Grey/Bruce Makers
Sydenham Campus
1130 - 8th Street East
Owen Sound, ON
N4K 5N8

MASTERING THE RASPBERRY PI PICO

  • 22/10/2024
  • 26/10/2024
  • 3 sessions
  • 22/10/2024, 6:00 PM 9:00 PM (EDT)
  • 24/10/2024, 6:00 PM 9:00 PM (EDT)
  • 26/10/2024, 9:00 AM 4:00 PM (EDT)
  • 1130 8th Street East Owen Sound, ON
  • 3

Registration

  • Join expert Robert Lovelass as he takes your through the amazing technology of the Raspberry Pi Pico.

    Basic programming and use of the Pico learned over 8 sessions.

Registration is closed

MASTERING THE RASPBERRY PI PICO

3 HANDS ON LAB SESSIONS

Tuesday evening: 6:00 – 9:00pm October 22/2024

Thursday evening: 6:00 – 9:00 pm October 24/2024

Saturday day : 9:00am – 4:00pm ( bring your lunch ) October 26/2024

PRICE $ 180.00

Introduction to Digital Electronics and Microcontrollers

12 hours of hands-on workshops where you get to learn, build, experience digital electronics using Python programming and learn about the Internet of Things. Things that measure the world around us, turn things on and off, and display the results. The Raspberry Pi Pico was developed in the UK to advance the knowledge and understanding that people have for the IoT.

You are provided with and get to keep the “Euler Kit for Raspberry Pi Pico” with access to more than 50 experiments. The circuits and programming are provided.

Pre-requisites:

  • Basic computer skills (Internet: browsing, e-mail, keyboarding)
  • Access to a Lap Top computer to bring to class ( we have a few available but you must have access to a computer at home if using one of ours in class)
  • Patience as you will be working with small devices and wires on a breadboard.

Bring a notebook

What you will Learn:

  • Digital electronics – On & Off, Binary numbers, Voltage, Resistance and Current, circuits and the breadboard
  • Raspberry Pi Pico – features, limits and connection to various pins on the device
  • Integrated Development Environment – Thonny, loading Micropython into the Pico, 1.6 Micropython basic syntax
  • Building Circuits – from the simple to the complex

Max 8 students


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