Physical Computing
Physical Computing
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What is Physical computing?
What is Physical computing?
Physical computing helps Sense - Process - React . It allows to sense external stimuli, follow a process to generate a reaction. It invloves the process of hardware (sensors, LEDs, Buzzers placed on microcontroller boards) and software (via coding) interaction.
Why teach physical computing?
Why teach physical computing?
Physical computing offers opportunities to create digital solutions for real world needs.
Name a few available physical computing devices that can be used by students.
Name a few available physical computing devices that can be used by students.
Arduino, Raspberry Pi, Circuit Playground, and the BBC micro:bit.
Learning Stages (VI to VIII)
Learning Stages (VI to VIII)
Introduction to electronic circuits
Use code to control the electronic circuits
Innovate
Sneak peek into suggested resources for beginners
Sneak peek into suggested resources for beginners
Introduction to Physical Computing
Introduction to Physical Computing
The video gives an introduction to the various elements of physical computing
Understanding an electronic circuit
Understanding an electronic circuit
The video explains the basics of an electronic circuit
Introduction to Physical Computing
Introduction to Physical Computing
Let us understand the basic components that will help us light a LED using these videos
Experience and Reflect
Using the following link:
https://www.tinkercad.com/dashboard
Create a circuit to light a LED with a coin cell.
Create a circuit to light a LED using a 9V battery.
Create a circuit to light a bulb using a 9V battery.
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