Building Services Technology in Detached Houses (5 cr)

Objectives (course unit)

The student is able to use and interpret regulations and instructions in the field of construction and to search for weather information in Finland and utilize it for managing indoor air conditions. The student is able to choose solutions based on different criteria and needs and takes into consideration the laws that influence comfort. The student is able to design and dimension HVAC systems in a conventional residential building and utilize the power grid using professional literature. The student is able to read design documents in the field of building services and name the main basics of electrical safety and their effects on buildings service technology. The student can name equipment and system suppliers in the field.

Content (course unit)

Regulations and standards as a starting point for the building services engineering solutions for a detached house. The general structure of building services engineering. The energy use and requirements for energy efficiency in a detached house. The common fundamentals of building services engineering. The physical, physiological and psychological factors affecting comfort. The HVAC dimensioning of a detached house, choice of equipment and planning. Installation techniques and equipment.
The central regulations and standards concerning electrical safety. Applying electrical quantities in the electric network of a residential building. Basics of electrical installations, protection from electric shocks, the basic structure of an electric network in a house, determining output capacity, dimensioning wires, choice and placement of electrical equipment, installation methods, IP-classes, graphic symbols. Markings on electrical devices.

Prerequisites (course unit)

Basic skills of Heat Transfer and Electrical Engineering

Assessment criteria, satisfactory (1-2) (course unit)

The student is able to list the most common building systems of a single-family house. Is able to prepare preliminary dimensioning calculations for basic systems. The student is able to read the technical documentation of a small house and tell about the factors influencing the comfort and how they can be influenced by the building service systems. The student can name and search for equipment and system suppliers in the field. Students recognize the regulations and instructions in the field.

Assessment criteria, good (3-4) (course unit)

The student is able to describe the principles of building service systems for residential buildings. Students will be able to choose solutions based on different criteria and needs, as well as design and dimension building service systems in a conventional residential building. He / she can use industry guidelines and regulations. The student is able to define the elements of sustainable development of the topic.

Assessment criteria, excellent (5) (course unit)

The student is able to create an energy efficient and functional system of building service systems. The student is able to evaluate the solutions as a whole from the perspective of sustainable development. The student is able to describe building service solutions as a compatible whole. Student is able to apply the guidelines and regulations of the field.

Location and time

Opetus aloitetaan lukujärjestyksen mukaisesti syksyn 1.periodissa lähiopetuksena yhdessä sähköisen talotekniikan (20AI254) opiskelijoiden kanssa. Korona-tilanteen vaatiessa opetuksessa siirrytään etäopetukseen.

Exam schedules

Tentti 9.10.2020
Uusintatentit talotekniikan yleisillä uusintakoepäivillä tai erikseen yhdessä sovittuina ajankohtina.
Kurssin suoritteita otetaan vastaan vuoden 2020 loppuun asti.

Evaluation methods and criteria

Tentti + viikkotehtävät
Pisterajat esitetään kurssin alussa

Assessment scale

0-5

Teaching methods

Kurssi on erikseen tentittävä osatoteutus osana syksyn aikana tehtävää suunnitteluprojektia. Opetus koostuu luennoista, pienryhmätyöskentelystä ja itsenäisesti tehtävistä harjoitustehtävistä.

Learning materials

ST- ja RT-kortisto
Alan standardit
Luentomateriaalit

Student workload

5 op. vastaa kuormitukseltaan noin 135 työtuntia. Lähiopetusta (läsnä tai etänä toteutettavaa) on syksyn ensimmäisen periodin ajan perjantaisin kolme tuntia. Loppu opiskelu on itsenäisesti tehtäviä harjoituksia ja alan materiaaleihin tutustumista.

Content scheduling

Kurssi ajoittuu syksyn ensimmäiselle periodille. Lähiopetus perjantaisin kolme tuntia aikataulun mukaisesti (koronatilanteen mukaan).

Completion alternatives

AHOT-suoritus mahdollista kurssin alussa sovittaessa.

Practical training and working life cooperation

Ei ole

Further information

Kurssi toteutetaan yhteistyössä sähköisen talotekniikan opiskelijoiden kanssa. Kurssi on osa syksyn aikana toteutettavaa suunnitteluprojektia, joka jatkuu syksyn toisella periodilla kurssilla "Asuinrakennuksen suunnitteluprojekti".

Assessment criteria - satisfactory (1-2) (Not in use, Look at the Assessment criteria above)

The student is able to list the most common building systems of a single-family house. Is able to prepare preliminary dimensioning calculations for basic systems. The student is able to read the technical documentation of a small house and tell about the factors influencing the comfort and how they can be influenced by the building service systems. The student can name and search for equipment and system suppliers in the field. Students recognize the regulations and instructions in the field.

Assessment criteria - good (3-4) (Not in use, Look at the Assessment criteria above)

The student is able to describe the principles of building service systems for residential buildings. Students will be able to choose solutions based on different criteria and needs, as well as design and dimension building service systems in a conventional residential building. He / she can use industry guidelines and regulations. The student is able to define the elements of sustainable development of the topic.

Assessment criteria - excellent (5) (Not in use, Look at the Assessment criteria above)

The student is able to create an energy efficient and functional system of building service systems. The student is able to evaluate the solutions as a whole from the perspective of sustainable development. The student is able to describe building service solutions as a compatible whole. Student is able to apply the guidelines and regulations of the field.