EVENTS
Join us for engaged learning and dialogue in our upcoming events.
Don't miss these unique opportunities to explore, create, and innovate!
Join us for engaged learning and dialogue in our upcoming events.
Don't miss these unique opportunities to explore, create, and innovate!
Looking for an innovative way to implement CA Computer Science Standards? The BBC Micro:bit is a pocket-sized, programmable device that helps learners understand how hardware and software work together. In this workshop, you’ll explore how students can tinker, code, and create with the Micro:bit while engaging deeply with CA CSS. Discover classroom-ready ideas that blend creativity, problem-solving, and hands-on computing.
We know that solar power can lower our power bills, but can it do anything else? What if we could build some mechanical devices that run on solar power? Let’s try! Come play with solar power, build, tinker, and create, all with the power of the sun.
Looking for an innovative way to implement CA Computer Science Standards? The BBC Micro:bit is a pocket-sized, programmable device that helps learners understand how hardware and software work together. In this workshop, you’ll explore how students can tinker, code, and create with the Micro:bit while engaging deeply with CA CSS. Discover classroom-ready ideas that blend creativity, problem-solving, and hands-on computing.
In this workshop, you’ll explore how students can engage in the Engineering Design Process while creating their own playable games using simple, everyday materials. Discover how cardboard, paper, straws, and other common supplies can be transformed into unique targets, obstacles, and interactive elements, all driven by student creativity and problem-solving.
In this workshop, you’ll explore how students can engage in the Engineering Design Process while creating their own playable games using simple, everyday materials. Discover how cardboard, paper, straws, and other common supplies can be transformed into unique targets, obstacles, and interactive elements, all driven by student creativity and problem-solving.
