Note: The example code provided in this kit is for CircuitPython programming language only. Don't worry if you've never heard of CircuitPython before – it's easy and beginner-friendly! :)

Note: Starting from 12 May 2023, the Microwave Radar sensor and RTC module come with presoldered header. 

This microcontroller is very famous among makers and IoT enthusiasts. Raspberry Pi Pico Wireless (Pico W), the 1st MCU board from Raspberry Pi with wireless, launched on June 2022. What's more interesting is that Pico W now comes with a Student Kit! Currently being used by UniMAP students as part of their syllabus, this kit includes a range of resources, including code and schematics, to help users get up to speed quickly. Whether you're a student looking to expand your knowledge or a maker looking to explore new possibilities, this Student Kit is a perfect choice.

With 24 example basic projects included, starting with the basic "LED blinking" project, the kit progresses to more advanced electronic projects with sensors and even IoT projects. The IoT projects are especially exciting, as students will have the opportunity to learn how to apply their projects with IoT platforms such as Telegram Bot, Thingspeak, Blynk, and Adafruit IO. By gaining hands-on experience with this kit, students will be able to take their skills to the next level and create truly innovative projects. 

The Raspberry Pi Pico W is capable of running on C/C++, MicroPython, and CircuitPython. However, for this kit, we will focus solely on CircuitPython, which has gained popularity among makers in recent times. CircuitPython is a beginner-friendly programming language designed for microcontrollers. What makes CircuitPython special is its simplicity and ease of use, which allows even those with no prior programming experience to start tinkering with hardware and building fun and interactive projects in no time. One of the great features of CircuitPython is its built-in libraries for common tasks like controlling LEDs, reading sensors, and playing sounds. This means you don't have to spend a lot of time learning how to write low-level code to get started, but can jump right in and start making things move, blink, and beep.

In addition, CircuitPython has a built-in REPL (read-eval-print loop) that allows you to interactively test and debug your code, making it easier to learn and experiment with programming concepts. And if you get stuck or need help, there's a large and supportive community of makers and educators who can provide guidance and support. Overall, CircuitPython is a great choice for beginners who want to learn programming and electronics in a fun and engaging way. Whether you want to build a robot, create a musical instrument, or perform IoT projects, CircuitPython provides an accessible and enjoyable path to getting started.

This kit is a special collaboration between Cytron and Dr. Asmadi, a lecturer from UniMAP. The kit provides everything students/makers need to get started with CircuitPython and Pico W.

Note: The image above is part of Dr. Asmadi's syllabus using this kit.

Learning Guide:

1. Blink built-in LED
2. Blink LED GP0
3. Running and Blink LEDs
4. Active Low Push Button
5. Serial LCD 06 Internal Temperature Sensor
6. Internal Temperature Sensor
7. Internal Temperature Sensor and Serial LCD
8. DHT22 Sensor
9. DHT22 Sensor and Serial LCD
10. Light Dependent Resistor (LDR)
11. Microwave Radar
12. Buzzer
13. MCP9700 Temperature Sensor
14. RGB LEDs
15. 3V-5.5V SR04P Ultrasonic Ranging Module
16. PIR Sensor Module
17. Neopixel Compatible RGB LED Stick
18. WiFi Connect
19. Telegram Bot
20. Thingspeak
21. Blynk
22. SD Card
23. RTCds1307
24. Adafruit IO

• Based on a powerful and reliable microcontroller, Raspberry Pi Pico W
• 24 basic example projects with code and schematic included.
• Comes with various sensors and actuators, a total of 23 extra components
• Capable of making electronics and IoT projects
• Supports CircuitPython, MicroPython, C, and C++ Programming Language
• Compatible with any computer with a USB port, Windows, macOS, Linux
• Work seamlessly with Raspberry Pi 4 Model B, or Raspberry Pi 400 and Raspberry Pi OS

Note: The code provided is for CircuitPython programming language only.

Raspberry Pi Pico W Specifications:

• 1st Microcontroller Development Board with Wireless from Raspberry Pi Foundation
• 1st Silicon (IC), RP2040 MCU designed from the ground up by engineers of Raspberry Pi Foundation
• Built-in CYW43439, offers Wireless LAN (WiFi) IEEE 802.11 b/g/n (2.4GHz), and Bluetooth 5.2 (not supported during launch)
• Onboard PCB Antenna
• Dual-Core, 32-bit ARM Cortex M0+ Processor
• Flexible clock, configurable max to 133MHz
• Ready with USB Micro B receptor for Power and Data
• Support USB 1.1 Host and Device
• Connected to the USB port and it will appear as USB Mass Storage by default, no driver is needed
• Drag and Drop Program loading method, just like moving files in Windows Explorer
• Comes in 40-pin 21x51 'DIP' style 1mm thick PCB with 0.1" through-hole pins, breadboard-friendly
• Peripheral rich:
  • Extended out 26 multifunction 3.3V General Purpose I/O (GPIO)
  • 23 GPIO are digital-only
  • 3 x 12-bit ADC capable of 500Ksps, Analog to Digital Converter
  • 2 x UART (Universal Asynchronous Receiver/Transmitter)
  • 2 x SPI (Serial Peripheral Interface)
  • 2 x I2C (Inter IC)
  • 16 x PWM (Pulse Width Modulation)
  • 1 x Timer with 4 alarms
  • 1 x Real Time Counter
  • 2 x Programmable IO (PIO) that can emulate high-speed interfaces such as SD card or VGA
  • Built-in 12-bit ADC temperature sensor
• 3-pin ARM Serial Wire Debug (SWD) port
• Onboard Programmable LED
• Simple yet highly flexible power supply architecture
  • Support USB power, external supply, or even battery power.
• Comprehensive SDK, software examples, and documentation
• Officially from Raspberry Pi Foundation
• Dimensions: 51mm x 21mm x 1mm

• 1 x Raspberry Pi Pico W
• 1 x USB Micro B Cable
• 1 x Breadboard (830 Holes)
• 1 x MCP9700 Temperature Sensor by Cytron
• 2 x Push Button
• 1 x I2C Serial LCD
• 1 x DHT22
• 1 x SR04P Ultrasonic Ranging Module
• 1 x Microwave Radar - Human Motion Sensor
• 1 x Buzzer
• 1 x NPN Transistor (2N22222)
• 1 x PIR Sensor Module (HC-SR501)
• 1 x Neopixel Compatible RGB LED Stick
• 1 x 5V Compatible Micro SD Card Adapter
• 1 x DS1307 RTC I2C Module
• 1 x LDR Module
• Resistor:
  • 9 x 330 Ω Resistor
  • 1 x 10k Ω Resistor
• Jumper Wires:
  • 20 x Male to Male
  • 20 x Male to Female
  • 20 x Female to Female
• LED:
  • 3 x Red LED
  • 3 x Green LED
  • 3 x Yellow LED
  • 1 x RGB LED

• Pico W Student Kit Manual Guide

Dr. Asmadi Resources:

• GitHub Resource
• Example projects by UniMAP students

Be Part of Our Growing Raspberry Pi Education Community!