Electronic Modules 7 MakerSpace Kit: Parts and Project Ideas

By Robot Kits & Laser Cutters for STEAM Education | Published: 2026-11-01

Category: How-to Guides

Learn how to use the Electronic Modules 7 kit in your classroom makerspace. Follow a practical setup process, avoid common mistakes, and find project ideas for STEAM electronics activities.

Quick answer

Start by inventorying the kit against its part list, then build one simple circuit to confirm every module works before planning full projects. Use the kit’s modular design to run short, focused STEAM electronics activities that match your students’ skill level.

Why the Electronic Modules 7 kit suits classroom makerspaces

The kit is built around Makeblock’s Maker Education Solutions and includes a range of mechanical and electronic parts intended for MakeX events. That focus means the modules are designed to be combined in different ways, which helps when you need to run a maker event or a robotics competition. For a classroom, the main advantage is that you can start with a few modules and expand as students gain confidence.

Limitations to plan around

The catalog does not list a detailed part inventory or specify which sensors and actuators are included. Before you design a lesson, open the kit and compare the contents with the part list to see exactly what you have. Also note that the kit is intended for MakeX events, so some modules may be optimized for competition tasks rather than general classroom exploration. If your projects require specific components not included, you may need to supplement with additional parts.

How to set up and use the Electronic Modules 7 kit

Inventory the kit against the part list: Open the kit and check each electronic module against the supplied part list. Group modules by function (power, input, output) so you can see what is available for projects. Missing or extra parts are easier to spot before students start building.
Test each module individually: Connect one module at a time to a power source and verify it responds as expected. Use a simple test like lighting an LED or spinning a motor to confirm functionality. Testing early prevents troubleshooting multiple modules at once during a lesson.
Build a minimal working circuit: Combine two or three modules into a basic circuit, such as a sensor triggering an LED. Follow the connection guidance in the kit’s documentation and keep wiring neat. A minimal circuit confirms that the modules work together before you scale up.
Match projects to module functions: Choose projects that use only the modules you have verified. For example, use input modules for sensor-based activities and output modules for movement or light displays. Avoid planning projects that require modules not included in the kit.
Run a short classroom activity: Give students a clear task, such as making a light that turns on when it gets dark, and provide a wiring diagram or reference build. Circulate to check connections and help with troubleshooting. Short, focused activities reduce frustration and keep all students engaged.
Document and store the kit: After the activity, have students help sort modules back into labeled bags or compartments. Take a photo of the organized kit to use as a reference for next time. A consistent storage system saves setup time and prevents lost parts.

Product facts

MakerSpace Kits - Electronic Modules 7: Includes electronic modules intended for MakeX events. These modules are designed for competition-style builds, so you can use them for robotics challenges and maker events that mirror MakeX tasks.
MakerSpace Kits - Electronic Modules 7