Learn to program and simulate collaborative robots (cobots) in this hands-on 5-day course. Gain practical experience in robotics simulation, virtual commissioning, and real-time control of cobots to enhance productivity and efficiency in Smart Factory environments.
The Collaborative Robotics Essentials for Smart Factory program provides hands-on training in the use of collaborative robots (cobots) to improve automation within manufacturing environments. Cobots are designed to work safely alongside humans, making them an ideal solution for industries of all sizes to enhance productivity, quality, and responsiveness to customer demands. This 5-day course focuses on developing skills for implementing collaborative robotics through digital simulation, virtual commissioning, and practical programming. Participants will:
Master Robotics Simulation Software: Learn to use robotics simulation tools like RoboDK and UFACTORY-Studio proficiently to design and simulate robotic movements before physical deployment.
Develop Best Practices for Robot Simulation: Gain insights into effective robot design practices for creating accurate and efficient simulations.
Program Collaborative Robots: Develop programming skills to control collaborative robots, including movement programming and I/O configurations using collaborative robot programming software.
Perform Real-Time Control: Set up and establish connections between the cobot and PC/laptop, enabling live control and testing of robot movements for real-world applications.
By the end of the program, participants will be able to generate and deploy robot programs using simulation software, ensuring smooth and safe integration of collaborative robots into their operations.
Engineers
Technicians
Technical Managers
Production Managers
Academia with relevant background
None
5 Days
Classroom Learning with RoboDK and UFACTORY-Studio Software.
Proficiently use essential features in robotics simulation software.
Apply best practices for robot simulation design in robotics software.
Create basic robot simulations using the robotics simulation software.
Establish a connection between the robot and a PC or laptop for control.
Perform real-time control of a collaborative robot using dedicated programming software.
Program collaborative robotic movements through simulation and specific programming software.
Execute accurate collaborative robot movements from generated simulation programs.
Control collaborative robot movements using Input/Output (I/O) configurations.
