This is a TRUE hands-on robotics class that covers the three essential aspects of a true robot: 
Perception
Autonomous decision
Action in the real world

Introducing an incredibly unique learning experience! In this class, the participants actually gain a deep understanding of the concepts of robotics through their own hands-on success through a carefully designed and personally written curriculum. We will walk through the basics of robotics by building an actual autonomous robot! A perfect introduction into the world of robotics for beginners, no experience necessary.

The robot kit is based on the popular micro-controller "MicroBit". This is a powerful yet easy to use and well supported controller.  It can be programmed with both graphical and textual languages. (We will use graphical language in this class) This allows the student to build effective robotics projects without requiring the details of complex coding languages, while supporting those who may already know textual languages.  Programming will be through a web browser, so no software to install, no accounts to create. 

Features of the Robot:
 Ultrasonic sensor, infrared sensor, motors, buzzer, music, led display, servos, accelerometer, magnetometer, avoidance sensor, infrared tracking, Bluetooth remote control, neopixel, micro-usb connection, rubber wheels, light sensor, compass. There is even expansion for servos and serial devices. 

Please see the materials list below for ordering the supplies required for class.

Intended for beginners! The only pre-requirement is the ability to follow instructions and properly handle small parts, wires, etc. and know basic computer literacy (copy, paste, file manager, etc). A webcam is required for participation to receive live hands on help. 

Each class will be filled with lecture, examples, guidance, and then a project is assigned for the week. The projects are completed between class time and then presented the following week in class. 

Class Schedule:

Week 1: Micro-controller
   Connect the micro-controller to the host and perform basic programming

Week 2: Build the Robot
     Build the robot body and sensors

Week 3: Come Alive, Test and Dance!
    In this class we will utilize motors, lights, and sound to choreograph a robot dance routine! Be sure to give the robot a name!

Week 4 : Obstacle Sensors
     This class will focus on the use of distance and avoidance sensors , allowing the robot to explore around the house autonomously

Week  5: Remote Control
     This class we will learn to program the remote to send commands to the robot and control what it does.

Week 6: Robot Races Intro!
      Program the robot to race around the supplied racetrack, fastest robot to complete 10 laps without “falling off Wins!”

Week 7: Robot Races Finals
       Final tweaking of the robot races and announcement of the winner!

Week 8: Neopixel Light Shows
       Learn “indirect” programming and create colorful light shows

Week 9: Following Objects Phase 1
        Program the robot to follow objects using the ultrasonic sensor

Week 10: Following Objects Phase 2
        Add the ability to match speed while following objects as in week 9


This is definitely a fun hands-on class intended for those with an interest in computers and robotics with a capability to perform basic steps required. Younger children or less experienced are welcome with parental supervision to avoid delaying the class progress unnecessarily.