Engineering Physics 2Laajuus (3 cr)
Code: 5091138
Credits
3 op
Objective
This course offers the frame of reference, within which the student is given an opportunity to master key physical fundamentals and characteristic approaches in engineering:
- Make use of The International System of Units to interpret and explain engineering knowledge.
- Interpret and solve physical quantity equations together with their results and variations in physical quantities and their influences.
- Explain dependences between physical quantities by defining new physical quantities and interpreting natural phenomena.
- Evaluate validity and application of used physical and engineering concepts and methods.
Generalize fundamental physical concepts and principles together with fundamental interactions and conservation laws as unifying element in physical phenomena
Content
Mechanics, thermophysics, electricity and magnetism, oscillation
- Rotational motion of a rigid body
- Fluid mechanics
- Temperature and a change in it
- Thermal energy
- Thermal energy transfer
- Magnetic field
- Electrostatics
- Electromagnetic induction
- Oscillation
Enrollment
03.06.2024 - 08.09.2024
Timing
02.09.2024 - 13.12.2024
Number of ECTS credits allocated
3 op
Virtual portion
3 op
Mode of delivery
Distance learning
Unit
Engineering and Business
Campus
Kupittaa Campus
Teaching languages
- Finnish
Seats
1 - 81
Degree programmes
- Degree Programme in Industrial Management Engineering
Teachers
- COS Opettaja
- Jani Viinikka
Scheduling groups
- PTUTAS23A (Size: 41. Open UAS: 0.)
- PTUTAS23B (Size: 41. Open UAS: 0.)
Groups
-
PTUTAS23APTUTAS23A
-
PTUTAS23BPTUTAS23B
Small groups
- PTUTAS23A
- PTUTAS23B
Objective
This course offers the frame of reference, within which the student is given an opportunity to master key physical fundamentals and characteristic approaches in engineering:
- Make use of The International System of Units to interpret and explain engineering knowledge.
- Interpret and solve physical quantity equations together with their results and variations in physical quantities and their influences.
- Explain dependences between physical quantities by defining new physical quantities and interpreting natural phenomena.
- Evaluate validity and application of used physical and engineering concepts and methods.
Generalize fundamental physical concepts and principles together with fundamental interactions and conservation laws as unifying element in physical phenomena
Content
Mechanics, thermophysics, electricity and magnetism, oscillation
- Rotational motion of a rigid body
- Fluid mechanics
- Temperature and a change in it
- Thermal energy
- Thermal energy transfer
- Magnetic field
- Electrostatics
- Electromagnetic induction
- Oscillation
Materials
INKINEN, Pentti, Jukka Tuohi. Momentti 1, insinöörifysiikka. Kustannusosakeyhtiö Otava.
INKINEN, Pentti, Reijo Manninen, Jukka Tuohi. Momentti 2, insinöörifysiikka. Kustannusosakeyhtiö Otava.
Lisäksi suositellaan: Kaavasto- ja taulukkokirjat, SFS Online.
Teaching methods
Opintojaksolla käsitellään sen sisältöön liittyviä keskeisiä perusteita ja toimintatapoja sekä tavoitteisiin liittyviä tiimitehtäviä ja niiden esityksiä.
Exam schedules
Ei tenttiä. Opintojakso koostuu osasuorituksista.
International connections
Lähi-/etäopetus, ennakko- ja harjoitustehtävät, tiimitehtävät, sähköinen oppimisympäristö.
Opintojaksolla kannustetaaan soveltamaan vastuullisuuden ja kestävän kehityksen periaatteita.
Student workload
Toteutus ECTS mukaisesti.
Opiskelija käyttää aikaa sisällön läpikäyntiin sekä tehtävien ratkaisuun ja esittämiseen.
Content scheduling
Opintojaksolla käsiteltävät sisällöt, oppikirjan otsikoiden mukaisesti, seuraavassa järjestyksessä:
- Työ, teho ja energia: Työ. Teho. Liike-energia ja työ-energiaperiaate. Potentiaalienergia. Mekaanisen energian säilyminen.
- Lämpötila ja sen muuttuminen: Lämpötila ja sen mittaaminen. Kiinteiden aineiden ja nesteiden lämpölaajeneminen.
- Lämpöenergia: Lämpömäärä ja sisäenergia. Lämpökapasiteetti ja ominaislämpökapasiteetti. Olomuodon muutokset. Kalorimetria.
- Lämpöenergian siirtyminen: Konvektio. Johtuminen. Säteily.
- Sähköstatiikka: Sähkövaraus. Coulombin laki. Sähkökenttä. Gaussin laki. Potentiaali.
- Magneettikenttä: Magneettikenttä ja liikkuva varaus. Sähkövirran magneettikenttä.
Further information
Edeltävät opinnot: Insinöörifysiikka 1
Evaluation scale
H-5
Assessment methods and criteria
Opiskelijan osaamista arvioidaan opiskelijatiimien saamien tiimitehtävien perusteella. Opintokokonaisuuksien jälkeen pidettävillä tiimitehtäväsessioilla muodostuu kuhunkin tiimitehtäviin perustuva yksilö- ja tiimiarviointi. Opiskelijan yksilöosaamisen arviointi tapahtuu tiimitehtäviä koskevien testien perusteella ja tiimiosaamisen arviointi tapahtuu tiimitehtävistä palautettavien esitysten perusteella. Testeistä saatava yksilöarvosana on 0...2 arvosanaa ja tiimitehtävien esityksistä saatava tiimiarvosana on 0...3 arvosanaa. Kullakin tiimitehtäväsessiolla opiskelijan kokonaisarvosana muodostuu näiden summana. Opiskelijan saama opintojakson arvosana muodostuu tiimitehtäväsessioiden kokonaisarvosanojen keskiarvona.
Jokaisten tiimitehtävien testit ja palautukset on tehtävä kunkin tiimitehtäväsession aikana.
Hyväksytyn suorituksen arviointeja ei voi korottaa.
Enrollment
01.05.2023 - 08.09.2023
Timing
04.09.2023 - 24.11.2023
Number of ECTS credits allocated
3 op
Virtual portion
3 op
Mode of delivery
Distance learning
Unit
Engineering and Business
Campus
Location-independent
Teaching languages
- Finnish
Seats
1 - 50
Degree programmes
- Degree Programme in Industrial Management Engineering
Teachers
- Jani Viinikka
Groups
-
MTUTAMK23Degree Programme in Industrial Management Engineering, Sales
Objective
This course offers the frame of reference, within which the student is given an opportunity to master key physical fundamentals and characteristic approaches in engineering:
- Make use of The International System of Units to interpret and explain engineering knowledge.
- Interpret and solve physical quantity equations together with their results and variations in physical quantities and their influences.
- Explain dependences between physical quantities by defining new physical quantities and interpreting natural phenomena.
- Evaluate validity and application of used physical and engineering concepts and methods.
Generalize fundamental physical concepts and principles together with fundamental interactions and conservation laws as unifying element in physical phenomena
Content
Mechanics, thermophysics, electricity and magnetism, oscillation
- Rotational motion of a rigid body
- Fluid mechanics
- Temperature and a change in it
- Thermal energy
- Thermal energy transfer
- Magnetic field
- Electrostatics
- Electromagnetic induction
- Oscillation
Evaluation scale
H-5
Enrollment
01.12.2022 - 15.01.2023
Timing
02.01.2023 - 28.04.2023
Number of ECTS credits allocated
3 op
Virtual portion
3 op
Mode of delivery
Distance learning
Unit
Engineering and Business
Campus
Location-independent
Teaching languages
- Finnish
Seats
1 - 66
Teachers
- Jani Viinikka
Scheduling groups
- PTUTAS22A (Size: 33. Open UAS: 0.)
- PTUTAS22B (Size: 33. Open UAS: 0.)
Groups
-
PTUTAS22APTUTAS22A
-
PTUTAS22BPTUTAS22B
Small groups
- PTUTAS22A
- PTUTAS22B
Objective
This course offers the frame of reference, within which the student is given an opportunity to master key physical fundamentals and characteristic approaches in engineering:
- Make use of The International System of Units to interpret and explain engineering knowledge.
- Interpret and solve physical quantity equations together with their results and variations in physical quantities and their influences.
- Explain dependences between physical quantities by defining new physical quantities and interpreting natural phenomena.
- Evaluate validity and application of used physical and engineering concepts and methods.
Generalize fundamental physical concepts and principles together with fundamental interactions and conservation laws as unifying element in physical phenomena
Content
Mechanics, thermophysics, electricity and magnetism, oscillation
- Rotational motion of a rigid body
- Fluid mechanics
- Temperature and a change in it
- Thermal energy
- Thermal energy transfer
- Magnetic field
- Electrostatics
- Electromagnetic induction
- Oscillation
Evaluation scale
H-5
Enrollment
01.12.2022 - 15.01.2023
Timing
02.01.2023 - 28.04.2023
Number of ECTS credits allocated
3 op
Virtual portion
3 op
Mode of delivery
Distance learning
Unit
Engineering and Business
Campus
Location-independent
Teaching languages
- Finnish
Seats
1 - 50
Teachers
- Jani Viinikka
Groups
-
PTUTAMS22PTUTAMS22
Objective
This course offers the frame of reference, within which the student is given an opportunity to master key physical fundamentals and characteristic approaches in engineering:
- Make use of The International System of Units to interpret and explain engineering knowledge.
- Interpret and solve physical quantity equations together with their results and variations in physical quantities and their influences.
- Explain dependences between physical quantities by defining new physical quantities and interpreting natural phenomena.
- Evaluate validity and application of used physical and engineering concepts and methods.
Generalize fundamental physical concepts and principles together with fundamental interactions and conservation laws as unifying element in physical phenomena
Content
Mechanics, thermophysics, electricity and magnetism, oscillation
- Rotational motion of a rigid body
- Fluid mechanics
- Temperature and a change in it
- Thermal energy
- Thermal energy transfer
- Magnetic field
- Electrostatics
- Electromagnetic induction
- Oscillation
Evaluation scale
H-5
Enrollment
01.12.2021 - 14.01.2022
Timing
03.01.2022 - 29.04.2022
Number of ECTS credits allocated
3 op
Virtual portion
2 op
Mode of delivery
34 % Contact teaching, 66 % Distance learning
Unit
Engineering and Business
Campus
Kupittaa Campus
Teaching languages
- Finnish
Seats
1 - 66
Degree programmes
- Degree Programme in Industrial Management Engineering
Teachers
- Jani Viinikka
Scheduling groups
- PTUTAS21A (Size: 45. Open UAS: 0.)
- PTUTAS21B (Size: 45. Open UAS: 0.)
Groups
-
PTUTAS21BPTUTAS21B
-
PTUTAS21APTUTAS21A
Small groups
- PTUTAS21A
- PTUTAS21B
Objective
This course offers the frame of reference, within which the student is given an opportunity to master key physical fundamentals and characteristic approaches in engineering:
- Make use of The International System of Units to interpret and explain engineering knowledge.
- Interpret and solve physical quantity equations together with their results and variations in physical quantities and their influences.
- Explain dependences between physical quantities by defining new physical quantities and interpreting natural phenomena.
- Evaluate validity and application of used physical and engineering concepts and methods.
Generalize fundamental physical concepts and principles together with fundamental interactions and conservation laws as unifying element in physical phenomena
Content
Mechanics, thermophysics, electricity and magnetism, oscillation
- Rotational motion of a rigid body
- Fluid mechanics
- Temperature and a change in it
- Thermal energy
- Thermal energy transfer
- Magnetic field
- Electrostatics
- Electromagnetic induction
- Oscillation
Evaluation scale
H-5
Enrollment
01.12.2021 - 14.01.2022
Timing
03.01.2022 - 29.04.2022
Number of ECTS credits allocated
3 op
Virtual portion
2 op
Mode of delivery
34 % Contact teaching, 66 % Distance learning
Unit
Engineering and Business
Campus
Kupittaa Campus
Teaching languages
- Finnish
Seats
1 - 50
Degree programmes
- Degree Programme in Industrial Management Engineering
Teachers
- Jani Viinikka
Groups
-
PTUTAMS21
Objective
This course offers the frame of reference, within which the student is given an opportunity to master key physical fundamentals and characteristic approaches in engineering:
- Make use of The International System of Units to interpret and explain engineering knowledge.
- Interpret and solve physical quantity equations together with their results and variations in physical quantities and their influences.
- Explain dependences between physical quantities by defining new physical quantities and interpreting natural phenomena.
- Evaluate validity and application of used physical and engineering concepts and methods.
Generalize fundamental physical concepts and principles together with fundamental interactions and conservation laws as unifying element in physical phenomena
Content
Mechanics, thermophysics, electricity and magnetism, oscillation
- Rotational motion of a rigid body
- Fluid mechanics
- Temperature and a change in it
- Thermal energy
- Thermal energy transfer
- Magnetic field
- Electrostatics
- Electromagnetic induction
- Oscillation
Evaluation scale
H-5