STEAM

In this engaging course, young builders will embark on a thrilling journey of creativity, problem-solving, and technology. They will be using the LEGO SPIKE System (the latest edition) to design, build and modify a variety of projects designed to solve real-life problems. Students will learn about electricity and energy transfer concepts, develop problem solving skills through iterative design, and drag-and-drop coding skills to power and

In this engaging course, young builders will embark on a thrilling journey of creativity, problem-solving, and technology. They will be using the LEGO SPIKE System (the latest edition) to design, build and modify a variety of projects designed to solve real-life problems. Students will learn about electricity and energy transfer concepts, develop problem solving skills through iterative design, and drag-and-drop coding skills to power and

In Coding & Robotics (Gr. 5-8), students will learn how to build more sophisticated machines powered by the Micro:Bit microcomputer and the MakeCode program. They will begin to learn how to translate block code into Python and use it to program more advanced robotics extensions like ultrasonic distance sensors, soil moisture sensors, and more!

In Coding & Robotics (Gr. 5-8), students will learn how to build more sophisticated machines powered by the Micro:Bit microcomputer and the MakeCode program. They will begin to learn how to translate block code into Python and use it to program more advanced robotics extensions like ultrasonic distance sensors, soil moisture sensors, and more!

LEGO Robotics (Gr. 1-2) is an introductory course for students to develop their engineering, design, and programming skills. They will be using tools such as the LEGO Essential Kit and the LEGO Education SPIKE app to design, build and modify a variety of projects designed to solve real-life problems. Students will learn about electricity and energy transfer concepts, develop problem solving skills through iterative design,

New to Woodworking? Join us in a fun, exploration-based woodworking environment to safely learn hand and power tool techniques, build structures, and finish projects with precision. Over the course of several projects, students will gain skills, accumulate experience and build confidence using various tools such as a belt sander, scroll saw, drill press, hand saw, miter box and more!

Design and build a programmable remote-controlled tank powerful enough to battle other robots! Battle Bots teaches the fundamentals of electricity & circuits, programming, and fabrication, serving as an introduction to how these three maker skills can be integrated to build a fun and complex project. Our battle bots are powered by a microcontroller and custom 3D-printed parts.

Students will learn how to create architectural scale models using our Tiny Home kit and 3D design software. Students will see their designs come to life, learning how to draft and sketch floor plans and construct their modular tiny home. They will also tackle furniture design while assembling 1:30 scale IKEA furniture, wiring LED lamps, and utilizing 3D printing customized furniture.

LEGO Robotics (Gr. 1-2) is an introductory course for students to develop their engineering, design, and programming skills. They will be using tools such as the LEGO Essential Kit and the LEGO Education SPIKE app to design, build and modify a variety of projects designed to solve real-life problems. Students will learn about electricity and energy transfer concepts, develop problem solving skills through iterative design,

Inventor: IGNITE allows the graduates of our Mini-Makers and SPARK program, as well as beginner Inventors, to start working with 2D and 3D design software and circuit building, allowing them to translate what they see on a screen into something they can build with their hands! They will learn how to connect their projects to real world understanding as well as their school curriculum, and

Inventor: IGNITE allows the graduates of our Mini-Makers and SPARK program, as well as beginner Inventors, to start working with 2D and 3D design software and circuit building, allowing them to translate what they see on a screen into something they can build with their hands! They will learn how to connect their projects to real-world understanding as well as their school curriculum, and invent