Electricity basicsLaajuus (3 cr)
Code: TK00BW78
Credits
3 op
Responsible person
Objective
The student masters the basic laws of electrical engineering, the basic components of analog electronics and their basic connections, as well as basic measurements with a multimeter and an oscilloscope
Content
Basic laws of electrical engineering
Basic components and basic connections of analog electronics
Using a multimeter
Basic use of an oscilloscope
Basics of laboratory work
Basics of thermal design
Materials
Learning material on a learning platform (e.g. DevMoodle)
Assessment criteria, excellent (5)
Controls the basic laws and regulations of electrical engineering, uses professional concepts expertly, and knows how to apply professional knowledge appropriately in different situations.
The student is able to develop the functions of electronics in different operating environments.
Assessment criteria, good (3)
Controls the basic laws of electrical engineering and uses professional concepts fluently and knows how to work in different tasks in different operating environments.
The student understands the importance of electronics and electrical engineering in industrial operations.
Assessment criteria, satisfactory (1)
The student knows the basic laws of electrical engineering and can work in individual tasks according to the assignment.
The student becomes aware of the importance of electronics and electrical engineering in industrial operations.
Enrollment
30.12.2024 - 26.01.2025
Timing
17.03.2025 - 11.05.2025
Number of ECTS credits allocated
3 op
Mode of delivery
Contact teaching
Unit
Teknologia
Teaching languages
- Finnish
Degree programmes
- Bachelor’s Degree in Mechanical Engineering
Teachers
- Petteri Laitinen
Groups
-
KKT24SRaaKKT24SRaa
Objective
The student masters the basic laws of electrical engineering, the basic components of analog electronics and their basic connections, as well as basic measurements with a multimeter and an oscilloscope
Content
Basic laws of electrical engineering
Basic components and basic connections of analog electronics
Using a multimeter
Basic use of an oscilloscope
Basics of laboratory work
Basics of thermal design
Materials
Learning material on a learning platform (e.g. DevMoodle)
Evaluation scale
0 - 5
Assessment criteria, excellent (5)
Controls the basic laws and regulations of electrical engineering, uses professional concepts expertly, and knows how to apply professional knowledge appropriately in different situations.
The student is able to develop the functions of electronics in different operating environments.
Assessment criteria, good (3)
Controls the basic laws of electrical engineering and uses professional concepts fluently and knows how to work in different tasks in different operating environments.
The student understands the importance of electronics and electrical engineering in industrial operations.
Assessment criteria, satisfactory (1)
The student knows the basic laws of electrical engineering and can work in individual tasks according to the assignment.
The student becomes aware of the importance of electronics and electrical engineering in industrial operations.
Enrollment
30.12.2024 - 26.01.2025
Timing
10.03.2025 - 11.05.2025
Number of ECTS credits allocated
3 op
Mode of delivery
Contact teaching
Unit
Teknologia
Teaching languages
- Finnish
Degree programmes
- Bachelor’s Degree in Mechanical Engineering
Teachers
- Petteri Laitinen
Groups
-
KKT24SKKT24S
Objective
The student masters the basic laws of electrical engineering, the basic components of analog electronics and their basic connections, as well as basic measurements with a multimeter and an oscilloscope
Content
Basic laws of electrical engineering
Basic components and basic connections of analog electronics
Using a multimeter
Basic use of an oscilloscope
Basics of laboratory work
Basics of thermal design
Materials
Learning material on a learning platform (e.g. DevMoodle)
Evaluation scale
0 - 5
Assessment criteria, excellent (5)
Controls the basic laws and regulations of electrical engineering, uses professional concepts expertly, and knows how to apply professional knowledge appropriately in different situations.
The student is able to develop the functions of electronics in different operating environments.
Assessment criteria, good (3)
Controls the basic laws of electrical engineering and uses professional concepts fluently and knows how to work in different tasks in different operating environments.
The student understands the importance of electronics and electrical engineering in industrial operations.
Assessment criteria, satisfactory (1)
The student knows the basic laws of electrical engineering and can work in individual tasks according to the assignment.
The student becomes aware of the importance of electronics and electrical engineering in industrial operations.
Enrollment
30.12.2024 - 26.01.2025
Timing
28.08.2024 - 20.12.2024
Number of ECTS credits allocated
3 op
Mode of delivery
Contact teaching
Unit
Teknologia
Teaching languages
- Finnish
Degree programmes
- Bachelor’s Degree in Mechanical Engineering
Teachers
- Petteri Laitinen
Groups
-
KKM23SKKM23S
Objective
The student masters the basic laws of electrical engineering, the basic components of analog electronics and their basic connections, as well as basic measurements with a multimeter and an oscilloscope
Content
Basic laws of electrical engineering
Basic components and basic connections of analog electronics
Using a multimeter
Basic use of an oscilloscope
Basics of laboratory work
Basics of thermal design
Materials
Oppimateriaali oppimisalustalla ( esim. DevMoodle )
Evaluation scale
0 - 5
Assessment criteria, excellent (5)
Controls the basic laws and regulations of electrical engineering, uses professional concepts expertly, and knows how to apply professional knowledge appropriately in different situations.
The student is able to develop the functions of electronics in different operating environments.
Assessment criteria, good (3)
Controls the basic laws of electrical engineering and uses professional concepts fluently and knows how to work in different tasks in different operating environments.
The student understands the importance of electronics and electrical engineering in industrial operations.
Assessment criteria, satisfactory (1)
The student knows the basic laws of electrical engineering and can work in individual tasks according to the assignment.
The student becomes aware of the importance of electronics and electrical engineering in industrial operations.
Enrollment
30.12.2024 - 26.01.2025
Timing
01.01.2024 - 31.03.2024
Number of ECTS credits allocated
3 op
Mode of delivery
Contact teaching
Unit
Teknologia
Teaching languages
- Finnish
Degree programmes
- Bachelor’s Degree in Mechanical Engineering
Teachers
- Petteri Laitinen
Groups
-
KKT23SKKT23S
Objective
The student masters the basic laws of electrical engineering, the basic components of analog electronics and their basic connections, as well as basic measurements with a multimeter and an oscilloscope
Content
Basic laws of electrical engineering
Basic components and basic connections of analog electronics
Using a multimeter
Basic use of an oscilloscope
Basics of laboratory work
Basics of thermal design
Materials
Oppimateriaali oppimisalustalla ( esim. DevMoodle )
Evaluation scale
0 - 5
Assessment criteria, excellent (5)
Controls the basic laws and regulations of electrical engineering, uses professional concepts expertly, and knows how to apply professional knowledge appropriately in different situations.
The student is able to develop the functions of electronics in different operating environments.
Assessment criteria, good (3)
Controls the basic laws of electrical engineering and uses professional concepts fluently and knows how to work in different tasks in different operating environments.
The student understands the importance of electronics and electrical engineering in industrial operations.
Assessment criteria, satisfactory (1)
The student knows the basic laws of electrical engineering and can work in individual tasks according to the assignment.
The student becomes aware of the importance of electronics and electrical engineering in industrial operations.
Enrollment
30.12.2024 - 26.01.2025
Timing
01.01.2023 - 31.05.2023
Number of ECTS credits allocated
3 op
Mode of delivery
Contact teaching
Unit
Teknologia
Teaching languages
- Finnish
Degree programmes
- Bachelor’s Degree in Mechanical Engineering
Teachers
- Harri Honkanen
Groups
-
KKT22SKKT22S
Objective
The student masters the basic laws of electrical engineering, the basic components of analog electronics and their basic connections, as well as basic measurements with a multimeter and an oscilloscope
Content
Basic laws of electrical engineering
Basic components and basic connections of analog electronics
Using a multimeter
Basic use of an oscilloscope
Basics of laboratory work
Basics of thermal design
Location and time
KAMK
Materials
Oppimateriaali oppimisalustalla ( esim. DevMoodle )
Teaching methods
Lähiluennot
Verkkoluennot
Harjoitustyöt
Laboraatiot
Student workload
Lähiopetus ( sis. laboraatiot ja tentit ) : 39 h
Itsenäinen opiskelu: 42 h
Content scheduling
Sähkötekniikan perusyhtälöt
Analogiaelektroniikan peruskomponentit ja -kytkennät
Lämpösuunnittelun perusteet
Laboratoriotyöskentelyn perusteet
Evaluation scale
0 - 5
Assessment criteria, excellent (5)
Controls the basic laws and regulations of electrical engineering, uses professional concepts expertly, and knows how to apply professional knowledge appropriately in different situations.
The student is able to develop the functions of electronics in different operating environments.
Assessment criteria, good (3)
Controls the basic laws of electrical engineering and uses professional concepts fluently and knows how to work in different tasks in different operating environments.
The student understands the importance of electronics and electrical engineering in industrial operations.
Assessment criteria, satisfactory (1)
The student knows the basic laws of electrical engineering and can work in individual tasks according to the assignment.
The student becomes aware of the importance of electronics and electrical engineering in industrial operations.
Assessment methods and criteria
Tentit, palautettavat harjoitustyöt ja laboraatiot
Assessment criteria, excellent (5)
Käyttää ammattikäsitteitä asiantuntevasti sekä osaa soveltaa ammatillista osaamista tarkoituksenmukaisesti eri tilanteissa.
Opiskelija kykenee kehittämään elektroniikan toimia erilaissa toimintaympäritöissä.
Toteutuksen arviointikriteerit, hyvä (3-4)
Käyttää ammattikäsitteitä sujuvasti ja laaja-alaisesti sekä osaa toimia erilaisissa tehtävissä eri toimintaympäristöissä.
Opiskelija ymmärtää elektroniikan merkityksen teollisessa toiminnassa.
Assessment criteria, satisfactory (1)
Käyttää ammattikäsitteitä johdonmukaisesti sekä osaa toimia yksittäisissä tehtävissä toimeksiannon mukaisesti.
Opiskelija tiedostaa elektroniikan merkityksen teollisessa toiminnassa.
Enrollment
30.12.2024 - 26.01.2025
Timing
01.01.2023 - 31.05.2023
Number of ECTS credits allocated
3 op
Virtual portion
2 op
Mode of delivery
34 % Contact teaching, 66 % Distance learning
Unit
Teknologia
Teaching languages
- Finnish
Degree programmes
- Bachelor’s Degree in Mechanical Engineering
Teachers
- Harri Honkanen
Groups
-
KKT22SRaaheKKT22SRaahe
Objective
The student masters the basic laws of electrical engineering, the basic components of analog electronics and their basic connections, as well as basic measurements with a multimeter and an oscilloscope
Content
Basic laws of electrical engineering
Basic components and basic connections of analog electronics
Using a multimeter
Basic use of an oscilloscope
Basics of laboratory work
Basics of thermal design
Location and time
KAMK
Materials
Oppimateriaali oppimisalustalla ( esim. DevMoodle )
Teaching methods
Lähiluennot
Verkkoluennot
Harjoitustyöt
Laboraatiot
Student workload
Lähiopetus ( sis. laboraatiot ja tentit ) : 39 h
Itsenäinen opiskelu: 42 h
Content scheduling
Sähkötekniikan perusyhtälöt
Analogiaelektroniikan peruskomponentit ja -kytkennät
Lämpösuunnittelun perusteet
Laboratoriotyöskentelyn perusteet
Evaluation scale
0 - 5
Assessment criteria, excellent (5)
Controls the basic laws and regulations of electrical engineering, uses professional concepts expertly, and knows how to apply professional knowledge appropriately in different situations.
The student is able to develop the functions of electronics in different operating environments.
Assessment criteria, good (3)
Controls the basic laws of electrical engineering and uses professional concepts fluently and knows how to work in different tasks in different operating environments.
The student understands the importance of electronics and electrical engineering in industrial operations.
Assessment criteria, satisfactory (1)
The student knows the basic laws of electrical engineering and can work in individual tasks according to the assignment.
The student becomes aware of the importance of electronics and electrical engineering in industrial operations.
Assessment methods and criteria
Tentit, palautettavat harjoitustyöt ja laboraatiot
Assessment criteria, excellent (5)
Käyttää ammattikäsitteitä asiantuntevasti sekä osaa soveltaa ammatillista osaamista tarkoituksenmukaisesti eri tilanteissa.
Opiskelija kykenee kehittämään elektroniikan toimia erilaissa toimintaympäritöissä.
Toteutuksen arviointikriteerit, hyvä (3-4)
Käyttää ammattikäsitteitä sujuvasti ja laaja-alaisesti sekä osaa toimia erilaisissa tehtävissä eri toimintaympäristöissä.
Opiskelija ymmärtää elektroniikan merkityksen teollisessa toiminnassa.
Assessment criteria, satisfactory (1)
Käyttää ammattikäsitteitä johdonmukaisesti sekä osaa toimia yksittäisissä tehtävissä toimeksiannon mukaisesti.
Opiskelija tiedostaa elektroniikan merkityksen teollisessa toiminnassa.
Enrollment
30.12.2024 - 26.01.2025
Timing
01.08.2022 - 30.10.2022
Number of ECTS credits allocated
3 op
Virtual portion
3 op
Mode of delivery
Distance learning
Unit
Teknologia
Teaching languages
- Finnish
Degree programmes
- Bachelor’s Degree in Mechanical Engineering
Teachers
- Harri Honkanen
Groups
-
KKM21SKKM21S
Objective
The student masters the basic laws of electrical engineering, the basic components of analog electronics and their basic connections, as well as basic measurements with a multimeter and an oscilloscope
Content
Basic laws of electrical engineering
Basic components and basic connections of analog electronics
Using a multimeter
Basic use of an oscilloscope
Basics of laboratory work
Basics of thermal design
Location and time
KAMK etäopetus
Materials
Oppimateriaali oppimisalustalla ( DevMoodle )
Teaching methods
Verkkoluennot
Harjoitustyöt
Laboraatiot simulaatioympäristöissä
Loppukoe
Student workload
Lähiopetus ( sis. laboraatiot ja tentit ) : 30 h
Itsenäinen opiskelu: 50 h
Content scheduling
Sähkötekniikan perusyhtälöt
Analogiaelektroniikan peruskomponentit ja -kytkennät
Lämpösuunnittelun perusteet
Laboratoriotyöskentelyn perusteet
Evaluation scale
0 - 5
Assessment criteria, excellent (5)
Controls the basic laws and regulations of electrical engineering, uses professional concepts expertly, and knows how to apply professional knowledge appropriately in different situations.
The student is able to develop the functions of electronics in different operating environments.
Assessment criteria, good (3)
Controls the basic laws of electrical engineering and uses professional concepts fluently and knows how to work in different tasks in different operating environments.
The student understands the importance of electronics and electrical engineering in industrial operations.
Assessment criteria, satisfactory (1)
The student knows the basic laws of electrical engineering and can work in individual tasks according to the assignment.
The student becomes aware of the importance of electronics and electrical engineering in industrial operations.
Assessment methods and criteria
Tentit, palautettavat harjoitustyöt ja laboraatiot
Assessment criteria, excellent (5)
Käyttää ammattikäsitteitä asiantuntevasti sekä osaa soveltaa ammatillista osaamista tarkoituksenmukaisesti eri tilanteissa.
Opiskelija kykenee kehittämään elektroniikan toimia erilaissa toimintaympäritöissä.
Toteutuksen arviointikriteerit, hyvä (3-4)
Käyttää ammattikäsitteitä sujuvasti ja laaja-alaisesti sekä osaa toimia erilaisissa tehtävissä eri toimintaympäristöissä.
Opiskelija ymmärtää elektroniikan merkityksen teollisessa toiminnassa.
Assessment criteria, satisfactory (1)
Käyttää ammattikäsitteitä johdonmukaisesti sekä osaa toimia yksittäisissä tehtävissä toimeksiannon mukaisesti.
Opiskelija tiedostaa elektroniikan merkityksen teollisessa toiminnassa.
Enrollment
30.12.2024 - 26.01.2025
Timing
01.01.2022 - 25.05.2022
Number of ECTS credits allocated
3 op
Mode of delivery
Contact teaching
Unit
Teknologia
Teaching languages
- Finnish
Degree programmes
- Bachelor’s Degree in Mechanical Engineering
Teachers
- Harri Honkanen
Groups
-
KKT21SKKT21S
Objective
The student masters the basic laws of electrical engineering, the basic components of analog electronics and their basic connections, as well as basic measurements with a multimeter and an oscilloscope
Content
Basic laws of electrical engineering
Basic components and basic connections of analog electronics
Using a multimeter
Basic use of an oscilloscope
Basics of laboratory work
Basics of thermal design
Location and time
KAMK
Materials
Oppimateriaali oppimisalustalla ( esim. DevMoodle )
Teaching methods
Lähiluennot
Verkkoluennot
Harjoitustyöt
Laboraatiot
Student workload
Lähiopetus ( sis. laboraatiot ja tentit ) : 40 h
Itsenäinen opiskelu: 41 h
Content scheduling
Sähkötekniikan perusyhtälöt
Analogiaelektroniikan peruskomponentit ja -kytkennät
Lämpösuunnittelun perusteet
Laboratoriotyöskentelyn perusteet
Evaluation scale
0 - 5
Assessment criteria, excellent (5)
Controls the basic laws and regulations of electrical engineering, uses professional concepts expertly, and knows how to apply professional knowledge appropriately in different situations.
The student is able to develop the functions of electronics in different operating environments.
Assessment criteria, good (3)
Controls the basic laws of electrical engineering and uses professional concepts fluently and knows how to work in different tasks in different operating environments.
The student understands the importance of electronics and electrical engineering in industrial operations.
Assessment criteria, satisfactory (1)
The student knows the basic laws of electrical engineering and can work in individual tasks according to the assignment.
The student becomes aware of the importance of electronics and electrical engineering in industrial operations.
Assessment methods and criteria
Tentit, palautettavat harjoitustyöt ja laboraatiot
Assessment criteria, excellent (5)
Käyttää ammattikäsitteitä asiantuntevasti sekä osaa soveltaa ammatillista osaamista tarkoituksenmukaisesti eri tilanteissa.
Opiskelija kykenee kehittämään elektroniikan toimia erilaissa toimintaympäritöissä.
Toteutuksen arviointikriteerit, hyvä (3-4)
Käyttää ammattikäsitteitä sujuvasti ja laaja-alaisesti sekä osaa toimia erilaisissa tehtävissä eri toimintaympäristöissä.
Opiskelija ymmärtää elektroniikan merkityksen teollisessa toiminnassa.
Assessment criteria, satisfactory (1)
Käyttää ammattikäsitteitä johdonmukaisesti sekä osaa toimia yksittäisissä tehtävissä toimeksiannon mukaisesti.
Opiskelija tiedostaa elektroniikan merkityksen teollisessa toiminnassa.