Single-day robotics events ignite student interest in technology. Participants build LEGO-like robots with motors, enhancing creativity and skills. After construction, they compete in a freeze-tag game, learning about wheels and drivetrains. Lasting 3 to 4 hours, these events require no prior programming experience, providing a hands-on introduction to robotics through play and collaboration.

This multi-week program introduces the fundamentals of robotics and coding. Start with a visual platform to learn coding concepts. Transition to Python, enhancing coding skills. This hands-on class encourages creativity and problem-solving, fostering a passion for technology. Ignite your child's interest in robotics and coding today!

Dive into the thrilling world of seismic science with our Earthquake Simulator! Designed for young innovators, this interactive experience lets participants understand the power of earthquakes while building their own structures to withstand potential tremors. Join us as we blend education and excitement, enhancing your knowledge of geology and engineering.

Explore the principles of physics and engineering! Utilize basic materials like rubber bands, small wheels, and a lightweight frame to create a self-propelled vehicle powered by the energy stored in a twisted rubber band. This hands-on activity not only fosters creativity but also encourages problem-solving skills as they experiment with different designs and modifications to enhance their car's performance.

Unlock your creativity and engineering skills by designing a fun and interactive pinball game using simple machines! In this workshop, students will discover the fascinating principles of engineering and physics through the fun and interactive process of creating their very own pinball machine. This engaging activity not only fosters creativity but also enhances problem-solving skills and teamwork among participants. Join us in this thrilling project aiming for that elusive high score while enjoying the vibrant atmosphere of an arcade!

Can you create and construct a device that extends outward the largest distance from the edge of your desk? By utilizing plates and/or beams effectively, your goal is to design and build a device that hangs out the maximum distance off the surface of your desk. Learn about the balance point and its significance in various contexts. Understanding the concept of the balance point can enhance your knowledge in physics and even everyday decision-making. Challenge yourself further by building the longest bridge!

This Activity Series is thoughtfully designed to provide students with a hands-on, engaging approach to explore the fascinating concept of landform formation. Through this series, learners will investigate how various changes to the Earth’s surface occur over time, driven by natural forces such as wind, water, and ice. These forces can create a diverse array of landforms, including impressive canyons, towering sand dunes, and sprawling deltas, allowing students to better understand the dynamic nature of our planet.