UR courses

Our ATC, equipped with two cobot stations, is the perfect environment for Basic UR (click here to learn more) and Robot Safety courses. The latter is available in two different modes: Beginner and Expert.
The Robot Safety Beginner course will cover the following topics:
  • Requirements for robotic cells according to EN 10218-2
  • Shelters and protective devices (barriers, laser scanners, radar) according to EN 13857 and EN 13855
  • Collaborative applications, limits and minimum safety requirements set by ISO/TS 15066
The course includes a workshop on carrying out a risk assessment of a real application

The Robot Safety Expert course, in addition to the Beginner course topics, will cover the following topics:
  • Determination of the required performance level (PLr) for functional safety EN 13849-1
  • Calculation using SISTEMA software and validation of the PL achieved according to EN 13849-2
The course includes a workshop on carrying out a risk assessment of a real application
Choose the date that’s right for you:
Robot Safety Course January 15-16, 2025


Robot Safety Beginner course: January 15, 2025 – duration: 8 hours
The Robot Safety Beginner course introduces the main definitions on robotic systems and Integrated Manufacturing System (IMS), describing workspaces and types of human-robot contact.
Risk assessment for collaborative human-robot applications and risk reduction methodologies will be presented. The course includes a workshop for conducting a risk assessment of a real application.
The exercises will be provided in hard copy during the course and also available to the trainee at the end of the training day. A learning questionnaire will be administered to participants at the conclusion of the day.


Safety Expert Course: January 15-16, 2025 – duration 8 + 8 hours
The first day of the course coincides with Robot Safety Beginner. In the second module, the course covers all aspects of functional safety according to EN 13849-1 and EN 13849-2 standards: from determining the minimum performance level for safety devices to their validation through analysis and testing.
The exercise involves using the risk assessment performed the previous day to perform a calculation (using SISTEMA software) on the identified safety functions.
All exercises will be provided during the course and also available to the trainee at the end of the training day. A learning questionnaire will be administered to participants at the conclusion of the day.
Robot Safety Course February 12-13, 2025


Robot Safety Beginner course: February 12, 2025 – duration: 8 hours
The Robot Safety Beginner course introduces the main definitions on robotic systems and Integrated Manufacturing System (IMS), describing workspaces and types of human-robot contact.
Risk assessment for collaborative human-robot applications and risk reduction methodologies will be presented. The course includes a workshop for conducting a risk assessment of a real application.
The exercises will be provided in hard copy during the course and also available to the trainee at the end of the training day. A learning questionnaire will be administered to participants at the conclusion of the day.


Safety Expert Course: February 12-13, 2025 – duration 8 + 8 hours
The first day of the course coincides with Robot Safety Beginner. In the second module, the course covers all aspects of functional safety according to EN 13849-1 and EN 13849-2 standards: from determining the minimum performance level for safety devices to their validation through analysis and testing.
The exercise involves using the risk assessment performed the previous day to perform a calculation (using SISTEMA software) on the identified safety functions.
All exercises will be provided during the course and also available to the trainee at the end of the training day. A learning questionnaire will be administered to participants at the conclusion of the day.
Robot Safety Course March 12-13, 2025


Robot Safety Beginner course: March 12, 2025 – duration: 8 hours
The Robot Safety Beginner course introduces the main definitions on robotic systems and Integrated Manufacturing System (IMS), describing workspaces and types of human-robot contact.
Risk assessment for collaborative human-robot applications and risk reduction methodologies will be presented. The course includes a workshop for conducting a risk assessment of a real application.
The exercises will be provided in hard copy during the course and also available to the trainee at the end of the training day. A learning questionnaire will be administered to participants at the conclusion of the day.


Safety Expert Course: March 12-13, 2025 – duration 8 + 8 hours
The first day of the course coincides with Robot Safety Beginner. In the second module, the course covers all aspects of functional safety according to EN 13849-1 and EN 13849-2 standards: from determining the minimum performance level for safety devices to their validation through analysis and testing.
The exercise involves using the risk assessment performed the previous day to perform a calculation (using SISTEMA software) on the identified safety functions.
All exercises will be provided during the course and also available to the trainee at the end of the training day. A learning questionnaire will be administered to participants at the conclusion of the day.
Robot Safety Course April 2-3, 2025


Robot Safety Beginner course: April 2, 2025 – duration: 8 hours
The Robot Safety Beginner course introduces the main definitions on robotic systems and Integrated Manufacturing System (IMS), describing workspaces and types of human-robot contact.
Risk assessment for collaborative human-robot applications and risk reduction methodologies will be presented. The course includes a workshop for conducting a risk assessment of a real application.
The exercises will be provided in hard copy during the course and also available to the trainee at the end of the training day. A learning questionnaire will be administered to participants at the conclusion of the day.


Safety Expert Course: April 2-3, 2025 – duration 8 + 8 hours
The first day of the course coincides with Robot Safety Beginner. In the second module, the course covers all aspects of functional safety according to EN 13849-1 and EN 13849-2 standards: from determining the minimum performance level for safety devices to their validation through analysis and testing.
The exercise involves using the risk assessment performed the previous day to perform a calculation (using SISTEMA software) on the identified safety functions.
All exercises will be provided during the course and also available to the trainee at the end of the training day. A learning questionnaire will be administered to participants at the conclusion of the day.
Robot Safety Course May 14-15, 2025


Robot Safety Beginner course: May 14, 2025 – duration: 8 hours
The Robot Safety Beginner course introduces the main definitions on robotic systems and Integrated Manufacturing System (IMS), describing workspaces and types of human-robot contact.
Risk assessment for collaborative human-robot applications and risk reduction methodologies will be presented. The course includes a workshop for conducting a risk assessment of a real application.
The exercises will be provided in hard copy during the course and also available to the trainee at the end of the training day. A learning questionnaire will be administered to participants at the conclusion of the day.


Safety Expert Course: May 14-15, 2025 – duration 8 + 8 hours
The first day of the course coincides with Robot Safety Beginner. In the second module, the course covers all aspects of functional safety according to EN 13849-1 and EN 13849-2 standards: from determining the minimum performance level for safety devices to their validation through analysis and testing.
The exercise involves using the risk assessment performed the previous day to perform a calculation (using SISTEMA software) on the identified safety functions.
All exercises will be provided during the course and also available to the trainee at the end of the training day. A learning questionnaire will be administered to participants at the conclusion of the day.
Robot Safety Course June 11-12, 2025


Robot Safety Beginner course: June 11, 2025 – duration: 8 hours
The Robot Safety Beginner course introduces the main definitions on robotic systems and Integrated Manufacturing System (IMS), describing workspaces and types of human-robot contact.
Risk assessment for collaborative human-robot applications and risk reduction methodologies will be presented. The course includes a workshop for conducting a risk assessment of a real application.
The exercises will be provided in hard copy during the course and also available to the trainee at the end of the training day. A learning questionnaire will be administered to participants at the conclusion of the day.


Safety Expert Course: June 11-12, 2025 – duration 8 + 8 hours
The first day of the course coincides with Robot Safety Beginner. In the second module, the course covers all aspects of functional safety according to EN 13849-1 and EN 13849-2 standards: from determining the minimum performance level for safety devices to their validation through analysis and testing.
The exercise involves using the risk assessment performed the previous day to perform a calculation (using SISTEMA software) on the identified safety functions.
All exercises will be provided during the course and also available to the trainee at the end of the training day. A learning questionnaire will be administered to participants at the conclusion of the day.
Robot Safety Course July 9-10, 2025


Robot Safety Beginner course: July 9, 2025 – duration: 8 hours
The Robot Safety Beginner course introduces the main definitions on robotic systems and Integrated Manufacturing System (IMS), describing workspaces and types of human-robot contact.
Risk assessment for collaborative human-robot applications and risk reduction methodologies will be presented. The course includes a workshop for conducting a risk assessment of a real application.
The exercises will be provided in hard copy during the course and also available to the trainee at the end of the training day. A learning questionnaire will be administered to participants at the conclusion of the day.


Safety Expert Course: July 9-10, 2025 – duration 8 + 8 hours
The first day of the course coincides with Robot Safety Beginner. In the second module, the course covers all aspects of functional safety according to EN 13849-1 and EN 13849-2 standards: from determining the minimum performance level for safety devices to their validation through analysis and testing.
The exercise involves using the risk assessment performed the previous day to perform a calculation (using SISTEMA software) on the identified safety functions.
All exercises will be provided during the course and also available to the trainee at the end of the training day. A learning questionnaire will be administered to participants at the conclusion of the day.
Robot Safety Course September 10-11, 2025


Robot Safety Beginner course: September 10, 2025 – duration: 8 hours
The Robot Safety Beginner course introduces the main definitions on robotic systems and Integrated Manufacturing System (IMS), describing workspaces and types of human-robot contact.
Risk assessment for collaborative human-robot applications and risk reduction methodologies will be presented. The course includes a workshop for conducting a risk assessment of a real application.
The exercises will be provided in hard copy during the course and also available to the trainee at the end of the training day. A learning questionnaire will be administered to participants at the conclusion of the day.


Safety Expert Course: September 10-11, 2025 – duration 8 + 8 hours
The first day of the course coincides with Robot Safety Beginner. In the second module, the course covers all aspects of functional safety according to EN 13849-1 and EN 13849-2 standards: from determining the minimum performance level for safety devices to their validation through analysis and testing.
The exercise involves using the risk assessment performed the previous day to perform a calculation (using SISTEMA software) on the identified safety functions.
All exercises will be provided during the course and also available to the trainee at the end of the training day. A learning questionnaire will be administered to participants at the conclusion of the day.
Robot Safety Course October 15-16, 2025


Robot Safety Beginner course: October 15, 2025 – duration: 8 hours
The Robot Safety Beginner course introduces the main definitions on robotic systems and Integrated Manufacturing System (IMS), describing workspaces and types of human-robot contact.
Risk assessment for collaborative human-robot applications and risk reduction methodologies will be presented. The course includes a workshop for conducting a risk assessment of a real application.
The exercises will be provided in hard copy during the course and also available to the trainee at the end of the training day. A learning questionnaire will be administered to participants at the conclusion of the day.


Safety Expert Course: October 15-16, 2025 – duration 8 + 8 hours
The first day of the course coincides with Robot Safety Beginner. In the second module, the course covers all aspects of functional safety according to EN 13849-1 and EN 13849-2 standards: from determining the minimum performance level for safety devices to their validation through analysis and testing.
The exercise involves using the risk assessment performed the previous day to perform a calculation (using SISTEMA software) on the identified safety functions.
All exercises will be provided during the course and also available to the trainee at the end of the training day. A learning questionnaire will be administered to participants at the conclusion of the day.
Robot Safety Course November 12-13, 2025


Robot Safety Beginner course: November 12, 2025 – duration: 8 hours
The Robot Safety Beginner course introduces the main definitions on robotic systems and Integrated Manufacturing System (IMS), describing workspaces and types of human-robot contact.
Risk assessment for collaborative human-robot applications and risk reduction methodologies will be presented. The course includes a workshop for conducting a risk assessment of a real application.
The exercises will be provided in hard copy during the course and also available to the trainee at the end of the training day. A learning questionnaire will be administered to participants at the conclusion of the day.


Safety Expert Course: November 12-13, 2025 – duration 8 + 8 hours
The first day of the course coincides with Robot Safety Beginner. In the second module, the course covers all aspects of functional safety according to EN 13849-1 and EN 13849-2 standards: from determining the minimum performance level for safety devices to their validation through analysis and testing.
The exercise involves using the risk assessment performed the previous day to perform a calculation (using SISTEMA software) on the identified safety functions.
All exercises will be provided during the course and also available to the trainee at the end of the training day. A learning questionnaire will be administered to participants at the conclusion of the day.
Robot Safety Course December 10-11, 2025


Robot Safety Beginner course: December 10, 2025 – duration: 8 hours
The Robot Safety Beginner course introduces the main definitions on robotic systems and Integrated Manufacturing System (IMS), describing workspaces and types of human-robot contact.
Risk assessment for collaborative human-robot applications and risk reduction methodologies will be presented. The course includes a workshop for conducting a risk assessment of a real application.
The exercises will be provided in hard copy during the course and also available to the trainee at the end of the training day. A learning questionnaire will be administered to participants at the conclusion of the day.


Safety Expert Course: December 10-11, 2025 – duration 8 + 8 hours
The first day of the course coincides with Robot Safety Beginner. In the second module, the course covers all aspects of functional safety according to EN 13849-1 and EN 13849-2 standards: from determining the minimum performance level for safety devices to their validation through analysis and testing.
The exercise involves using the risk assessment performed the previous day to perform a calculation (using SISTEMA software) on the identified safety functions.
All exercises will be provided during the course and also available to the trainee at the end of the training day. A learning questionnaire will be administered to participants at the conclusion of the day.