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Degree Program in Building Services Engineering, Electrical Systems: 20AI256

Code: 20AI256

Degree title
Bachelor of Engineering
Credits
240 ects
Duration
4 years (240 cr)
Start semester
Autumn 2020

Description

Building services technology is a key factor for the functionality, health and safety of the built environment. It allows you to create and maintain conditions suitable for your use, such as temperature, clean air and light. Building services takes care of the safe transmission and use of the water and electricity needed for operations.
Building services should identify the current and future needs of real estate users and find appropriate and workable solutions to them. The collection, transmission and utilization of various types of information related to the use of premises and the increasing automation play an increasingly important role in building technology. Intelligent management of buildings also requires wise use of energy and utilization of new energy solutions. Especially in Intelligent Property Management Systems and the new opportunities and challenges that come with them, you will learn about advanced building management systems. The training also extensively studies other electrical systems in real estate, such as electrical installations, lighting, electric heating, communication and data communication systems and alarm systems.
There are a number of statutory responsibilities and qualifications required for work in the field of building services. The systems are subject to safety, performance and energy use requirements in a variety of laws and regulatory acts. More and more requirements are based on EU directives and international standards. Knowledge of, compliance with, and application of the essential requirements of the regulations and continuous monitoring of changes in the field are the basis for the work in the field of building services and therefore their use is also an essential part of training.
Building services expertise is needed in both new and refurbishment projects. A growing field of work is the use and maintenance of real estate. Graduates usually work in the field of building technology designers, contracting, managerial or specialist positions, equipment manufacturing and sales, supervisory and regulatory functions, or property maintenance. You can either focus on one area or develop into a broad-based expert. A building services expert can find a job in a small or large company or become an entrepreneur.
Electronic building services training teaches students to design and manage a wide range of electrical systems for real estate. electrical installations, lighting, alarm systems, communication and communication systems and measuring, control and monitoring systems.
Training focused on Intelligent Property Management Systems and the new opportunities and challenges associated with them will place particular emphasis on the importance of automation in the overall management, control and monitoring of energy efficient and multifunctional properties. The studies meet the educational requirements for electrical qualification (S2).
The training includes joint studies with HVAC building service training. Collaborative studies increase understanding of how automated building services processes work and teach you how to make total energy efficient, safe, healthy, and functional building solutions.
Each academic year is divided into four study units. Throughout the study years, HVAC and electronic building service studies are closely linked, supporting collaboration and total solutions. Project studies that develop working capacity are carried out in cooperation with other training courses.

Curriculum development and working life cooperation

The curriculum is based on a long-term development of electronic building service education and a new building services training program started in 2009, the curriculum of which was developed in close cooperation with companies and other actors in the field. The aim of the training is to meet the challenges of the future, where the management of entities, cooperation and the impact of solutions on their environment are essential.
New business opportunities in the building services industry are expected as the industry becomes more important in construction. Society sets additional tasks for professionals in pursuing sustainable development goals and regulating the energy performance of buildings. Therefore, the building services training program is central to TAMK's focus on "Energy efficient and healthy built environment".
As the population ages, the living and operating environment must be built, refurbished and developed to create safe and healthy conditions for all its users.
Based on the experience gained, the revised curriculum has increased project-based, multidisciplinary work. Clear themes have also been selected for the study years. The themes and forms of the courses and modules allow for flexible refinements to the contents and forms of the studies.

Further information

Electronic building services training is a part of building technology education under the responsibility of electrical and automation engineering education. The degree program pilots training in intelligent property management systems and real estate automation, where in addition to electrical and automation technology, strong HVAC expertise is acquired.

Show study timings by academic year, semester or period

Code Name Credits (cr) 2020-2021 2021-2022 2022-2023 2023-2024 Autumn 2020 Spring 2021 Autumn 2021 Spring 2022 Autumn 2022 Spring 2023 Autumn 2023 Spring 2024 1. / 2020 2. / 2020 3. / 2021 4. / 2021 1. / 2021 2. / 2021 3. / 2022 4. / 2022 1. / 2022 2. / 2022 3. / 2023 4. / 2023 1. / 2023 2. / 2023 3. / 2024 4. / 2024
Total 240

Building Services Engineering Classifications

Designer of HVAC Qualifications
Building Services Technology in Detached Houses
Electrical Qualifications
Building Services Technology in Detached Houses
Design Project of a Detached House
Electrical Circuits 1
Electrical Circuits 2
Electrical Building Systems
Unclassified
Finnish Language and Study Skills
Geometry and Vector Algebra
Functions and Matrices
Fluid Mechanics and Thermophysics
Technical Documentation of Building Services Engineering
Differential Calculus
Integral Calculus
Electrostatics and Electric Circuits, Magnetism
Electronics and Digital Electronic
Automation of ...
Coaching for Practical Training and Safety Training
HVAC engineering 1
Integral Transforms
Thermal Sciences, Oscillations and Wave Motion
Basics of Measuring and Reporting
Practical Training 1
Laboratory Works of Physics
Swedish Language, Written
Swedish Language, Spoken
Building Constructions
Practical Training 2
Information Building Systems
Building Automation Systems and Field Buses
Heating and cooling Systems
Working English for Engineers
Enterprise Economics
Ventilation Systems
Advanced Building Automation Systems
Basics of Data Networks
Electrical Motors and Motor Drives
Lighting and bus solutions in buildings
BACS Project
Basics of Data Analysis and Machine Learning
BIM and Energy Simulations
Building Services Projects
Power Distribution Networks and Power Control
Building technology implementation and maintenance
Energy Use and Life Span Economy in Buildings
Sähköjärjestelmien käyttöönottotarkastukset, mittaukset ja sähkötyöturvallisuus
Technical English for Professionals
Leadership and Management
Practical Training 3
Bachelor's Thesis
Orientation for Engineering Mathematics
Mechanics
Basic Course in Swedish for Technical Science
Practical Course of Building Services
Free-choice Studies

Degree Certificate - Bachelors's degree (EQF6)

Structuring for Degree Certificate for Bachelor's Degree, according to AMK legislation. (Basic model).

Practical Training
Practical Training 1
Practical Training 2
Practical Training 3
Bachelor's Thesis
Bachelor's Thesis
Basic and Professional Studies
Finnish Language and Study Skills
Geometry and Vector Algebra
Functions and Matrices
Fluid Mechanics and Thermophysics
Building Services Technology in Detached Houses
Design Project of a Detached House
Differential Calculus
Integral Calculus
Electrostatics and Electric Circuits, Magnetism
Electrical Circuits 1
Electronics and Digital Electronic
Electrical Circuits 2
Electrical Building Systems
Integral Transforms
Thermal Sciences, Oscillations and Wave Motion
Basics of Measuring and Reporting
Laboratory Works of Physics
Swedish Language, Written
Swedish Language, Spoken
Building Constructions
Information Building Systems
Building Automation Systems and Field Buses
Working English for Engineers
Enterprise Economics
Advanced Building Automation Systems
Basics of Data Networks
BACS Project
Building Services Projects
Energy Use and Life Span Economy in Buildings
Technical English for Professionals
Leadership and Management
Free-Choice Studies
Orientation for Engineering Mathematics
Mechanics
Basic Course in Swedish for Technical Science
Practical Course of Building Services
Free-choice Studies
Unclassified
Technical Documentation of Building Services Engineering
Automation of ...
Coaching for Practical Training and Safety Training
HVAC engineering 1
Heating and cooling Systems
Ventilation Systems
Electrical Motors and Motor Drives
Lighting and bus solutions in buildings
Basics of Data Analysis and Machine Learning
BIM and Energy Simulations
Power Distribution Networks and Power Control
Building technology implementation and maintenance
Sähköjärjestelmien käyttöönottotarkastukset, mittaukset ja sähkötyöturvallisuus

Building Services Engineering Competence

Talotekniikan kompetenssimatriisi

Energy and Environmental Competence

Opiskelija
- osaa arvioida ratkaisujen ympäristökuormittavuutta ja -vaikutusta
- osaa ottaa ratkaisuissa huomioon elinkaarinäkökulman.
- osaa hahmottaa talotekniikka-alan tulevaisuuden mahdollisuuksia ympäristövaikuttavuuden kannalta
- tunnistaa keskeisten energiamuotojen käytön ympäristövaikutukset
- osaa selvittää energiatehokkuuteen liittyvät keskeiset vaatimukset
- osaa arvioida koko rakennushankkeen energiatehokkuutta
- osaa arvioida oman alansa järjestelmien energiankulutustaja taloteknisten järjestelmien ja niiden komponenttien vaikutusta rakennuksen tai toimilaitteiden energiatehokkuuteen
- osaa hyödyntää uusiututuvia energialähteitä ja hajautettua energiantuotantoa taloteknisissä ratkaisuissa

Building Services Technology in Detached Houses
Electrical Circuits 1
Electrical Circuits 2
Electrical Building Systems
BACS Project
Energy Use and Life Span Economy in Buildings
Bachelor's Thesis
Engineering Competence

* Osaa mallintaa oman alansa käytännön ilmiöitä matemaattis-luonnontieteellisesti
* Tunnistaa ilmiöiden ja teoreettisten mallien liittymisen toisiinsa
* Osaa mitata alan suureita ja analysoida mittaustuloksia
* tunnistaa tekniikan eri osa-alueita ja ja rajapintoja
LVI
Opiskelija
- osaa mallintaa, optimoida ja laskea LVI-järjestelmiä termodynamiikan sekä virtaus-, ääni- ja lämmönsiirtotekniikan avulla
- tuntee korroosiomekanismeja ja niiden vaikutuksia materiaalivalintoihin.

Sähköinen talotekniikka
Opiskelija
- osaa mallintaa sähköverkkoja teoreettisen sähkötekniikan avulla ja laskea niiden sähköteknisiä arvoja
- tunnistaa elektroniikan peruskomponentit, niiden toiminnan ja käytön alan laitteissa
- tunnistaa ohjelmoinnin peruskäsitteet ja osaa hyödyntää ohjelmointitekniikkaa käytännön ongelmanratkaisussa

Finnish Language and Study Skills
Electrical Circuits 1
Electronics and Digital Electronic
Electrical Circuits 2
Practical Training 1
Bachelor's Thesis
Practical Course of Building Services
System Competence

Opiskelija
- tunnistaa eri taloteknisten järjestelmien pääperiaatteet, toiminnan, rajapinnat ja ammattisanaston.
- osaa lukea kaikkia taloteknisiä dokumentteja.
- osaa antaa ja hankkia tietoa järjestelmistä oikea-aikaisesti eri toimijoille ja toimia heidän kanssaan yhteistyössä.
- osaa ottaa huomioon integraatiomahdollisuudet.
-osaa määrittää omien järjestelmiensä ohjaustarpeet sekä liittymisen kiinteistön hallintajärjestelmiin

LVI-talotekniikan syventävät opinnot
Opiskelija
- ymmärtää kiinteistöjen LVI-järjestelmät taustoineen ja toimintaperiaatteet lainalaisuuksineen.
- osaa mitoittaa ja valita teknistaloudellisten, mutta myös muilla perusteilla LVI-järjestelmiä ja –laitteita optimiratkaisun löytämiseksi.
- osaa kuvata LVI-järjestelmät ja –laitteet mitattavina, ohjattavina ja säädettävinä järjestelminä

Sähköisen talotekniikan syventävä opinnot
Opiskelija
- osaa selvittää kiinteistön keskeisten sähköjärjestelmien ja tietoteknisten - osaa kuvailla keskeiset kiinteistöjen hallintajärjestelmiin liittyvät ratkaisut ja niiden käyttösovellukset
- tunnistaa sähkönjakeluverkon ja teollisuussähköverkon perurakenteet
- osaa mitoittaa ja valita sähköteknisten järjestelmät sekä tunnistaa niiden taustana olevat teknistaloudelliset lähtökohdat
- osaa selvittää taloteknisten järjestelmien sähkömoottorikäyttöjen toimintaperiaatteet sekä niiden keskeiset suojaus- ja ohjausmenetelmät

Building Services Technology in Detached Houses
Design Project of a Detached House
Electrical Circuits 2
Electrical Building Systems
Information Building Systems
BACS Project
Bachelor's Thesis
Maintenace Competence

Opiskelija
- osaa ottaa huomioon niin suunnittelu- kuin toteutusvaiheessa taloteknisten järjestelmien ylläpitonäkökohtia
- osaa selvittää kiinteistöhoitoon liittyvät sopimuskäytäntöjä
- osaa määrittää ylläpidon ja huollon vaikutuksia rakennuksen elinkaaren aikaisiin kustannuksiin
osaa kuvailla huolto-ohjeiden ja huoltokirjan laatimisperiaatteita ja tuntee kiinteistönhoitoon liittyvät sopimuskäytäntöjä
* osaa selvittää taloteknisten järjestelmien ja laitteiden käyttäjille ja ylläpitäjille asetetut pätevyysvaatimuksia sekä ylläpitoon liittyvät työturvallisuusvaatimuksia
* Osaa analysoida oman alansa järjestelmiä silmämääräisesti ja mittaamalla

Information Building Systems
BACS Project
Bachelor's Thesis
Business Competence

Opiskelija
- tuntee liiketoiminnan perusmekanismit ja toiminnanohjausjärjestelmien perusteet
- osaa toimia projektimuotoisessa työskentelyssä sekä johtaa motivoivasti ihmisiä, prosesseja ja projekteja
- osaa kannattavuuslaskennan perusteet
- tietää työmaan työnjohtotehtävien, työsopimusten ja sopimusehtojen perusteet
- tunnistaa erilaisia oman alansa tarjouslaskentatapoja ja tarjous/sopimusprosesseja
- tuntee ajatusten ja tuotteiden myynnin ja markkinoinnin perusteet

Enterprise Economics
Practical Training 3
Bachelor's Thesis
Overall Competence of the Construction Project

Opiskelija
- tunnistaa koko talonrakennusprosessin aikatauluineen ja rajapintoineen hankevaiheesta toteutukseen ja käyttöönottoon sekä osaa kuvata siinä oman alansa roolin mm. tiedonsiirron ja tilatarpeiden osalta
- osaa kuvailla koko rakennushankkeen suunnitteluprosessin hankevaiheesta luovutukseen sekä sijoittaa talotekniikkasuunnitteluprosessit hankkeen kokonaisprosessiin.
- osaa kuvailla suunnittelun merkityksen koko hankkeen investointi- ja käyttökustannusten muodostumiseen ja elinkaareen
- osaa määrittää koko rakennusalan sopimusmenettelyt ja vastuut
- osaa selvittää rakentamisen alan keskeiset säädökset
- tunnistaa tyypilliset talonrakennuksessa käytetyt rakenteet ja niiden asettamat reunaehdot sekä osaa lukea rakennusteknisiä kuvia
- osaa selvittää työmaiden yleiset käytännöt ja työturvallisuusasiat
- osaa nimetä rakennuhankkeen vastuuhenkilöt ja tuntee keskeiset pätevyysvaatimukset

Practical Training 2
Energy Use and Life Span Economy in Buildings
Bachelor's Thesis
Design Competence

Opintojen sisällön ja laajuuden tavoittena on vastata voimassa olevia suunnittelupätevyysvaatimuksia koulutuksen osalta.
Opiskelija osaa
- käyttää suunnitteluohjelmistoja ja muita suunnittelutyökaluja
- soveltaa lähdeaineistoja kuten standardeja, mitoitusohjeita ja laite/järjestelmävalmistajien suosituksia.
- mitoittaa ja valita laitteita ja komponentteja teknistaloudellisilla periaatteilla
- määrittää tilatarpeita, hahmottaa omien ratkaisujen vaikutuksia sekä yhteensovittaa niitä kokonaissuunnitteluun
- antaa oman alansa suunnitteludokumenttien perusteella toteutuksen budjettihinnan
- kuvata taloteknisiin järjestelmiin liittyvät tietoturva- ja työturvallisuusvaatimuksia
- etsiä ja soveltaa suunnittelua ohjaavia määräyksiä sekä muut ohjeita ja suosituksia
- osaa laatia oman alansa suunnitteludokumentteja alansa käytäntöjen mukaisesti

Building Services Technology in Detached Houses
Design Project of a Detached House
Electrical Circuits 2
Electrical Building Systems
Information Building Systems
BACS Project
Energy Use and Life Span Economy in Buildings
Practical Training 3
Bachelor's Thesis
Requirement Competence

Opiskelija
- Tunnistaa rakennukseen, ihmisen hyvinvointiin ja turvallisuuteen liittyvät sekä rakennuksessa tapahtuvan toiminnan olosuhdetarpeet ja vaateet
- tiedostaa toimintaympäristöjen laadukkaan sisäympäristön merkityksen.
- ymmärtää tilaajan ja käyttäjän vaatimukset tilojen/toimintojen ominaisuuksille ja tarpeille.
- osaa selvittää käyttäjän/ rakennuttajan/asiakkaan todelliset tarpeet, toiminnot ja tavoitteet oikea-aikaisesti.
- osaa analysoida talotekniikan vanhoja, tämän hetkisiä ja tulevaisuuden mahdollisuuksia ja eri ratkaisujen vaikutuksia niihin
-tunnistaa oman alansa järjestelmien käyttäjälle keskeisiä ominaisuuksia ja kykenee kuvaamaan niitä asiakaslähtöisesti
-tunnistaa oman työnsä osuuden rakennuksen kokonaisvaltaisesta suunnittelusta
-osaa arvioida ja mitata olosuhteita. Tunnistaa olosuhteiden todentamisen merkityksen mittaamalla ja havainnoimmalla.

Building Services Technology in Detached Houses
Design Project of a Detached House
Information Building Systems
BACS Project
Energy Use and Life Span Economy in Buildings
Practical Training 3
Bachelor's Thesis
Realization Competence

Opiskelija
- tunnistaa taloteknisten järjestelmien toteutuksessa vaaditut pätevyydet ja ammattitaitovaatimukset
- osaa keskeisiä taloteknisen toteutuksen teknisiä asoita
- tunnistaa rajapinnat eri urakoitsijoiden välillä
- osaa kuvailla talotekniikan toteutusprosessin ja sen liittymisen talonrakennusprosessiin.
- osaa selvittää talotekniikan valvonta-, käyttöönotto- ja vastaanottomenettelyjä

LVI-talotekniikan syventävä opinnot
Opiskelija
- osaa etsiä ja selvittää LVI-urakointia ohjaavat viranomaissäädökset sekä muut ohjeet ja suositukset.
- omaa perusvalmiudet työmaiden LVI-työnjohtotehtäviin
- tehdä reikäkuvat LVI-asenuksista

Sähköisen talotekniikan syventävät opinnot
Opiskelija
- osaa suunnitelma opintosa täyttämään voimassaolevat sähköpätevyyden koulutusvaatimukset
- on suorittanut sähkötyöturvallisuuskoulutuksen
- osaa määrittää ja tehdä keskeiset sähköjärjestelmien asennuksiin liittyvät tarkastukset ja - mittaukset

Building Services Technology in Detached Houses
Design Project of a Detached House
Electrical Building Systems
Practical Training 1
Practical Training 2
Information Building Systems
BACS Project
Bachelor's Thesis
Unclassified
Geometry and Vector Algebra
Functions and Matrices
Fluid Mechanics and Thermophysics
Technical Documentation of Building Services Engineering
Differential Calculus
Integral Calculus
Electrostatics and Electric Circuits, Magnetism
Automation of ...
Coaching for Practical Training and Safety Training
HVAC engineering 1
Integral Transforms
Thermal Sciences, Oscillations and Wave Motion
Basics of Measuring and Reporting
Laboratory Works of Physics
Swedish Language, Written
Swedish Language, Spoken
Building Constructions
Building Automation Systems and Field Buses
Heating and cooling Systems
Working English for Engineers
Ventilation Systems
Advanced Building Automation Systems
Basics of Data Networks
Electrical Motors and Motor Drives
Lighting and bus solutions in buildings
Basics of Data Analysis and Machine Learning
BIM and Energy Simulations
Building Services Projects
Power Distribution Networks and Power Control
Building technology implementation and maintenance
Sähköjärjestelmien käyttöönottotarkastukset, mittaukset ja sähkötyöturvallisuus
Technical English for Professionals
Leadership and Management
Orientation for Engineering Mathematics
Mechanics
Basic Course in Swedish for Technical Science
Free-choice Studies

Structural Design of Studies according to Target Groups and Credit Units

Kunkin ohjelma- ja alakohtaisen opintotarjonnan kuvaus eri kohderyhmille opintopisteittäin. Käytetään suunnittelussa ja hallinnoinnissa.

Alternative Studies of the Field of Study

Alternative Studies of the Field of Study

Electrical Circuits 1
Electrical Circuits 2
Practical Training 1
Compulsory Studies of the Field of Study

Alan yhteiset pakolliset opinnot. Alalla tarkoitetaan koko alaa, esimerkiksi liiketalous tai hoitoala.

Finnish Language and Study Skills
Geometry and Vector Algebra
Functions and Matrices
Fluid Mechanics and Thermophysics
Building Services Technology in Detached Houses
Design Project of a Detached House
Differential Calculus
Integral Calculus
Electrostatics and Electric Circuits, Magnetism
Thermal Sciences, Oscillations and Wave Motion
Basics of Measuring and Reporting
Laboratory Works of Physics
Swedish Language, Written
Swedish Language, Spoken
Building Constructions
Building Automation Systems and Field Buses
Working English for Engineers
Enterprise Economics
Advanced Building Automation Systems
Building Services Projects
Energy Use and Life Span Economy in Buildings
Technical English for Professionals
Leadership and Management
Studies Available for All

No attached course units

Studies of the Particular Field of Study
BACS Project
Practical Course of Building Services
Studies of the Particular Study Path (option)
Electronics and Digital Electronic
Electrical Building Systems
Practical Training 2
Information Building Systems
Practical Training 3
Bachelor's Thesis
Salable Studies

No attached course units

Unclassified
Technical Documentation of Building Services Engineering
Automation of ...
Coaching for Practical Training and Safety Training
HVAC engineering 1
Integral Transforms
Heating and cooling Systems
Ventilation Systems
Basics of Data Networks
Electrical Motors and Motor Drives
Lighting and bus solutions in buildings
Basics of Data Analysis and Machine Learning
BIM and Energy Simulations
Power Distribution Networks and Power Control
Building technology implementation and maintenance
Sähköjärjestelmien käyttöönottotarkastukset, mittaukset ja sähkötyöturvallisuus
Orientation for Engineering Mathematics
Mechanics
Basic Course in Swedish for Technical Science
Free-choice Studies

Tamprere3 common learning outcomes

Ethics

The student
- takes responsibility for his/her actions and the consequences of those actions
- is familiar with the principles of sound scientific practice and acts accordingly
- complies with the research and professional ethics of his/her field
- applies the principles of equality, accessibility and fairness
- is able to influence the community and society on the basis of ethical values and by using the competence he/she has gained

Electrical Building Systems
Basics of Measuring and Reporting
Energy Use and Life Span Economy in Buildings
Leadership and Management
Bachelor's Thesis
International outlook and global responsibility

The student
- actively follows up on the international developments in his/her field and understands the effects and opportunities
- works in international operating environments and is capable of international and intercultural communication in his/her work and in its development
- anticipates and takes advantage of the impact and opportunities offered by the development of the international outlook in his/her work
- identifies local and global issues related to sustainable development and their interrelationships within the ecological, socio-cultural and economic dimensions of sustainable development
- orients him/herself to the future by identifying the consequences that decisions and choices have for sustainable development
- is familiar with sustainable development issues and ways of forming knowledge about sustainable development in his/her scientific or other field
- is able to critically specify and analyse sustainable development aspects in his/her field and in cross-disciplinary settings, and be committed in the way he/she applies the things he/she has learned
- is able to act in a goal-oriented manner and organise activities to find and implement solutions that promote sustainable development

Swedish Language, Written
Swedish Language, Spoken
Working English for Engineers
Technical English for Professionals
Leadership and Management
Learning skills and critical thinking

The student
- evaluates and develops his/her know-how and learning methods
- continually enhances his/her skills
- is able to solve new and complex problems and make decisions even in unexpected situations
- gathers, processes, evaluates, analyses and uses information in a versatile, critical and ethical way
- evaluates and develops his/her information gathering processes
- cooperates in the higher education community to construct information, and understands the importance of sharing information as a part of building his/her skills
- understands scientific thinking, reasoning and explanation

Finnish Language and Study Skills
Design Project of a Detached House
Basics of Measuring and Reporting
Social understanding and economic and leadership skills

The student
- has sufficient economic and leadership skills in his/her field and a willingness to expand this know-how
- is able to manage his/her work in a goal-oriented manner in working life
- is capable of planning work, working independently in expert positions and acting as an immediate supervisor when necessary
- understands the importance of economics and leadership in his/her field and knows how to build competitiveness through them
- understands the meaning of his/her work in the societal context and is able to participate in the public debate in his/her field

Enterprise Economics
Leadership and Management
Information technology and digital skills

The student
- is able to use information and communications technology
- understands the importance of digitalisation in his/her field and utilises the digital operating environments available in the field
- promotes the development of digital operating environments in his/her field
- knows the risks associated with digital environments and takes them into account in his/her own actions

Finnish Language and Study Skills
Basics of Data Networks
Employability skills

The student
- is able to act as a member of a work community and promote the community’s and his/her own well-being
- takes into account the diversity of actors in the work environment
- functions appropriately in complicated situations
- understands the importance of networks in working life and has the ability to develop his/her own networks

Finnish Language and Study Skills
Design Project of a Detached House
Practical Training 1
Practical Training 2
Building Services Projects
Practical Training 3
Innovation

The student
- implements research and development activities by using existing knowledge and methods in his/her field, and produces new knowledge and methods for the field
- finds and creates new customer-oriented, sustainable and economically viable solutions
- thinks creatively and sees alternative solution-oriented ways of working in a variety of cross-disciplinary and working life situations
- understands the importance of the global problems humankind is facing, as well as the significance of development and innovation in solving them
- has entrepreneurial skills

Building Services Projects
Interaction and communication skills

The student
- works in communication and interaction situations in working life as required by the task as a member of the community, such as in a team or a project group
- is able to engage in constructive and expert social debate
- is able to discuss research-based knowledge and understand the status of different presentations and media texts
- is able to communicate and work with people from different cultures and master the language skills required in his/her field
- has mastered at least one foreign language at a level that allows him/her to follow the developments in the field and to work in an international environment

Finnish Language and Study Skills
Design Project of a Detached House
Building Services Projects
Bachelor's Thesis
Unclassified
Geometry and Vector Algebra
Functions and Matrices
Fluid Mechanics and Thermophysics
Building Services Technology in Detached Houses
Technical Documentation of Building Services Engineering
Differential Calculus
Integral Calculus
Electrostatics and Electric Circuits, Magnetism
Electrical Circuits 1
Electronics and Digital Electronic
Automation of ...
Coaching for Practical Training and Safety Training
Electrical Circuits 2
HVAC engineering 1
Integral Transforms
Thermal Sciences, Oscillations and Wave Motion
Laboratory Works of Physics
Building Constructions
Information Building Systems
Building Automation Systems and Field Buses
Heating and cooling Systems
Ventilation Systems
Advanced Building Automation Systems
Electrical Motors and Motor Drives
Lighting and bus solutions in buildings
BACS Project
Basics of Data Analysis and Machine Learning
BIM and Energy Simulations
Power Distribution Networks and Power Control
Building technology implementation and maintenance
Sähköjärjestelmien käyttöönottotarkastukset, mittaukset ja sähkötyöturvallisuus
Orientation for Engineering Mathematics
Mechanics
Basic Course in Swedish for Technical Science
Practical Course of Building Services
Free-choice Studies

Code Name Credits (cr)
20AI256-1001
Orientation of Engineering

(Choose all )

14
5T00EE81 Finnish Language and Study Skills 5
5N00EG72 Geometry and Vector Algebra 3
5N00EG73 Functions and Matrices 3
5N00EI68 Fluid Mechanics and Thermophysics 3
20AI256-1002
Basic Skills for Building Systems Engineering

(Choose all )

13
5T00EF23 Building Services Technology in Detached Houses 5
5T00EF21 Design Project of a Detached House 5
5T00FH03 Technical Documentation of Building Services Engineering 3
20AI256-1003
Basic Skills of Engineering

(Choose all )

9
5N00EG74 Differential Calculus 3
5N00EG75 Integral Calculus 3
5N00EI69 Electrostatics and Electric Circuits, Magnetism 3
20AI256-1004
Basic Skills of Electrical Engineering

(Choose all )

20
5T00EF01 Electrical Circuits 1 5
5T00EF03 Electronics and Digital Electronic 5
5T00FH04 Automation of ... 5
5T00FH30 Coaching for Practical Training and Safety Training 5
20AI256-1005
Building Services Engineering Skills 1

(Choose all )

15
5T00EF09 Electrical Circuits 2 5
5T00FH05 HVAC engineering 1 5
5T00EF27 Electrical Building Systems 5
20AI256-1024
Engineer Competence

(Choose all )

17
5N00EG76 Integral Transforms 3
5N00EW01 Thermal Sciences, Oscillations and Wave Motion 3
5N00EI71 Basics of Measuring and Reporting 3
5T00EF17 Practical Training 1 8
20AI256-1022
Engineer Competence 2

(Choose all )

20
5N00EI72 Laboratory Works of Physics 3
5N00EK77 Swedish Language, Written 2
5N00EK78 Swedish Language, Spoken 2
5T00EH88 Building Constructions 5
5T00EF55 Practical Training 2 8
20AI256-1025
Building Services Engineering Skills 2

(Choose all )

14
5T00EF47 Information Building Systems 4
5T00EH98 Building Automation Systems and Field Buses 5
5T00FH07 Heating and cooling Systems 5
20AI256-1008
Engineer at work

(Choose all )

8
5N00EK81 Working English for Engineers 3
5T00EF39 Enterprise Economics 5
20AI256-1023
Engineer Competence 2 in Building Services Engineering

(Choose all )

20
5T00FH06 Ventilation Systems 5
5T00EI12 Advanced Building Automation Systems 5
5T00EQ02 Basics of Data Networks 5
5T00FH24 Electrical Motors and Motor Drives 5
20AI256-1011
Control Systems in Buildings

(Choose all )

25
5T00FH08 Lighting and bus solutions in buildings 5
5T00EF87 BACS Project 5
5T00FH09 Basics of Data Analysis and Machine Learning 5
5T00FH10 BIM and Energy Simulations 5
20AI256-1012
Project Work

(Choose all )

5
5T00EI58 Building Services Projects 5
20AI256-1013
Commissioning and Maintenance of Electrical Building Systems

(Choose all )

20
5T00FH11 Power Distribution Networks and Power Control 5
5T00FH12 Building technology implementation and maintenance 5
5T00EF93 Energy Use and Life Span Economy in Buildings 5
5T00FH31 Sähköjärjestelmien käyttöönottotarkastukset, mittaukset ja sähkötyöturvallisuus 5
20AI256-1014
Building Systems Engineer in Business

(Choose all )

15
5N00EK80 Technical English for Professionals 3
5T00EI22 Leadership and Management 3
3T00EF83 Practical Training 3 9
20AI256-1019
Bachelor's Thesis

(Choose all )

15
5T00EF97 Bachelor's Thesis 15
20AI256-1020
Free-choice Studies

(Choose ects: 15 )

15
20AI256-1021
Orientation for Engineering Studies

(Choose 12 )

0 - 12
5N00EG71 Orientation for Engineering Mathematics 3
5N00EI67 Mechanics 3
5N00EK79 Basic Course in Swedish for Technical Science 3
5T00EE79 Practical Course of Building Services 3
5T00EF99 Free-choice Studies 15

Due to the timing of optional and elective courses, credit accumulation per semester / academic year may vary.

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