Siirry suoraan sisältöön

Automaatio tuotannon ja talouden optimoinnissa (15 cr)

Code: TX00CY38-3001

General information


Enrollment

04.05.2020 - 07.06.2020

Timing

26.10.2020 - 18.12.2020

Number of ECTS credits allocated

15 op

Mode of delivery

Contact teaching

Unit

Elektroniikka-tiimi

Campus

Leiritie 1

Teaching languages

  • Finnish

Seats

0 - 40

Degree programmes

  • Sähkö- ja automaatiotekniikan tutkinto-ohjelma

Teachers

  • Reijo Leinonen
  • Timo Kasurinen
  • Antero Putkiranta
  • Kristian Junno

Groups

  • TXJ17S2A
    Automaatiotekniikan pääaine, syksyllä 2017 opintonsa aloittaneet monimuoto-opiskelijat

Objective

- Students are able to identify the maintenance, including basic concepts and methods, is able to explain the importance of maintenance and use of information systems and the maintenance plan maintenance measures.
- Able to identify the basic concepts of operations management methods and tools, able to explain the significance of the asset management plan, as well as operations management measures.
- Able to name the project, and the profitability of production is formed, an explanation of where the company is formed, as well as to monitor the profitability of a company's profitability.
- Able to name the project, and the profitability of production are formed, which can explain the project and the profitability of production consists of, as well as work as part of a profitable project team, and track profitability.
- Able to identify the various factors of quality formed part explain the thinking of the various factors of quality is formed to monitor and improve the company's automated production and quality.
- Able to explain how the production and process efficiency can be optimized by means of automation , is able to take measures to production and process efficiency can be optimized by means of automation and to design measures for the production and process efficiency can be optimized by means of automation.
- Able to explain how the processes of production and energy efficiency can be influenced by means of automation, know how to take measures to production processes and energy efficiency can be influenced by means of automation and to design measures for the production and process energy efficiency can be influenced by means of automation.
- Able to identify the various factors of the life cycle is formed, is able to explain the importance of life-cycle thinking and to plan life- cycle-thinking sustainable production processes and automation.

Content

1. Maintenance
2. Operation and maintenance
3. The company's profitability
4. Projects, and the profitability of production
5. Quality
6. Production and process efficiency through automation, optimization
7. Production and process automation, energy efficiency means
8. Life cycle thinking

Evaluation scale

0-5

Assessment criteria, satisfactory (1)

- Able to identify the maintenance, including basic concepts and methods.
- Able to identify the basic concepts of operations management and methods.
- Able to name the project, and the profitability of production is formed.
- Able to name the project, and the profitability of production is formed.
- Able to identify the various factors of quality are generated.
- Can explain how the production and process efficiency can be optimized by means of automation.
- Can explain how the processes of production and energy efficiency can be influenced by means of automation.
- Able to identify the various factors of the life cycle is formed.

Assessment criteria, good (3)

- Can explain the importance of maintenance and use of maintenance of information systems.
- Can explain the importance of operations management.
- An explanation of where the company's profitability is formed.
- An explanation of where the projects and the profitability of production is formed.
- Able to explain the thinking of the various factors of quality are generated.
- Able to take measures to production and process efficiency can be optimized by means of automation.
- Able to take measures to production and process energy efficiency can be influenced by means of automation.
- Can explain the importance of life-cycle thinking.

Assessment criteria, excellent (5)

- Able to plan maintenance measures.
- Able to plan operations management measures.
- Can monitor the firm's performance.
- Able to work as part of a profitable project team, and track profitability.
- Can monitor and improve the company and automated production quality.
- Be able to design measures to production and process efficiency can be optimized by means of automation.
- Be able to design measures to production and process energy efficiency can be influenced by means of automation.
- able to design a sustainable production processes and automation of life-cycle thinking.

Assessment criteria, approved/failed

- Able to identify the maintenance, including basic concepts and methods.
- Able to identify the basic concepts of operations management and methods.
- Able to name the project, and the profitability of production is formed.
- Able to name the project, and the profitability of production is formed.
- Able to identify the various factors of quality are generated.
- Can explain how the production and process efficiency can be optimized by means of automation.
- Can explain how the processes of production and energy efficiency can be influenced by means of automation.
- Able to identify the various factors of the life cycle is formed.

Further information

Automation in Productive and Economical Optimization Module is compulsory in the major of automation technology.