Learning program
- A set of ILOs for Industrial Automation
- ILO-IA-1: Understanding the structure and performance of industrial robots – Theory.
- ILO-IA-2: Application of robots to selected industrial processes – Laboratory demonstration of industrial processed executed by robots.
- ILO-IA-3: Programming industrial robots: online, offline – Laboratory demonstration of online, offline programming. The students will create a simple program using manual guidance.
- ILO-IA-4: Application of collaborative robotics – (1) speed and separation monitoring: laboratory demonstration, (2) power and force limiting: students try to collaborate with a robot in the execution of a collaborative assembly.
- A set of ILOs for Basics of Robots
- ILO-BR-1: Has knowledge of basic issues in the field of robotics, which allows to understand the problems of robotization – Theory.
- ILO-BR-2: Obtains information from the literature in order to understand the state of the art in the field of robotics – Theory.
- ILO-BR-3: Applies self-study and understand the need for upskilling in the field of robotics – Theory. Laboratories demonstration.
- ILO-BR-4: Perceives and understands social aspects related to robotization – Theory. Laboratory demonstration of industrial processed executed by robots.
- ILO-BR-5: Designs a robotic system for a selected application – Laboratories demonstration with the use of computer programs. The students will design a simple robotic system for selected application.
- ILO-BR-6: Selects and applies appropriate computational, analytical and simulation methods to the designed robotic system – The student will apply appropriate methods to analyse a robotic system.
Read more in the handbook:
and in the following Annexes:
- Annex 1 - Theoretical Framework and Conceptual Framework.
- Annex 2 - Didactic content. Intended Learning Outcomes (ILO). Teaching and Learning Activities (TLA). Assessment Tasks (AT).
- Annex 10 - Framework for Virtual Reality Platform.
- Annex 12 - Training Sessions.
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