The Computing and Programming Tools in the Main TLK empower users to explore coding, electronics, and digital creativity. These tools are ideal for hands-on STEM programs, maker spaces, and educational workshops.
Raspberry Pi 400 All-in-One
Sparkfun Arduino Inventor & Starter Kits
ELECROW CrowPi Raspberry Pi 4
Makey Makey
Overview
The Raspberry Pi 400 is a compact computer built into a keyboard, offering an accessible way to learn programming, run applications, and experiment with hardware projects.
Setup and Usage
Connecting Peripherals:
Plug in a monitor using the HDMI cable.
Connect the included power adapter to the Pi.
Attach a mouse to the USB port.
Booting Up:
Insert the microSD card (preloaded with Raspberry Pi OS) into the slot.
Turn on the device by plugging in the power supply.
Exploring Applications:
Use the desktop environment to access programming tools like Python, Scratch, and the terminal for command-line operations.
Applications:
Teach programming basics.
Build simple electronics projects.
Explore Linux-based operating systems.
Maintenance
Keep the keyboard clean and avoid spills.
Update the Raspberry Pi OS regularly for security and features.
Overview
These kits provide everything needed to start building electronics projects with Arduino, a popular open-source platform. Each kit includes an Arduino board, sensors, actuators, and a project guide.
Setup and Usage
Installing the Software:
Download and install the Arduino IDE from the official Arduino website.
Connect the Arduino board to your computer using the included USB cable.
Exploring the Projects:
Refer to the included project guide for step-by-step instructions.
Start with simple projects like blinking an LED and progress to more complex circuits.
Applications:
Teach basic electronics and coding.
Build interactive projects like light sensors or motion detectors.
Integrate with other tools in the kit for advanced creations.
Maintenance
Handle components carefully to avoid bending pins.
Store parts in the original box to prevent loss.
Overview
The CrowPi is an all-in-one kit that integrates a Raspberry Pi 4 with various sensors, a touchscreen, and a keyboard. It’s a great tool for exploring programming, electronics, and STEM education.
Setup and Usage
Powering On:
Insert the Raspberry Pi 4 into the designated slot in the CrowPi case.
Connect the power adapter and press the power button.
Exploring Built-In Lessons:
Access preloaded lessons for Python, Scratch, and Minecraft coding.
Use the touchscreen interface to navigate through tutorials.
Using Sensors and Modules:
Experiment with built-in modules like the buzzer, temperature sensor, and light sensor.
Refer to the user manual for wiring diagrams and project ideas.
Applications:
Conduct workshops on programming and hardware integration.
Build and test prototypes with the included modules.
Maintenance
Ensure the Raspberry Pi is securely seated in the slot.
Clean the touchscreen regularly to remove fingerprints.
Overview
Makey Makey is an invention kit that turns everyday objects into touchpads, enabling creative ways to interact with computers. It’s a fun and simple tool for STEM education and creative projects.
Setup and Usage
Connecting the Board:
Plug the Makey Makey board into your computer using the USB cable.
Clip the alligator clips to conductive objects like fruits, foil, or coins.
Exploring Projects:
Open a compatible application (e.g., a piano app) and touch the connected objects to interact.
Experiment with connecting different materials to create unique circuits.
Applications:
Teach circuit basics and conductivity.
Build creative musical instruments.
Design interactive art installations.
Maintenance
Store the board and clips in the protective case.
Avoid bending or stretching the alligator clips excessively.
General: Avoid exposing electronics to moisture or extreme temperatures.
Raspberry Pi and CrowPi: Use only the provided power adapters to prevent damage.
Arduino Kits: Double-check wiring before powering circuits to avoid short circuits.
Makey Makey: Do not connect the board to high-voltage sources.
Raspberry Pi 400:
No display: Check HDMI connections and power supply.
Slow performance: Update the Raspberry Pi OS and restart.
Arduino Kits:
Code not uploading: Verify the correct board and port settings in the Arduino IDE.
Circuit not working: Check connections and components for damage.
CrowPi:
Touchscreen unresponsive: Recalibrate through the settings menu.
Sensors not working: Ensure proper connections and verify code.
Makey Makey:
No response: Check USB connections and ensure objects are conductive.
Confirm that all items are included:
Raspberry Pi 400 (with power supply, mouse, and microSD card).
Sparkfun Arduino kits (boards, components, project guide).
ELECROW CrowPi kit (Raspberry Pi folding case, accessories).
Makey Makey board and alligator clips.
Clean devices and pack them securely in their designated slots.
Complete the post-use feedback form.