Students are given the scenario: You want to start a new summer business while you are off from school, you want to make and sell snow cones at your local playground, but you don’t want them to melt on the walk there. Can you design and create a container that will slow down the rate at which your snow cones will melt?  Criteria include the size of the container and the determination of the temperature.

Looking for a fun way to teach both scientific method and cybersecurity? Well great job, you found it. Students will not only learn 5 characteristics to making a good password but they will also be using all of their 2.1, 3.1, and 4.1 strands to build and rebuild a structure using different materials that are probably inside your classroom right now.  Need a STEM activity for a club day? Need a “Friday and I can’t teach anymore content” lesson? This is for you. Roll up your sleeves and let the students do the work and problem solve in a simple and fun way.

Let’s learn circuit knowledge while playing!  Students will have access to a variety of electronic components (kits) to design, assemble and troubleshoot different types of circuit designs.  Will you sound a horn, blow a small fan, operate a speaker or make a traffic light?  The possibilities are endless! 

What better way to use technology than to keep track of your students during an at home project! This lesson will help you track your students’ progress and keep them on task as they work from home. 

Magnets are Amazing! Students will enjoy this review lesson discovering and creating things with magnets.  Students will also learn how magnets are essential to electronics and talk through troubleshooting

This gives students two different things to do with what they have learned and read about Storms and precipitation. Not only will students have a good time using stamps but they can also take what they read and interpret it into a graph. This is a very vital skill throughout school all the way up until 12 grade.

This lesson will track the weather for a week.  It will get students actively engaged in checking the weather.  This will help teach responsibility as a child can prepare how to dress for the weather as well.  Students will learn great science vocabulary as well as spark an interest that may lead to further weather investigations.

Students will gain experience and knowledge using technology while learning. They will learn how to solve their tech problems and learn about the pumpkin life cycle!  

This is an exploratory lesson over two days to allow students to code a Dash Robot to explore the principles of force on objects in an obstacle course.

After modeling weathering and erosion, students are presented with the scenario: The Erosion Engineers company has hired your team to help them create a way to protect the hills of the Appalachian Trail from eroding during the heavy rainfall and winds from the next incoming hurricane. You must design and create a barrier of protection of the land from water and wind erosion, that will significantly reduce the negative effects of weathering and erosion.

This lesson connects the invention of the x-ray by Tesla to the artwork of Austrailian Aboriginals.

This resource incorporates the 5E instructional model, allowing student engagement and collaboration through an interactive scaffolding activity. The literacy connection section of the resource incorporates literacy across the mathematics curriculum and the design challenge section allows students to think outside the box as they apply their own knowledge, skills, and abilities to elaborate on the final product. Section 1 - The literacy connection section allows teachers to use this activity in a whole class setting and benefits students as it allows them to explore the story sequencing of the lifecycle of the caterpillar in an active and creative environment. This activity encourages active listening skills and student ownership as it encompasses the 5E instructional model. Section 2  - The design challenge is an enrichment activity, where students are able to work as a team and construct an explanation for their design challenge. Allowing student ownership in the early ages of the design model enables student accountability in the learning process. Original resource - This is a remix of The Very Hungry Caterpillar from Illustrative Mathematics resource https://tasks.illustrativemathematics.org/content-standards/tasks/1150. 

Students will love and enjoy this lesson based from the popular book, The Very Hungry Caterpillar by Eric Carle. Within this lesson, students learn the concept of sequencing and will practice this process as they help their caterpillar navigate a maze. Students will also develop an understanding that the life cycles of butterflies also occur in a sequence.

Teachers will be able to use this lesson virtually or in-person! This Google Slide deck lesson can also be downloaded as a PowerPoint! Speaker notes are included which make it easy for teachers or substitutes to teach this lesson!Read Aloud: The VERY Impatient Caterpillar by Ross Burach*Literacy Objective: Students will be able to make text-to-self connections.*Science Objective: Students will be able to identify the stages of the butterfly life cycle.*Art Objective: Students will be able to draw a butterfly and show understanding of symmetry and warm and cool colors. Hampton Oaks Elementary School (Kari Nugent, Annie Schmidt, Lindsey Bruce, Melissa DiAscro, & Rebecca Fausett)

 This assessment fulfills the requirements for grade 3 science Earth Space Systems for the local alternative assessment. 3S-ESS4  The student will investigate and understand basic patterns and cycles occurring in nature. Key concepts include:c. plant life cycles. 

Students will compare the technology of weather instruments long ago to weather instruments today. They will then make a weather vane and compare it to a weather vane connected with technology. 

Students investigate what affects evaporation as they plan their own investigation with teacher guidance.  The data book outlines the development process.  This investigation helps lead students to going beyond a ‘cookie-cutter’ investigation and guides them to designing their own original investigation.  

Students will troubleshoot to determine which solid and liquid can be mixed together to make a the cauldron fizz over.