Robotics

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Robotics

Initiative Description

This training consists of an overview of the essential concepts in order to be able to program an autonomous robot. An important part of the training will be based on practical exercises on a Turtlebot robot. These robots are simple yet complete platforms suitable for learning robotics. Most of illustration examples will be provided by our Robocup team .

Details

Training Objectives

Use ROS (Robot Operating System), use a simulator (Gazebo), implement an autonomous navigation algorithm, make a semantic cartography, implement computer vision and more.

Training Contents

Presentation and use of ROS, Installation and use of a robot simulator like Gazebo, Implementation of a slam algorithm with a TurtleBot robot, Introduction and use of OpenCV library, Creating semantic cartography with a TurtleBot robot.

Digital Innovation Hubs

DIHNAMICS

Technology

  • Robotics
  • CPS
  • Artificial Inteligence

Technique

  • Lecture
  • Workshop
  • Presentation
  • Video
  • Webinar
  • Practical exercices
  • Practical session in lab

Channel

  • Face to face
  • Blended
  • MOOC
  • Online

Technology Absortion Cycle

  • Awareness
  • Configuration
  • Implementation
  • Operation
  • Updates

Target Group

  • Directors
  • Plant Manager
  • Engineers
  • Operators

Instruction Level

  • Fundation
  • Intermediate
  • Advanced

Sector

  • Automotive
  • Aerospace
  • Agriculture
  • Chemical
  • Computer - Software
  • Construction
  • Defense
  • Education
  • Research & Development
  • Energy

Education Level

  • Ocupational Studies
  • Master
  • PhD

Capacity

  • Single
  • 1 to 4
  • 5 to 10
  • 10 to 20

Project

  • CATIE Robotics

Countries where training is provided

  • France

Cities where training is provided

  • Talence

Languages this training can be provided

  • French, English