Autonomous robotics is a methodology that enables machines to perceive their environment and make independent decisions to optimize industrial tasks. Through the understanding of their components, participants learn to program cobots that safely collaborate with humans and configure external sensors.

The course is focused on the practical integration of intelligent systems, also introducing the navigation of autonomous ground vehicles and drones.

TRAINING MODULE 1: Introduction to Autonomous Robotics

Definition of the fundamentals of autonomous robotics:

• Characteristics of autonomous robots
• Terminology

TRAINING MODULE 2: Operation of a robot

Identification of different types of robot components:

• Mechanical components
• Electric components: motors and cables
• Electronic components: sensors, motors, CPUs
• Interaction between components: workflow

TRAINING MODULE 3: Collaborative Robotics

Description of the fundamentals of collaborative robotics:

• Basic Tool Settings
• Programming
• Interaction with external sensors

TRAINING MODULE 4: Mobile and Autonomous Robotics

Analysis of mobile and autonomous robotics:

• Land Robots
• Air Robots (UAVs)

More information: Autonomous and Collaborative Robotics Course