INE-3611 Digital Twin - 5 stp

A relevant undergraduate Bachelor Engineering program with minimum 25 credits mathematics, 5 credits statistics, 7,5 credits physics

Application code: 9371

The course gives students insights of fundamentals of manufacturing system simulation and advanced simulation methods and tools. Exercises are provided for mastering those methods and tools within the Virtual Manufacturing Laboratory / visualization center and verified within the Machining Laboratory.

Knowledge base of Virtual Manufacturing is enlarged through use of advanced designing, programming and production simulating methods and tools.

Project based course will cover "in general" problems of modern enterprises and provide the solutions from the field of industrial engineering.

Manufacturing "know how" is extended with use of most modern industrial machines for parts production and transportation within the factory scale and finally automated systems for mechanical assembly.

Knowledge and understanding:

• The student should have knowledge about Computer-Aided Manufacturing systems and their integration with manufacturing equipment.
• The student should have knowledge about industrial robot programming.

Skills:

• The student should be able to use advanced programming tools for simulation of industrial robots and manufacturing devices.

Competence:

• The student should have an overview of advanced industrial digital twin and know possibilities and limitations of modern simulation tools.
• The student should have general competence about modeling and optimization in modern manufacturing.