Advanced

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Robotics 3 / Project credit or 3 credit DTFI

At the 30 level students will independently explore projects of their choice.  This can be done through:

• Robotics credits below 

• or

• Design Thinking for Innovation credits

Electronics and Programing

1. Identify and assemble the required components to build a frequency remote control or microprocessor control for a robotics unit

2. Identify various microprocessor control systems and subsystems used in robotic units

3. Explain frequency control or microprocessor control circuits and components in robotics units

For this module you will choose one of four pathways:

• FTC Simulator

• Arduino Sensor Projects

• FRC Programming

• Independent Proposed Project

Design and CAD Project credit

1. Advanced Joints and tools demonstrated though  a design project designed in Fusion306

2. Completion of a 20 level project of significant scope

3. A independent designed project proposed

Example Projects:

• FTC Drive base

• FRC Drive base

• A design project not completed at the 20 level

• A independently developed CAD project