=== Control Systems/ Software Training Curriculum

==== General Skill Set
* Team Building
* Robocode
  * Software fundamentals.  
  * Java Programming Basics
  * Computer focused.
  * Individual Challenges/ Competition
* Minibots
  * Basic bot usage and control with java.
  * Sensor, Drive manipulation with java.
  * Small Team challenges 
* Midbots (Peanut, etc)
  * Roborio
* Software Development Practices (CM, Design ,etc)
  * Git
  * Testing
  * Basic Design
* Problem Solving/Debugging

Three skill levels that build on their predecessors.   Not all students start at level one.   

==== Skill Level 1:  Students new or beginners at Java programming ([http://robocode.sourceforge.net/ Robocode])
  * Compile in Java
  * Eclipse
  * For while loops,if statements, functions. 
  * Supplement with online training resources (on own time)
  * '''Zhaozhou running point on this task.'''
  * Action: Talk to dev lead, identify key constructs, create a few exercises on Robocode.  See something working, change it, create something new.
    * Set up robocode environment.
    * Show idea/walk them through it.
    * Have them make changes. 
    * Custom activity/challenge.

==== Skill Level 2: Familiar with simple programming, no embedded/io/robot experience ([PiBotHardware Minibots])
  * Bots are fully built up front with OS installed.   A bit of risk given timeline.
  * Equipment Familiarization
  * Basic IO manipulation with Java
  * Drive manipulation/autonomous without sensors 
  * Sensor manipulation
  * Integration Challenges
  * '''Chris D running point (Alan helping).'''
  * Action:  Build minibot.  Come up with exercises like above.
    
==== Skill Level 3: Familiar with embedded java/simple robots (Midbots/RoboRIO/WPILib)
  * RoboRIO
  * FRCSim    
  * WPILib
  * '''Alan running point'''
  * Action: Get simulator running, figure out what there is to learn.