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Robotics Academy Certified ROBOTC Training for VEX EDR (On-site)


With five days of hands-on training, learn how to teach using ROBOTC. Using VEX Robotics hardware, learn how to utilize the EDR, navigate the LCD display, and work with multiple sensors!


On-site classes fill up rapidly. Early registration is recommended.

If you are paying by Check or Purchase Order (PO), please fill out the Registration Form.

You can use a credit card by paying through the Robomatter Store.

Introduction to the ROBOTC Programming Language

– How to program in a syntax-based language
– How to break down robot’s “big” tasks into manageable behaviors
– Using pseudocode
– How to downloading ROBOTC firmware
– How to download and run programs on robot
– Basic movements
– Improved movements with VEX Quadrature Encoders
– Advanced programming – loops, conditionals, functions, parameters, and variables
– Remote control with VEX joysticks
– How to assign functions to joystick buttons
– Additional sensors including the Ultrasonic Rangefinder and Limit Switch
– How to run a VEX Competition
– Learn how to program and operate the EDR system
– Teaching and classroom tools
– Troubleshooting and tips


Requirements


Class attendees use Robotic Academy’s computers, robot kits, curriculum and programming software during the week. No extra purchases of any hardware or software for this course are necessary.

If you would like to purchase additional Robotics Education materials through our store to use at home after training, you can do so by visiting the Robomatter Store.


Syllabus


Day 1 – The morning will introduce how to break down your robot’s tasks into manageable Behaviors, how to do Program Planning, what Firmware is and how to download it, and how to download and run programs on your robot. In the afternoon, you will program your robot to maneuver through a pre-planned course using ROBOTC Graphical Natural Language with timing and Encoder-based movements, and then using the different Sensors in the VEX system.

Day 2 – In the morning, you will learn how to improve your robot’s decision making capability by adding Loops and Conditional Statements into your ROBOTC programs. In the afternoon, you will transition into text-based ROBOTC and learn how to turn Behaviors you’ve written into efficient Functions. You will also learn how Parameters, or Variables, can be used to make Functions more usable.

Day 3 – In the morning you will learn how to use signals from the VEXNet Joystick Controller to enable remote control in your programs. You will use the joysticks to control the robots drive train, and Timers to determine how long you maintain control. In the afternoon you will learn how to combine signals from the VEXnet buttons and the Limit Switch/Potentiomer sensors to precisely control the robot arm. You will also learn how to assign Behaviors to the VEXNet buttons, causing the robot to perform a series of actions when a button is pressed.

Day 4 – In the morning you will learn how to use the Ultrasonic Sensor to detect objects and the Line Tracking Sensors to detect and track lines. The afternoon session will continue with line tracking algorithms and will lead into advanced debugging using the VEX LCD screen and accurate turning using the Gyroscopic Sensor. The class session will culminate in a challenge that incorporates all of the topics and lessons learned over the past four days.

Day 5 – This class session serves as a wrap up to answer any outstanding questions and/or conclude any unfinished instruction. You will also learn about the Robotics Academy’s emerging technology and will receive live demos (including hands-on software) of the Robot Virtual Worlds software. You will be introduced to the current VEX Robotics Competition and VEX IQ Challenge. You will receive a CD containing worksheets, PowerPoint presentations, pictures, and videos that were used in presentations during the week at Carnegie Mellon.

Class content is subject to change.


Tuition Cost – $999


Tuition includes 5 days of on site training and use of Robotic Academy’s computers, robot kits, curriculum and programming software during the week. You do not need to purchase any hardware or software for this course. Lunch is provided as part of tuition Monday through Thursday.

If you are paying by Check or Purchase Order (PO), please fill out the Registration Form.

You can use a credit card by paying through the Robomatter Store.


Dates


Class begin on the dates listed below and run 5 consecutive days at the Robotics Academy training facilities in Pittsburgh, PA.

July 11th – 15th, 2016 [FULL]
August 1st – 5th, 2016 [FULL]


Schedule


Monday – Thursday class sessions start at 9:00 am and end at 4:00 pm. Friday class ends at noon. Lunch is provided Monday through Thursday. Other meals, transportation and lodging are not included.


Directions


The Robotics Academy is located within the National Robotics Engineering Center, which is located in the Lawrenceville section of Pittsburgh, PA.

National Robotics Engineering Center
Ten 40th Street, PA 15201
Phone: (412) 681-7160


Lodging


Guests are encouraged to consider staying at the Shadyside Inn. The Shadyside Inn is located a few miles from the NREC, offers shuttle service, and is located near Pittsburgh’s eclectic Walnut St. Many teachers have stayed at the Inn and endorsed its amenities. Be sure to ask about their special University Rates.

Other lodging possibilities:
Courtyard Pittsburgh / Shadyside
Holiday Inn, University Center / Oakland


Additional Information


Refunds

To be fair to the registrants in the sessions, we cannot give refunds once a class is full.

During Training

The Robot ALGEBRA Project
ROBOTC

Upon Completion

– ACT 48 credits / 36 hours per class (for Pennsylvania teachers only)
– Certificate of Completion for course ‘graduates’ – may be used to apple for Continuing Education hours
– Data CD containing worksheets, presentations, programs, and images used by presenters during week of training

Classroom Resources

For teachers who want to prepare their classroom for robotics instruction, these items are recommended:

VEX Curriculum
VEX Competitions
Parametric Solid Modeling Resources
VEX Resources
Teaching ROBOTC for VEX

For teachers who want to prepare their classroom for robotics instruction, the purchase of one robot for every two students is recommended. For a class size of 24 students, the following materials are recommended:

VEX Hardware Bundles
VEX Software Guide


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