Air pollution (5op)
Toteutuksen tunnus: T87B315-3001
Toteutuksen perustiedot
- Ilmoittautumisaika
- 20.08.2018 - 07.09.2018
- Ilmoittautuminen toteutukselle on päättynyt.
- Ajoitus
- 03.09.2018 - 15.12.2018
- Toteutus on päättynyt.
- Opintopistemäärä
- 5 op
- Lähiosuus
- 5 op
- Toteutustapa
- Lähiopetus
- Yksikkö
- Metsätalouden ja elintarvike- ja ympäristöteknologian koulutusyksikkö
- Toimipiste
- Mikkelin kampus
- Opetuskielet
- englanti
- Paikat
- 0 - 45
- Koulutus
- Degree Programme in Environmental Engineering
- Opettajat
- Juho Rajala
- Vastuuopettaja
- Juho Rajala
- Ryhmät
-
T8716SNEnvironmental engineering, full-time studies
- Opintojakso
- T87B315
Toteutukselle Air pollution T87B315-3001 ei valitettavasti löytynyt varauksia. Varauksia ei ole mahdollisesti vielä julkaistu tai toteutus on itsenäisesti suoritettava.
Tavoitteet
You know the sources of air pollution and the air quality affected by emissions, transport and atmospheric chemistry of pollutants. You know the basic monitoring methods and can analyze the pollution level and its sources. You know the main features of national and international guidance and regulations concerning air pollution.
Sisältö
What are the air pollutants? Where do anthropogenic emissions come from? How are the emissions transformed and transported in the atmosphere? What are the health and environmental consequences of air pollution? How can you analyze the pollution sources chemically and mathematically? The course includes 1,5 cr mathematics applied in the subject area.
Opiskelumateriaali
MAterial will be provided online
Opiskelumuodot ja -menetelmät
Scheduled track:
Contact lessons marked in the course schedule.
Blended track:
Possibility to take the course when precending studies are completed, or taken at the same time.
Tenttien ja tehtävien ajoittuminen
Two following general exams after the course
Opiskelijan työmäärä
Workload is based on the amount of credits earned.
Arviointiasteikko
1-5
Arviointikriteerit, hyvä (3)
The student can a) use professional vocabulary and concepts in an expert way in different situations. b) evaluate information sources critically. c) work as team members in working life expert duties and identify and describe the problems of the professional field. e) choose appropriate models, methods, software and techniques according to the purpose and justify these choices.
Arviointimenetelmät ja arvioinnin perusteet
Final exam and project works done during the course
Esitietovaatimukset
Basic engineering physics Basic engineering chemistry Energy production