Let's Build It - Engineering


This class takes a hands-on approach to engineering, allowing students to directly engage with basic engineering concepts through a variety of fun and educational activities. Students will improve their problem solving, math, and physics skills – all while engaging in exciting building projects. Each trimester-long unit will focus on a specific area of engineering, like flight, bridge building, and tower construction. No previous experience is necessary, just a desire to learn and build. Each student will receive an award on the last day of the session, and have the opportunity to earn Energy Belts to demonstrate their learned skills!


Crazy Circuits Engineering An Electrifying Experience!

Electronics is an exhilarating, cutting-edge area of engineering. In this unit, students will design, build, and test various circuits and electronic projects. Instructors will guide students through core concepts of electrical engineering, introducing them to circuits and electrical components. Students will use hands-on projects and experiments to explore how electricity is part of our daily lives. Projects include: a disc launcher, electronic games, musical instruments, alarms, and more, along with fun-filled class activities!


Chain Reactions Engineering Watch it Go!

The ball rolls down the ramp, turns the switch, that moves the post, that activates the zip-line, that knocks the ball down the ramp and into the goal! In this STEAM program, students will be building Rube Goldberg Mouse Trap chain-reaction machines featuring levers, pulleys, and other simple machines. Engineering and physics concepts will be introduced and reinforced through hands-on, innovative lessons and creative play time. Problem solving skills and teamwork will be put to the test. On the final class, there will be a building competition!


Robotics Engineering Let's Build a Robot!

Enter into the fascinating world of robotics. In this exciting STEAM program, students will design, build and test their very own robots under the guidance of an experienced AES instructor. Projects include remote control cars, claws, cranes, crawlers, and battle bots. Educational components include gear ratios, mechanical design, electronics, and robotics engineering.