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ROS Crash Course

Learn ROS through hands-on examples and tutorials.

All attendees will be given access to a virtual machine from which to participate in the course content.

Please contact us if you'd like to express interest in attending in the future.

Points of Pride

Register Here

Logistics

Dates:  

Spring 2024. Date and location to be determined.

September 2024. Date and location to be determined.

 

Address:

n/a

 

ROS Version:

ROS2 - Humble Hawksbill

Travel Options

CDME is easily accessible via personal vehicle (free parking), bike, OSU CABS buses, and COTA buses.

On arrival, please look for event signage for directions.

Points of Pride

215+ Students have completed robot training
11 ROS Enabled Robots available for training

Schedule:

 

Morning

Time

Activity

0:00

Introduction:

  About CDME, About AIMS

  Overview Crash Course Content, Highlight full AIMS Course webpage,

  Highlight online ROS resources, Github Resources, etc.

0:15

0:30

ROS Demo

0:45

Overview OCRI & VM usage.

Give everyone access and get systems spooled up.

1:00

1:15

L20: Introduction to ROS

1:30

L21: Architecture 1

1:45

L21: Example Lab

2:00

L22: Architecture 2

2:15

2:30

L22: Example Lab

2:45

3:00

L23: Inspection & Debugging Tools

3:15

3:30

Practice Application

3:45

4:00

 

 

Afternoon

Time

Activity

0:00

Review Content from Day #1

0:15

Git, Github, Git Clients

0:30

0:45

L10 (and some of L11): Introduction to Industrial Robotics

Demonstrate real hardware

1:00

1:15

Review:  Spatial Mechanics

1:30

Review:  Forward Kinematics & Reverse Kinematics

1:45

L24: Robot Descriptions

2:00

2:15

2:30

L30: Path Planning & Motion Planning Concepts

2:45

3:00

L30: Lab Example (generating a path plan)

3:15

ROS Project Organization

3:30

3:45

Recap & Wrap-Up:

  Review ROS & AIMS Resources available publicly.

  Review how to work with AIMS & CDME on future projects.

4:00

Done.