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Heating systems (5 op)

Toteutuksen tunnus: TT00AF36-3002

Toteutuksen perustiedot


Ilmoittautumisaika
02.01.2019 - 14.01.2019
Ilmoittautuminen toteutukselle on päättynyt.
Ajoitus
07.01.2019 - 30.04.2019
Toteutus on päättynyt.
Opintopistemäärä
5 op
Lähiosuus
5 op
Toteutustapa
Lähiopetus
Yksikkö
Sähkö-, talo- ja biotuotetekniikan koulutusyksikkö
Toimipiste
Mikkelin kampus
Opetuskielet
englanti
Paikat
20 - 30
Koulutus
Talotekniikan koulutus
Opettajat
Jarmo Tuunanen
Ryhmät
TTMI19KD
Double Degree in Building services engineering, full-time studies
Opintojakso
TT00AF36
Toteutukselle TT00AF36-3002 ei löytynyt varauksia!

Tavoitteet

You understand the basics of hot water heating systems in buildings, their structure, functioning and operation. Main topic is hot water heating systems (hydronic heating). You will also get preliminary skills to dimension and choose the space heating units and heat distribution piping.
You will also learn to design and dimension the components and the equipment of the hot water heating system in buildings. In your decisions you take into account thermal comfort, health, total economy and environmental aspects. You get acquainted with the software of some component manufacturers.

Sisältö

How the heat demand of the building is calculated for design the heating systems in spaces and in whole buildings?
What kind of parts the heating system consist of and what are the functions of all parts?
With what kind of ways of heating, parts of heating systems and heat sources can hot water heating in a building be realized?
What kind of methods, practices and co-operation of designers can the requirements for heating be achieved?
What are the requirements of authorities for calculations and documents which full-fill the demands?

Arviointi

You can
a) use professional vocabulary systematically
c) identify interrelated tasks
e) use the key models, methods, software and techniques of the professional field

Esitietovaatimukset

You have adequate knowledge and skills of building structure, heat loss / demand calculations and heat transfer.

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