Microbit 37 in 1 sensor starter kit
This Microbit 37-in-1 Sensor Starter Kit offers a complete and engaging way to explore electronics, coding, and STEM education through hands-on experimentation. Designed for beginners and advanced learners, the kit includes a wide range of sensors that simplify the process of building real-world projects.
Moreover, users can connect multiple modules to the Microbit board, allowing them to explore different input and output systems. As a result, learners quickly understand how sensors interact with code and hardware.
In addition, the kit supports MakeCode and MicroPython programming, enabling a smooth transition from visual coding to advanced scripting. Consequently, students develop both foundational and advanced programming skills.
Furthermore, the included tutorials and projects guide users step by step, making learning structured and enjoyable. Therefore, this kit becomes an ideal solution for STEM classrooms, workshops, and home learning environments.
✅ 3. Product Specifications
- Compatibility: BBC Microbit V1.5 & V2 (board may not be included)
- Components: 37 sensor modules + sensor shield
- Programming: MakeCode, MicroPython
- Sensors Included:
- Temperature sensor
- Light sensor (photocell)
- Ultrasonic sensor
- Sound sensor
- Magnetic sensor
- Gas detection module
- Projects: 40+ practical STEM projects included
- Power: External power supply supported via shield
- Learning Level: Beginner to intermediate
- Build Type: Plug-and-play sensor integration
✅ 4. Subjects Covered
Electronics & Sensor Technology
- Sensor integration and calibration
- Analog and digital signal processing
- Input/output systems and data reading
Coding & Programming
- Block-based coding with MakeCode
- MicroPython programming for sensors
- Algorithm design for automation
Robotics & Automation Basics
- Smart system development
- Environmental data monitoring
- Real-time sensor feedback systems
STEM Learning & Engineering
- Experimental learning methods
- Problem-solving strategies
- Engineering project design
✅ Activities Included
Setup & Assembly Activities
- Connect sensors using the shield interface
- Configure modules without complex wiring
- Prepare circuits for testing
Programming Activities
- Code sensor-based automation
- Create LED, sound, and display programs
- Develop interactive input-output systems
Experimental Learning Activities
- Build temperature monitoring systems
- Create motion and light detection projects
- Test environmental sensing applications
Advanced STEM Projects
- Design smart home prototypes
- Combine multiple sensors for automation
- Simulate real-world IoT-like systems
✅ 6. Benefits for Students and Teachers
For Students
Learners gain hands-on experience with electronics and coding while building interactive projects. Additionally, they strengthen logical thinking and creativity through experimentation.
For Teachers
Educators can easily integrate this kit into STEM lessons because it offers structured projects and clear tutorials. Furthermore, it enhances engagement through practical and collaborative learning activities.
























