Part 1: Lego and Robots: A great combination

• A brief introduction to the LEGO MINDSTORMS EV3 Software.
• A tour through the features of the EV3 software

Part 2: TriBot: The test robot

• Build TriBot, the test robot.
• EV3 motors and the blocks that control them

Part 3: Sensors

• The Touch, Color, Ultrasonic, Infrared, Gyro and Rotation Sensors
• Build an example program

Part 4: The Switch Block and Loop block

• Switch Block for a Program to make decisions
• Loop block for a program to repeat certain actions
• Create a simple linefollowing program

Part 5: More Complex Programs

• Design, create and debug a large wallfollowing program to make your robot solve a maze.
• Data wires and how to use them effectively
• How to use a swithc block

Part 6: Loop Block

• How to use data wires with a Loop Block
• Loop counters and controlling the loop exit condition
• Variable and constant blocks

Part 7: MyBlock

• Create by grouping other blocks together.
• Share MyBlocks between projects
• Blocks that deal with math and logic

Part 8: Brick Button Block

• Use the Brick Button Block to control a program
• Use the Brick Status ligh block to control the colored lights on the EV3 Brick
• The Display block, and how to design a simple drawing program

Part 9: Arrays in EV3 Programming

• Develop a program that let you give the TriBot a list of commands to execute
• How to store information on the EV3 bricks, manage the EV3 memory and transfer files between the EV3 and a computer
• Create a program that uses a fle to save and restore program settings

Part 10: EV3 as a Data Logger

• Collecting and analyzing data
• Move Steering block

Part 11: Multitasking

• Executing multiple groups of blocks in parallel.
• Multiple sequences

Part 12: EV3 Programming Features

• Create a complex linefollowing program
• Use a proportional-integral-derivative (PID) controller to create a fast and accureate linefollowing machine

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