3D Robotic Simulation Programme


The aim of this training is to provide an introduction to the programming of robotic arms using a 3D simulation environment. 

It covers knowledge of:

  • Different types of robots and their applications.
  • Different types of tools and their applications.
  • Robot programming.
  • Introduction to safety in robotic applications.

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  • Provide participants with a global vision that allows them to learn about the possibilities offered by collaborative robotics, so that in the future they can expand their capabilities, with a critical spirit and having a clear idea of the future lines of work: robot programming, specific tools and safety, among others.
  • Feel more motivated and excited about their day to day professional work, spreading this positive attitude to the rest of the teaching community.
  • Improve the perspectives and development opportunities of each participant.
  • Promote group work and long-term projects to provoke changes with benefit effects and impact on the learning process and more satisfying and stimulating climate at schools.
  • Keep abreast of the time.

The approach will be based on the experience and analysis of the reality and concerns of the group. We will mainly work in assemblies and small groups, encouraging creativity to expand opportunities and alternatives to action.

In addition, all teachers will be offered a course continuation strategy to monitor and implement good practice in their schools based on the knowledge, skills, and competences they have acquired during the course in Spain.

Through their commitment and active participation in sharing new competences, they will be able to build support groups among their community, while presenting their work and contribution on a local scale.

Means: Computers with 3D robotic simulation program, collaborative robot, different tools and impact measurement equipment will be available for the course.

Upon completion of this course, participants will:

  • Have expert knowledge on Collaborative Robotics: its advantages, limitations and possibilities.
  • Know different models of collaborative robots, their modes of work, tools, and safety of the installations.
  • Know different models of collaborative robots, modes of work, limitations and practical applications.
  • Know safety design principles in collaborative robotic installations.
  • Be able to propose a general collaborative robotic installation design.


Confirmed dates

Our Pricing

100% funded by the Erasmus+

400 person

Services included

  • Pre-arrival information.
  • Tuition & training materials.
  • Coffee break.
  • Training Certificate.
  • Europass Certificate.
  • Admin & organizational costs.
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