In honor of Engineers WeekFebruarywe present a variety of hands-on engineering-related activities and lesson plans for your classroom. With these activities, you will help your students grasp engineering principles and their applications in the real world, while potentially inspiring rewarding career pursuits. Resources included at these links include detailed teacher instructions and material lists, as well as informational hand-outs for students, with illustrations, diagrams and often accompanying videos.
All activity ideas are organized by grade level. For grades K Putting It All Together In this activity, students use Lego blocks to create and evaluate different types of structures, learning the basic concepts involved with building and design.
For grades Engineering a Mountain Rescue Litter Trying their hands at Biomedical Engineering, students use common household materials such as baggies, popsicle sticks and straws to construct a rescue litter that is stable, lightweight, low-cost, portable, and sturdy enough to carry a simulated human potato.
For grades Waste Disposal Engineering Solutions Students use Internet resources to explore the side effects of technology, and then design, implement and evaluate solutions for waste disposal.
For grades Animals and Engineering This lesson is part of a series of six, in which students use their growing understanding of various environments and the engineering design process, to design and create their own model biodome ecosystems. Building a Water Clock It sounds complicated, but can be accomplished by middle school students using simple materials such as soft drink bottles and graduated cylinders.
Students will learn about the water clock mechanism operation, while applying critical thinking to evaluate design improvements. Berry Organic Solar Energy High school students working in teams of four build their own organic solar cells to learn how a device made with dye from berries can be used to convert light energy into electrical energy.
Do you see shining engineering potential among your students? One of our missions at Envision is to put learning back in the hands of the students, giving real-world relevance to lessons, while helping students discover their passions. We invite you to share in the effort, and post your own Engineering Week ideas in our Comments section. Experiential Learning. Elementary School Projects For grades K Putting It All Together In this activity, students use Lego blocks to create and evaluate different types of structures, learning the basic concepts involved with building and design.
Middle School Projects Building a Water Clock It sounds complicated, but can be accomplished by middle school students using simple materials such as soft drink bottles and graduated cylinders. Read more. Related Posts.Sign up for the TryEngineering Mailing List to receive email updates on the latest news and information for educators, students and others interested in engineering. Explore areas such as lasers, LED lights, flight, smart buildings, and more through our activities.
All lesson plans are provided by teachers like you and are peer reviewed. Our lesson plans are easy to use and include student handouts and worksheets to print out. To see a full list click here: Lesson Plan Download List.
Select a category of activity or an age range below to find activities suitable for your students. Take our lesson plan survey. Engage students in engineering with easy to use lesson plans. To see a full list click here: Lesson Plan Download List Select a category of activity or an age range below to find activities suitable for your students. Lesson Plans.
Lesson Plans Electricity and Magnetism Energy Lesson Focus This lesson focuses on transformers as one of the most important components in any electrical system.
Students engage in a hands-on activity where they Lesson Plans Energy Solar Power. Lesson Focus The lesson begins by making the point that while Wind Turbines often have dead spells when there is no wind blowing, they can Lesson Plans Electricity and Magnetism AC Motors.
Lesson Focus The lesson begins by outlining the work of some of the early experimenters and the sequence which eventually led to the realization of Lesson Plans Electricity and Magnetism, DC Motors. Downhill Skier.
Lesson Focus Students will learn about the engineering design process and about friction and forces. Students will work in teams to design a skier out EDPfriction. Lesson Plans Light and Heat Me and My Shadow. Students will explore the effects of the location of the Lesson Plans Engineering Design Desert Island Survival. Lesson Focus Students will learn about the Engineering Design Process and design a prototype of a hut able to withstand strong winds on a deserted Lesson Plans Technology Recycling Sorter.
Lesson Focus Students will learn about the challenges waste management centers face and different methods they use to sort recycling. In small teams, students will EDPRecycling.Inspiring and channeling students into STEM careers. The collection includes detailed hands-on activities, a dynamic intro video and PowerPoint presentation, video clips related to themes in the activities, Lockheed Martin engineering career booklets, and more. Read the Engineer Guide to get suggestions and ideas. Download Engineer Guide.
Explore the four forces of flight and modify paper airplane designs in order to fly them more slowly or faster. Students will learn about the engineering process while conducting and observing three launch altitudes using film canister seltzer rockets.
Students will learn how the power of the wind is harnessed and used to make electricity by designing, building and testing wind turbines. Find two short hands-on activities designed to teach elementary students about objects at the nanoscale and the technology that allows us to see these objects.
36 Resources for STEM Project-Based Learning Activities
Students learn how the sun's activity and magnetism drive space weather and impact Earth's living and technological systems. Students will learn how engineers are working with nanotechnology to make metamaterials. Students will explore how light refracts and bends naturally to better understand how scientist are trying to alter the way light bends with metamaterials to create invisibility fields.
Explore how Newton's Third Law of Motion comes into play when launching a projectile like a stomp rocket. Students will work in small groups to design and launch a stomp rocket. Using their knowledge of Newton's Third Law of Motion, students will dicusss how they could modify their rocket's trajectory.
Students will work through the engineering process while designing and testing wind turbine blades. Find two short hands-on activities designed to help middle school students understand that magnifying objects allows them to be seen in more detail and that objects look different at different magnifications.
Students learn how solar activity is monitored and examine the impact the sun has on space weather and Earth systems. As a rocket burns fuel, a hot gas is created and forced out of the back of the rocket.
Students will then use their tested turbine to investigate what happens to the voltage of electricity as it is transmitted along an electrical wire. Expose students to exciting careers in engineering, focused on the area of space exploration and asteroids. Expose students to exciting careers in robotics engineering, with this browser-based game that challenges them to take on the role of an engineer at RoboWorks, a robotics factory.
Expose students to exciting careers in science and engineering while engaging them in learning important concepts about the engineering design process with this browser based game on extreme weather. Use this customizable presentation to give a quick overview of the many different engineering fields—and the difference engineers make in all our lives.
Join two well-versed classroom volunteers from Lockheed Martin for a first-hand look at what to expect and how to make the most of your classroom volunteer experience! The first voyage to Mars is closer than you think. Learn how Lockheed Martin's Generation Beyond will take us there.
Learn more.Build a Planting Machine: STEM education activities for kids
Presented by. The goal: inspire and channel students into engineering and other STEM-related careers.Engineers solve problems. As a STEM teacher in the 21st century, you guide students to solve problems every day. Meet the next generation of engineers! Get their creative minds working with elementary engineering projects, such as a popsicle stick bridge activity or a Play-Doh circuit project. A NASA lesson encourages young engineers to design their own rocket launch platform, while sports fans can predict and test bounce heights of various balls.
Looking for something else? Challenge middle and high schoolers with a soda can steam engine project to practice the principles of steam engines.
Connect engineering with biology in a project that uses biomimicry as a model for student projects. You can also explore the future of genetic engineering, including its benefits and risks, with an informative science video. Just like the advances of engineering, the instructional possibilities are endless. Use our teacher-selected resources as inspiration or download them directly for implementation. The future is here—and Lesson Planet is, too!
Engineering Change If incorrect, please navigate to the appropriate directory location. See more testimonials Submit your own. Get 10 Days Free. Showing 1 - of 7, resources. Lesson Planet. For Teachers 6th - 8th Standards. They experiment with temperature on Get Free Access See Review. For Teachers 3rd - 12th Standards. To begin the learning about dams, learners read or are read to, depending on the age group a passage about how dams work.
Next, they work in groups to use the materials provided to build a small scale working dam. After the experience, Sound engineers investigate the structural design of a musical instrument, the recorder. They work in collaborative groups to choose an instrument to build out of everyday craft materials.
It must be able to repeat a three-note sequence For Teachers K - 12th Standards. Explore the meaning of an engineering problem-solving process. By defining specific world problems, the narrator emphasizes the importance of engineering in our world.
He outlines the engineering process and connects the information to a For Teachers K - 5th Standards. Aspiring space engineers design a rocket launch platform together to explore materials.
The platform needs to be lightweight so that it can be transported easily, but super strong so that it can support the weight of the rocket and its For Students 9th - 12th Standards. A presentation of how engineering based in making something better led to engineering genetics.
Scholars learn that genetic engineering began by selectively breeding plants that had specific characteristics to improve them. The video Sure, you may be able to build a better mousetrap, but what about a gum dispenser?
In a fun engineering challenge, teams must design and build a working interactive gumball machine with specific constraints and criteria.The Next Generation Science Standards are here, and with them come exciting opportunities for teachers to integrate engineering into the science curriculum!
These ideas make up the essential elements of the Engineering Design Process PDF -- a process by which engineers, and now students, identify a problem, design and build a solution, test the solution, and improve on their design. Under each grade band tab, click on the Next Generation Science Standards to learn how each of the engineering standards is used at JPL and see lessons you can use in the classroom.
Ask questions, make observations, and gather information about a situation people want to change to define a simple problem that can be solved through the development of a new or improved object or tool. This helped engineers define what their tool, in this case, a satellite, would do.
One of the most uncertain parts about trying to understand how our climate might change in the future is understanding how clouds might change. Use it in the classroom: Sky and the Dichotomous Key Just as Deb Vane shared the process of gathering information and asking questions to develop a space mission to collect important data about clouds, your students will learn about clouds, then use the engineering design process to develop a solution to a weather-related problem.
Expand on the standard: In the K-2 classroom, students may be aware of a problem or situation they would like to change. Asking questions about a problem, gathering information and making observations can help to clarify and understand the problem. They can ask who, what, where, when, why and how questions about things they see happening in the classroom or at school. They can gather information by counting how many times a situation happens, finding the location of an problem, or taking measurements in the location a problem occurs.
These steps help to define what the problem is and identify what a successful solution will accomplish. Develop a simple sketch, drawing, or physical model to illustrate how the shape of an object helps it function as needed to solve a given problem.
It starts with a drawing. The Mars rover will collect samples of Martian rocks and leave them in tubes on the surface of Mars to be collected by a later mission. That creates a problem to be solved by engineering. Use it in the classroom: Robotic Arm Challenge Try this lesson with your students in which they can design and build a robotic arm, similar to those described by Paulo Younse, from ordinary materials to accomplish a simple task.
Expand on the standard: As a class, or in groups, students will brainstorm solutions to a problem by thinking of objects and tools that can be created or improved to solve that problem. After brainstorming, students will draw or create a representation of the idea in a way that communicates their thinking to others. This could be a basic sketch on paper, a simple computer drawing, or a physical model made from things like toy bricks, clay, card stock or chenille stems.
Analyze data from tests of two objects designed to solve the same problem to compare the strengths and weaknesses of how each performs. LDSD uses a large parachute to help slow a landing vehicle.Why use free math worksheets? These worksheets can save you a lot of time and money and when you are a busy homeschool mom teaching several children, this means a lot.
It is easy to see how free worksheets can save you money. If you want, you can skip buying math books and just use worksheets that you get for free on the internet. All you need to do is use a "scope and sequence" book that tells you what your child needs to be doing in math by age and grade. This book is essential when you homeschool. In all stages above, it is imperative to do oral and mental math. Without this skill, your child will be forever stuck with a pencil and paper. And the more work done on paper with a pencil, the more there is a chance for an error.
And, your child will be stuck following steps instead of "just doing math. Many adults have math phobia, due in no small part to not being able to do mental math. How to do it? While driving, cooking, shopping, sightseeing, almost any situation, you can drill your child on math. How many horses do you see? Count the blue cars. Are their more boys than girls? Be creative. You can even get them to recite the times tables. This will also set the stage for an important skill they must master.
Word problems! How many times have you heard people say they cannot do word problems? The oral problems you make up are just another form of word problems. If your child is used to doing math, without a problem written on paper, your child will not fear word problems. If you adamantly do the above, there is one last step.
Sometimes it is out of your control, but do your best! Put your child in a class where there is an effective algebra teacher, and all math classes beyond sixth grade. You may find this hard, but the only one fighting for your child is you! Kids can use these printable products in many of their activities, projects, assignments, gift decoration or gift wraps, you can even use them as wall hangings and decorations.
They can be used in so many ways that the possibilities are endless. Parents and teachers look for material them can use when focusing on a theme for the children has benefit. As these printables also come in various themes, you can use them in many activities. There are many themes for you to choose from such as sea life, the universe, jungle book, superman and more. Encourage your children to pick up printable products whenever they wish. They might choose a jungle theme for school or home.
You can easily download everything that is related to this or other themes and let them use their imagination. They might pretend to be treasure hunters in a vast jungle or whatever they want to play.With schools closed during the Covid pandemic, ASEE members and other engineering and technology educators are posting daily design challenges, hosting teacher meetups, and creating ways to engage students in STEM learning at home. Read More.
Engineering Teacher Resources
In a companion activity, they engineer methods of removing contaminants. Students in grades 6 to 8 follow the engineering design process while combining mechanical engineering and bioengineering to create a new wristwatch face for a visually impaired student at their school.
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In this lesson, students in grades 2 — 7 use simple materials to design and make model sailboats that must stay upright and sail straight in a testing tank. They will learn the basic components of a ship and how design represents a tradeoff between speed, stability, and ease of handling. In this activity, teams of students in grades 6 to 8 will learn about the engineering design process and how a one-way valve works by creating heart valves from tape, plastic tubing, and other materials.
Tags: adaptive deviceanatomyassistive technologyBiomedical EngineeringClass ActivitiesDesigndisabilityforcesGradeshandLesson Planprosthetic. Buy Now! Posted on April 6th, by Mary Lord.