extensive reading on his/her chosen topic. During the actual
4th - 9th
Engineering, English Language Arts
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