Study Guide

Objective

The student can describe how the productivity of a factory can be improved with different technologies related to industrial automation. The student is able to implement under guidance basic tasks in industrial automation and can demonstrate understanding of basic principles involved.

Content

· industrial automation
- robotics
- 3D printing
- process simulation (digital factory)
industrial internet of things and Industry 4.0

Materials

- Lecturer's materials
- Demonstrations during lectures
- Assignments

Teaching methods

This course consists of different areas of automation, such as basics of automation, robotics
and machine vision. In addition, various VR technologies will be reviewed. Each area is presented by a different expert. The course also includes an industrial visit to an industrial company in the area.

Student workload

The course consists of classroom/laboratory lessons (40 hours) and independent exercises and group work.

realization.localizedApproveRejectDescription

Pass:
The student can describe basic tasks and principles in industrial automation. The student has participates 80% in the course lectures and completes the given assignments and exercises.

Evaluation scale

Passed/failed

Assessment criteria, approved/failed

Pass:
The student can describe basic tasks and principles in industrial automation. He/she participates actively in the course and completes the given assignments and exercises.

Assessment methods and criteria

Passed/Failed

Objective

The student can describe how the productivity of a factory can be improved with different technologies related to industrial automation. The student is able to implement under guidance basic tasks in industrial automation and can demonstrate understanding of basic principles involved.

Content

· industrial automation
- robotics
- 3D printing
- process simulation (digital factory)
industrial internet of things and Industry 4.0

Materials

- Lecturer's materials
- Demonstrations during lectures
- Assignments

Teaching methods

This course consists of different areas of automation, such as basics of automation, robotics
and machine vision. In addition, various VR technologies will be reviewed. Each area is presented by a different expert. The course also includes an industrial visit to an industrial company in the area.

Student workload

The course consists of classroom/laboratory lessons (40 hours) and independent exercises and group work.

realization.localizedApproveRejectDescription

Pass:
The student can describe basic tasks and principles in industrial automation. The student has participates 80% in the course lectures and completes the given assignments and exercises.

Evaluation scale

Passed/failed

Assessment criteria, approved/failed

Pass:
The student can describe basic tasks and principles in industrial automation. He/she participates actively in the course and completes the given assignments and exercises.

Assessment methods and criteria

Passed/Failed

Objective

The student can describe how the productivity of a factory can be improved with different technologies related to industrial automation. The student is able to implement under guidance basic tasks in industrial automation and can demonstrate understanding of basic principles involved.

Content

· industrial automation
- robotics
- 3D printing
- process simulation (digital factory)
industrial internet of things and Industry 4.0

Evaluation scale

1-5

Assessment criteria, approved/failed

Pass:
The student can describe basic tasks and principles in industrial automation. He/she participates actively in the course and completes the given assignments and exercises.