Automation in Production and ManufacturingLaajuus (15 ECTS)

Objective

- The student will be able to explain the operating principles of electric motor drives, configure, and connect the electric motor drives and electric motor drives used in automation as part of the overall solution.
- Able to explain the operating principles of field buses, design, and small to configure a fieldbus -based projects, as well as to design and define a fieldbus -based projects.
- Able to identify the local area networks of different devices, cannot explain the operating principles, as well as local area networks cannot explain the automation of Ethernet-based ' fieldbus ' policies.
- Cannot explain how the interface between the control system and the connection is established, be able to explain how the process images and process displays the design is realized, and the interface is able to name the different phases of the project.
- Able to form the interface and control the connection between the design process images and process screens and are able to explain the different phases of the project interface.
- Know how to choose the user interface and control the connection between the application in accordance with good usability to design user interfaces and implement the user interface of the project so that it is well designed.
- Able to name the modern factory automation solution to various elements of design and program factory automation as well as to define the various elements of the modern factory automation solutions.
- Able to explain the significance of different information systems, is able to use information systems and information systems configured to meet the needs of the intelligent overall solution.
- Cannot explain the total production automation system design, able to design small production automation systems, and to design and define the production automation systems.
- Can explain what the different things must be considered in the control of technology solutions, is able to implement the HS districts, with a production line management and control technology as well as design the architecture design.

Content

1. Fieldbuses
2. Motor drives
3. Industrial networks
4. Automation interfaces
5. Factory Automation
6. Industrial systems and MES
7. Intelligent automation of the total project / system
8. Control engineering special issues

Assessment criteria, satisfactory (1)

- Able to explain the operating principles of electric motors.
- Able to explain the operating principles of field buses.
- Able to identify the local area networks of different devices.
- Cannot explain how the interface between the control system and the connection is established.
- Can explain how the process images and process displays the design is realized.
- Able to identify the interface for different project phases.
- Able to name the modern factory automation solution to various elements.
- Able to explain the significance of different information systems.
- Cannot explain the total production automation system design.
- Can explain what the different things must be considered in the control of technology solutions.

Assessment criteria, good (3)

- Able to configure and connect the electric motor drives.
- Be able to design and configure a small fieldbus-based projects.
- Able to explain the operating principles of local area networks.
- Able to form the interface between the control system and the connection.
- Able to design a process images and process monitors.
- Able to explain the different phases of the project interface.
- Able to design and program the various elements of factory automation.
- Able to make use of information systems.
- Able to design a small production automation systems.
- Able to implement the HS-circuits, line management, and with a production.

Assessment criteria, excellent (5)

- Able to use the electric motor as part of the overall automation solution.
- Able to design and define a fieldbus-based projects.
- Can explain the automation of Ethernet-based 'fieldbus' policies.
- Know how to choose the user interface and the connection between the control system according to the application.
- Know how to design good usability user interfaces.
- Able to implement the user interface of the project so that it is well designed.
- Able to define the modern factory automation solutions.
- Intelligent information systems able to configure a complete solution needs.
- Able to design and define the production automation systems.
- Able to design a control technology architecture design.

Assessment criteria, approved/failed

- Able to explain the operating principles of electric motors.
- Able to explain the operating principles of field buses.
- Able to identify the local area networks of different devices.
- Cannot explain how the interface between the control system and the connection is established.
- Can explain how the process images and process displays the design is realized.
- Able to identify the interface for different project phases.
- Able to name the modern factory automation solution to various elements.
- Able to explain the significance of different information systems.
- Cannot explain the total production automation system design.
- Can explain what the different things must be considered in the control of technology solutions.