45 practicas de PicoW

100%

45 practicas de PicoW

✓ Published0🌍 Public

Last edited Oct 30, 2025

Created on Oct 30, 2025

This gallery item showcases a structured curriculum of 45 hands-on exercises for the Raspberry Pi Pico W, organized into four progressive levels: basic GPIO fundamentals, intermediate peripheral protocols, advanced Wi-Fi networking, and expert-level systems programming. The visualization presents a tiered list of practice topics, ranging from LED control and button debounce to I2C sensor reading, UDP telemetry, and assembly language blinking. The content functions as an educational roadmap, with each practice naming specific hardware components and communication protocols like UART, SPI, and PWM. The final section includes a formal grading rubric with point allocations for technical functionality, hardware implementation, code quality, and documentation, demonstrating a complete assessment framework for student projects.

AI-generated description

Similar vizzes

Loading thumbnail…

Gist 2c891272ae6fcbec4f6d2e7de448177a

This example demonstrates a catalog of 45 MicroPython lab exercises for the Raspberry Pi Pico W, covering Bluetooth (BLE and classic HC-05) communication and OLED display control. Each exercise pairs a specific practice—such as BLE scanning, sensor data transmission, or relay control—with recommended Android/iOS apps and the primary lab function. The code references the `bluetooth`, `machine`, and `ssd1306` libraries to manage wireless links and render output on the SSD1306 or SH1106 display. The list is structured as a Markdown table, detailing the Bluetooth type, app, and purpose for each numbered activity.

IIoTeacher

72% match

Loading thumbnail…

25aUltimoLDI10prg

This example presents a collection of ten educational MicroPython programs for the Raspberry Pi Pico W, each integrating a digital or analog sensor with an SSD1306 OLED display. The programs demonstrate real-time data visualization, such as a weather station using a DHT22 sensor, and include a custom SSD1306 driver class for I2C communication. The code relies on the `machine` module’s `Pin` and `I2C` classes, along with the `dht` library, and implements a basic 8x8 pixel font for on-screen text rendering. The project targets the Wokwi simulator or physical hardware.

IIoTeacher

71% match

Loading thumbnail…

Templete Wokwi-PicoW en C para programas

This example shows a minimal Arduino sketch template for the Raspberry Pi Pico W, providing a starting point for C-based programs in the Wokwi simulator. The code initializes serial communication using the `Arduino.h` library’s `Serial.begin()` method, prints a greeting message with `Serial.println()`, and then enters an infinite `loop()` with a short `delay()`. It demonstrates the basic setup and loop structure required for microcontroller development, with a placeholder for adding sensor reading or actuator control logic.

IIoTeacher

68% match

Loading thumbnail…

Pracitcas con OLED display acumulativas de LDI

This visualization demonstrates a Raspberry Pi Pico W with an OLED display, combining two interactive exercises. The first shows a regional weather menu with five simple animated icon bitmaps controlled by physical buttons. The second displays a short, pre-prompted response from the OpenAI API, such as a joke or recipe, with the output truncated to fit the screen. The code uses the `ssd1306` library for OLED rendering and the `urequests` library to call OpenAI's chat completions endpoint, managing the API response text for clear on-device display.

IIoTeacher

67% match

Loading thumbnail…

Listado de practica microbit ISC Interfaz (descanzo en alto nivel)

This example presents a curated list of 50 intermediate and advanced practice exercises for the Micro:bit v2, organized into two clear levels. It shows a structured table of contents, detailing each project's number, name, and a brief description of its functionality. The visual output is a straightforward rendering of the provided Markdown file, likely using a Markdown parsing library to display the data in a clean, readable HTML table format. The source is formatted as a Gist on GitHub.

IIoTeacher

65% match

Loading thumbnail…

Práctica: Pico W como cliente IoT con API Key — 100 proyectos — Lenguajes de Interfaz ITT

This visualization documents a three-layer IoT architecture that connects a Raspberry Pi Pico W to cloud-based large language models, demonstrating a secure proxy solution for HTTP-only microcontrollers. The practice shows a flow diagram of data passing from the Pico W’s MicroPython sensor logic and a local mini-RAG knowledge base, through a FastAPI proxy running on a laptop, to a Google Apps Script backend that holds the API key and calls OpenAI’s GPT-4o-mini. The example uses JSON payloads for data exchange, and renders the architecture as WebGL with a Vue-based interface, highlighting the responsibilities of each layer in a table format.

IIoTeacher

65% match

Loading thumbnail…

Pico:ed Comprehensive Demo (CircuitPython)

This demo turns the ELECFREAKS Pico:ed RP2040 board into an interactive hardware showcase, using the 17×7 IS31FL3731 LED matrix as a live data display. Button A cycles through menu items, Button B activates a feature, and pressing both exits early. A scanner auto-detects external I2C sensors (MPU6050, QMC5883L, HMC5883L) and reports results on the matrix; the on-board RP2040 die temperature sensor drives a real-time readout. Code is a single `code.py` that runs directly from the CIRCUITPY drive, exercising the board's buttons, buzzer, and temperature sensor while adapting to whatever I2C breakout is connected.

IIoTeacher

64% match

Loading thumbnail…

Gist 3db23ae2b492f204b7dbde1886f8224c

This visualization presents a collection of 45 practical exercises for the micro:bit V2, a microcontroller, designed for educational and prototyping purposes. The dataset is a markdown list of activities, each detailing a project that uses sensors for data acquisition and radio communication for transmission. The projects span categories like sports, classroom, environmental science, and STEM, showing how the physical device can be used to graph data. The text shows the projects are intended for graphing events and for creating a radio transmitter between micro:bits to acquire or transmit data, with no code or libraries used in the rendering.

IIoTeacher

63% match