Strona: Project Results / Janus Project

Project Results

red. Dorota Stadnicka

As a result of the project, the Partnership developed the following results:

Learning program

  • A set of ILOs for Industrial Automation

ILOs - Industrial Automation

Additional explanation

ILO-IA-1: Understanding the structure and performance of industrial robots


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

ILOs – Intended Learning Outcomes

Additional explanation

ILO-BR-1: Has knowledge of basic issues in the field of robotics, which allows to understand the problems of robotization.



ILO-BR-2: Obtains information from the literature in order to understand the state of the art in the field of robotics.


ILO-BR-3: Applies self-study and understand the need for upskilling in the field of robotics.


Laboratories demonstration


ILO-BR-4: Perceives and understands social aspects related to robotization.


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 simble 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 analyze a robotic system.


Virtual Reality Tool

If you want to try the VR platform use:
Username: demo
Password: demo

Learning Analytics Tool

A tool for analyzing data from the didactic process

If you want to login to ViLLe:
Username: januspilots


Antonelli et al., (2023) Practical handbook for teachers with guidelines on how to integrate Virtual Reality for Robotics education. JANUS: e-Pedagogy and Virtual Reality Based Robotic Blended Education. Project No 2020-1-PL01-KA226-HE-095371.

Christopoulos, A., Coppo, G., Andolina, S., Priore, S. L., Antonelli, D., Salmas, D., ... & Laakso, M. J. (2022). Transformation of Robotics Education in the Era of Covid-19: Challenges and Opportunities. Ifac-papersonline, 55(10), 2908-2913.