25w19 Plan & Log - Session 1, LP2519

• 25w19 Fun Starting New Learning Package Focusing on Analog Input 

• Recap KB006: Digital Input/Output 

• Basic knowledge input:

  • KB032: Analog Input/Output 

  • KB031: Potentiometer and Voltage Divider 

• PJ022: Fun Multiple LEDs Controlled by Potentiometer with Arduino 

  • Task 1: Wire Potentiometer and LEDs

  • Task 2: Get Analog Input and Inspect Values in Serial

  • Task 3: Use Analog Input to Level Up/Down LEDs

• Good interesting starting, and fun playing with potentiometer

• Successful experience using Tinkercad instead of real components of potentiometer to continue the learning

• Creative students try different ways to solve the task, fun and inspiring

• Forget to bring the box for potentiometer components! Then we worked-around by using Tinkercad for simulation first, then test on the real HW in turns

• A few students showed passive reaction in the learning, seemed a little problem with the motivation or attitude, let's see how to guide later on

• Not prepared much for fika or snacks, a student asked for something to eat before the class, seems that we still need to get some snacks

This is a log as information for today, no need to pay now. We will sum up all the costs to share after finishing the whole Learning Package.

Here is a guideline of cost/fee when learning with us. 

• 6 students participated

• The variable costs to share: 93 Kr

  • 0 Kr: No snack this time

  • 96 Kr: Tutor parking 9:43-12:50

• The fixed consuming materials costs: 20 Kr/student/session

  • 20 Kr per student: Compensate the consuming cost of tools and materials for projects (like printed paper, stationery, cables, batteries, fragile components, etc.)

• So, every participant pays: 93/6 + 20 = 36 Kr

• 10:00-10:35:

  • Introduction

  • Recap KB006: Digital Input/Output 

  • KB032: Analog Input/Output 

  • KB031: Potentiometer and Voltage Divider 

• 10:45-11:45:

  • PJ022: Fun Multiple LEDs Controlled by Potentiometer with Arduino 

    • Task 1 skipped, due to missing potentiometer components, we used Tinkercad for simulated circuit instead

    • Task 2: Get Analog Input and Inspect Values in Serial, basing on Tinkercad simulation, then use the real HW board to test in turns

    • Task 3: Use Analog Input to Level Up/Down LEDs, basing on Tinkercad simulation, then use the real HW board to test in turns

• 10:00-10:30:

  • Introduction of new learning package

  • Recap KB006: Digital Input/Output 

  • KB032: Analog Input/Output 

  • KB031: Potentiometer and Voltage Divider 

  • Demo result of PJ022

• 10:40-11:30:

  • PJ022: Fun Multiple LEDs Controlled by Potentiometer with Arduino 

    • Task 1: Wire Potentiometer and LEDs

    • Task 2: Get Analog Input and Inspect Values in Serial

    • Task 3: Use Analog Input to Level Up/Down LEDs