CS Summer of Fun 2025

Learn the basics of using GeoGebra, including pre-made apps and lessons. Learn basic tools and commands, including using variables and sliders for interactive content. No prior knowledge of GeoGebra is needed.

Join this interactive session on using Polypad to visualize math concepts with your students in grades 6-12 and deepen connections to Computational Thinking. Learn how Polypad can make topics like algebra, geometry, and probability more accessible. Experience how this free suite of virtual manipulatives can bring out the beauty and excitement of math, and leave with new ideas for engaging and inspiring your students.

Note: Polypad is also excellent to use with elementary students; All are welcome!

Learn how to use GeoGebra geometry tools and commands to create and manipulate geometric constructions and how to create interactive geometry explorations for learners. Explore existing GeoGebra resources and activities that you can use as-is or adapt.

Explore the use of CODAP with social studies content. Look at the World Cities example dataset and Investigating U.S. Society with Data (USS-DATA) resources. Learn how to upload and analyze your own data set using a .csv file.

Learn to use GeoGebra Script to add code to GeoGebra apps. Topics will include using variables, Boolean operators, input boxes, and animation to create interactive apps based on the GeoGebra graphics window.

Get ready to combine coding, creativity, and problem-solving with Sphero BOLTs! In this interactive session, educators will learn how to design and program a mini golf course where Sphero BOLTs act as the golf balls. Participants will explore block-based coding to navigate obstacles, adjust speed and angles, and create engaging course challenges. Through this hands-on experience, educators will discover how computational thinking, physics, and engineering concepts come to life while fostering collaboration and critical thinking in the classroom, making the learning both fun and interactive!

Take narrative writing to a new level with Twine, an easy-to-use, free, open-source tool your students can use to create interactive, non-linear stories. Like a choose-your-own adventure book, Twine allows writers to build non-linear stories, identifying where choices should be made, and how the choices will impact the plot and character development. In this interactive session, we’ll use narrative writing as a focus when using Twine, and also brainstorm the diverse applications this tool has in a classroom. This session is accessible for beginners, but Twine has depth for those who desire more coding.

Come and do space science!!  Experience 4 different space related activities. AMDrop towers provide teachers with the chance to explore the physics of gravity, acceleration, and impact forces. Teachers will design drop tower models to study how varying object masses and heights affect speed and force upon impact. Understanding impact craters is an essential part of planetary science. In this workshop, teachers will simulate meteorite impacts and study the resulting craters to gain insights into the forces that shape planets and moons. Teachers will create craters in different materials and observe how variables like speed, angle, and the type of material impact the shape and size of the crater. PMWaves play a critical role in space exploration, particularly in communication systems. Teachers will explore how electromagnetic waves, such as radio waves, are used to transmit data between spacecraft and Earth. Teachers will gain practical experience designing simple circuits using Tinkercad, a user-friendly online tool for 3D design and electronics simulation. By creating circuits that power various devices, teachers will understand the foundational concepts of electrical engineering that are used in space technology, such as the circuits that power space probes, satellites, and space stations.  Limited to 15 participants.

Come and do space science!!  Experience 4 different space related activities. AMDrop towers provide teachers with the chance to explore the physics of gravity, acceleration, and impact forces. Teachers will design drop tower models to study how varying object masses and heights affect speed and force upon impact. Understanding impact craters is an essential part of planetary science. In this workshop, teachers will simulate meteorite impacts and study the resulting craters to gain insights into the forces that shape planets and moons. Teachers will create craters in different materials and observe how variables like speed, angle, and the type of material impact the shape and size of the crater. PMWaves play a critical role in space exploration, particularly in communication systems. Teachers will explore how electromagnetic waves, such as radio waves, are used to transmit data between spacecraft and Earth. Teachers will gain practical experience designing simple circuits using Tinkercad, a user-friendly online tool for 3D design and electronics simulation. By creating circuits that power various devices, teachers will understand the foundational concepts of electrical engineering that are used in space technology, such as the circuits that power space probes, satellites, and space stations.Teacher registered by Jul 1, 2025 will receive a classroom kit for each activity. Limited to 15 registrants.

Explore how the BBC micro:bit can be a powerful tool for teaching Python coding and cybersecurity using the no-cost curriculum from CYBER.ORG. In this hands-on workshop, you’ll dive into lab activities using the micro:bit to explore topics like encryption and radio networks. No prior cybersecurity experience is required—come ready to explore, engage, and empower your students with the world of coding and cybersecurity!Target Audience: intermediateFormat: Session