Robotics Projects

Project Description: Practical Training on Industrial and Collaborative Robots

This video showcases the hands-on training conducted during practical sessions in the Master’s program in Mechatronics. The project focuses on programming and controlling various industrial and collaborative robots, including:

• Stäubli Robot: Precision control for high-speed tasks.
• Fanuc Robot: Automation for industrial pick-and-place operations and complex trajectories.
• Collaborative Robot: Safe human-robot interaction for shared workspace applications.
• Epson Robot: High-precision assembly and material handling tasks.

Key highlights of the training include:

• Programming: Using industry-standard software and interfaces for task automation.
• Robot Simulation: Creating and testing trajectories before deployment.
• Control Techniques: Implementing advanced control algorithms for optimized performance.
• Safety Practices: Learning essential safety protocols for operating industrial and collaborative robots.

This practical experience has enhanced skills in programming, control, and real-world application of robotic systems across various industries.