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Using Arduino to create your own self-tracking tools. Dr Lukasz Piwek @motioninsocial

Using Arduino to create your own self-tracking tools

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Page 1: Using Arduino  to create your own  self-tracking tools

Using Arduino to create your own self-tracking tools.

Dr Lukasz Piwek @motioninsocial

Page 2: Using Arduino  to create your own  self-tracking tools

Why Arduino for QS?

cheapraw data

modular/ expandable open-source

Page 3: Using Arduino  to create your own  self-tracking tools

Step 1: Get starter pack to learn basics

Official Arduino kit Cheap SainSmart

Page 4: Using Arduino  to create your own  self-tracking tools

Step 1: Get starter pack to learn basics

Page 5: Using Arduino  to create your own  self-tracking tools

Step 2: Think about the goal of your Arduino project

Page 6: Using Arduino  to create your own  self-tracking tools

Ask questions such as: g

What components do I need? How do I connect those components? What code do I need to make it work?

h

Step 3: Brake your project into small actionable goals

Page 7: Using Arduino  to create your own  self-tracking tools

Battery (power)

Arduino Pro Mini (brain)

GPS (sensor)

microSD (memory)

Components

Step 3: Brake your project into small actionable goals (example)

Page 8: Using Arduino  to create your own  self-tracking tools

Connectivity

Step 3: Brake your project into small actionable goals (example)

Page 9: Using Arduino  to create your own  self-tracking tools

Connectivity

Step 3: Brake your project into small actionable goals (example)

Page 10: Using Arduino  to create your own  self-tracking tools

Code

Step 3: Brake your project into small actionable goals (example)

Page 11: Using Arduino  to create your own  self-tracking tools

Step 4: Test, Succeed (or Fail), Refine, Test, …

Page 12: Using Arduino  to create your own  self-tracking tools

[email protected]@motioninsocial

motioninsocial.com

thank you!