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Degree Programme in Civil Engineering: TR12S1

Code: TR12S1

Credits
240 ects
Duration
4 years (240 ECTS)
Start semester
Autumn 2012
Teaching language
Finnish

Descriptions

Degree Programme in Civil Engineering

Level of qualification
Bachelor of Engineering

Qualification awarded
Bachelor of Engineering

Specific admission requirements
Application to Bachelor's degrees conducted as daytime studies takes place online through a joint application system. The general admissions criteria of Metropolia are applied.

Specific arrangements for recognition of prior learning
According to Metropolia's common rules and instructions.

Qualification requirements and regulations
The awarding of Bachelor of Engineering (BEng) diploma requires the acquisition of no less than 240 ECTS points during 8 semesters. An academic year of daytime studies is equivalent to 60 ECTS points.
See the Degree Regulations of Helsinki Metropolia UAS >>

Profile of the programme
The specialisation options of the civil engineering degree programme are structural engineering, construction and site management and infrastructure construction.

Key learning outcomes
The purpose of the Degree Programme in Civil Engineering is to train construction professionals with the ability to work in a variety of building industry jobs. The graduates have a wide expertise and a general understanding of the theory, practice and methods in their field and a deep understanding of their area of specialisation. Construction engineers not only need good professional expertise but also problem-solving skills, mathematical and financial judgement, teamworking and supervisor skills, good IT skills, an ability to communicate clearly, and language skills.

Occupational profiles of graduates
Construction engineers may design housing or business or industrial buildings, be in charge of building site construction, maintenance and renovation projects or engage in the building of infrastructures.

Access to further studies
Opportunities for further study are a Master's Degree as well as a Master of Science degree, which gives validity to more complex construction specialist positions.

Course structure diagram
The course structure diagram is specified in the programme study plan >> Select specialisation option from the menu bar on the left.

Examination regulations, assessment and grading
Course assessment criteria are specified in the course implementation plan. The teacher in charge of the course will be responsible for the assessment. At the beginning of the course, students will be informed on the assessment principles which must be based on the course objectives.
Assessment applies to the students who have registered and been accepted on the course. If the course consists of several components, the teacher may point this out in the assessment principles contained in the implementation plan.

Different components of a course may be assessed individually.
The assessment scale is as follows: 5 excellent 4 very good 3 good 2 very satisfactory 1 satisfactory 0 fail H pass

The grade of an approved course cannot be upgraded in a re-sit. Students that fail a course may re-sit the exam twice on specified dates.

Students will be provided with feedback and assessment within four weeks of their course performance and in any case well before the next possible retake. The teacher in charge of the course will ensure that the course grades are entered in the study credit register after the assessments have been made public. Grades for successfully completed courses that have been entered in the study credit register cannot be erased. The course coordinator or teacher files the documents used as the basis for student assessment for six months, counting from the publication of the assessment.

Graduation requirements
A student is required to successfully complete the designated program of courses and meet a minimum of 240 ECTS credit requirement

Mode of study
Full-time, daytime studies

Programme director
Head of Degree Programme Simo Hoikkala
tel 020 7836 024 simo.hoikkala[at]metropolia.fi

Development

Rakennustekniikan koulutusohjelma on muutettu osaamisperustaiseksi. Opetussuunnitelmaa on kehitetty yhteistyössä rakennustekniikan neuvottelukunnan ja muiden yhteistyökumppaneiden kanssa. Lisäksi pidempijänteistä kehittämistä varten on perustettu rakennuslan tulevaisuustyöryhmä, johon on koottu asiantuntijoita rakennuslalta ja muista sidosryhmistä.


Opetussuunnitelma on käsitelty ja hyväksytty rakennustekniikan neuvottelukunnan kokouksessa 29.3.2012.

Further information

Qualification awarded
Level of qualification

Specific admission requirements

Application to Bachelor's degrees conducted as daytime studies takes place online through joint application system. The general admissions criteria of Metropolia is applied.

Specific arrangements for recognition of prior learning

According to Metropolia's common rules and instructions.

Qualification requirements and regulations

The awarding of Bachelor of Engineering (BEng) diploma requires the acquisition of no less than 240 ECTS points during 8 semesters. An academic year of day studies is equivalent to 60 ECTS points.

Profile of the programme

The specialisation options of the civil engineering degree programme are structural engineering, construction and site Management and infrastructure construction.

Key learning outcomes

The purpose of the Degree Programme in Civil Engineering is to train construction professionals with the ability to work in a variety of building industry jobs. The graduates have wide expertise and a general understanding of the theory, practice and methods in their field and a deep understanding of their area of specialisation. Construction engineers not only need good professional expertise but also problem-solving skills, mathematical and financial judgement, teamworking and supervisor skills, good IT skills, an ability to communicate clearly, and language skills.

Occupational profiles of graduates with examples

Construction engineers may design housing or business or industrial buildings, be in charge of building site construction, maintenance and renovation projects or engage in the building of infrastructures.

Access to further studies

Opportunities for further study are a Master's degree as well as building a Master of Science degree, which give validity to more complex construction specialist positions.

Course structure diagram with credits

Examination regulations, assessment and grading

Course assessment criteria are specified in the course implementation plan. The teacher in charge of the course will be responsible for the assessment. Students will be informed at the beginning of the course on the assessment principles, which must be based on the course objectives.

Assessment applies to the students who have registered and been accepted on the course. If the course consists of several components, the teacher may point this out in the assessment principles contained in the implementation plan.
Different components of a course may be assessed individually.

The assessment scale is as follows: 5 excellent 4 very good 3 good 2 very satisfactory 1 satisfactory 0 fail H pass

The grade of an approved course cannot be upgraded in a re-sit. Students that fail a course may re-sit the exam twice on specified dates.

Students will be provided with feedback and assessment within four weeks of their course performance and in any case well before the next possible retake. The teacher in charge of the course will ensure that the course grades are entered in the study credit register after the assessments have been made public.Grades for successfully completed courses that have been entered in the study credit register cannot be erased. The course coordinator or teacher files the documents used as the basis for student assessment for six months, counting from the publication of the assessment.

Graduation requirements

A student is required to successfully complete the designated program of courses meet a minimum of 240 ECTS credit requirement

Mode of study (full-time, part-time…)

Full-time, daytime studies

Programme director or equivalent

Head of Degree Programme Simo Hoikkala
tel 020 7836 024 simo.hoikkala@metropolia.fi

Show study timings by semester, study year or period

Code Name Credits (ECTS) 2012-2013 2013-2014 2014-2015 2015-2016 Autumn 2012 Spring 2013 Autumn 2013 Spring 2014 Autumn 2014 Spring 2015 Autumn 2015 Spring 2016 1. / 2012 2. / 2012 3. / 2013 4. / 2013 1. / 2013 2. / 2013 3. / 2014 4. / 2014 1. / 2014 2. / 2014 3. / 2015 4. / 2015 1. / 2015 2. / 2015 3. / 2016 4. / 2016
TR12S1-1000
Core Requirement Studies

(Choose all )

73
TR12S1-1005
Mathematics

(Choose all )

12
TR00AD11 Algebra and geometry 3
TR00AB19 Functions and vectors 3
TR00AB20 Diffrential calculus and matrices 3
TR00AB21 Integral calculus and differential equations 3
TR12S1-1006
Physics and Chemistry

(Choose all )

28
TR00AB24 Mechanics 3
TR00AB25 Fluid Flow and Thermal Physics 3
TR00AB26 Building Physics 3
TR00AB28 Statics 1 3
TR00AB29 Statics 2 3
TR00AB30 Mechanics of Materials 3
TR00AB31 Chemistry 3
TR00AB32 Chemistry of Building Materials 3
TR00AD12 Chemistry of Building Materials 4
TR12S1-1007
Foreign Languages

(Choose all )

15
TR00AB34 Finnish Communication Skills for Technology 3
TR00AB35 Working life Finnish and Academic Communication Skills 3
XX00AC51 Professional English 3
TR00AB37 English for the Construction Industry 3
XX00AC52 Swedish at Work 3
TR12S1-1008
Industrial engineering and management

(Choose all )

6
TR00AB42 Basics of Construction Economics 3
TR00AB40 Management 3
TR12S1-1009
Information Technology

(Choose all )

9
TR00AC67 Information Technology and Computing Skills 3
TR00AB44 Technical documentation (CAD) 3
TR00AD13 Basics of Building Information Model (BIM) 3
XX00AC54 Introduction to Studies 3
TR12S1-1001
Professional Studies

(Choose all )

213
TR12S1-1010
Building Construction

(Choose all )

18
TR00AB49 Basics of building construction 3
TR00AB50 Building materials 3
TR00AB51 Building structures 3
TR00AD14 Concrete Technology 3
TR00AD15 Execution Technologies of Concrete Structures 3
TR00AB54 Building Regulations and Authority Guidelines 3
TR12S1-1011
Structural Engineering

(Choose all )

6
TR00AB56 Basics of structural design 3
TR00AB67 Basics of Timber Structures 3
TR12S1-1012
Infrastructures

(Choose all )

12
TR00AB59 Basics of Infrastructures 3
TR00AB60 Geotechnics 3
TR00AB61 Foundation Engineering 3
TR00AB62 Surveying Techniques 3
TR12S1-1013
Project studies

(Choose all )

16
TR00AD16 Basics of Construction 3
TR00AB41 Project Management 3
XX00AC55 Innovation Project 10
TR12S1-1014
Infrastructural Engineering

(Choose all )

53
TR00AD09 Concrete in Infrastructures 4
TR00AD17 Geotechnical Engineering in Infrastructures 4
TR00AC51 Environmental geotechnics 3
TR00AC53 Soil engineering 3
TR00AD18 Rock Construction and Crushing Works 5
TR00AD19 Rock Construction 4
TR00AC56 Hydraulic Engineering 3
TR00AC57 Soil construction 3
TR00AD20 Highway Design 3
TR00AD21 Civil Engineering of the Traffic Facilities 5
TR00AD22 Reparation of the Traffic Facilities 4
TR00AC64 Environmental Engineering 3
TR00AD23 Construction and Renovation of Water Supply network 5
TR00AD08 Project Work in Infrastructures 4
TR12S1-1015
Structural Engineering

(Choose all )

54
TR00AD02 Structural Engineering 2 4
TR00AD03 IT applications of structural design 3
TR00AB72 Applications of Mechanics of Structures 3
TR00AB73 Structural Mechanics 3
TR00AB74 Hyperstatic Structures 3
TR00AB57 Basics of concrete structures 3
TR00AB75 Design of concrete structures 3
TR00AB76 Cast In-situ structures 3
TR00AB77 Precast concrete structures 3
TR00AD05 Stability of Buildings 3
TR00AB78 Basics of Design of Steel Structures 3
TR00AD24 Design of Steel Structures 4
TR00AB69 Renovation Fundamentals 3
TR00AD04 Strengthening of Load Bearing Structures 3
TR00AB82 Design of building envelope structures 3
TR00AB71 Building services 3
TR00AD06 Structural Engineering Project 4
TR12S1-1016
Construction Project Management

(Choose all )

54
TR00AB57 Basics of concrete structures 3
TR00AD10 Renovation Fundamentals 3
TR00AB88 Basics of Construction Works 3
TR00AB89 Site Management 5
TR00AB90 The production of frame structures 3
TR00AB91 Building Envelope Structures 3
TR00AB92 Work Safety 3
TR00AB93 Construction Site Planning 3
TR00AB94 Work Planning 3
TR00AD25 Cost Management of Construction 5
TR00AD26 Construction Contracts and Procurements 5
TR00AB97 Life Cycle Economics 3
TR00AC02 Building Service Systems 5
TR00AD27 Construction Economics Project 4
TR00AD28 IT Applications of Construction Economics 3
TR12S1-1017
Elective Module

(Choose 0)

0
TR00AB22 Probability calculus and statistics 3
TR00AB63 Entrepreneurship in Construction 3
TR00AD01 Condition Assessment of Building and Renovation of Building Envelope Structures 4
TR00AD07 BIM in infradesign 4
TR12S1-1002
Elective Studies

(Choose 0)

0
TR12S1-1003
Practical Training

(Choose all )

30
TR00AC10 Work Placement 1 15
TR00AC11 Work Placement 2 15
TR12S1-1004
Bachelor's Thesis

(Choose all )

15
TR00AC13 Final Project 15
Total 240 54 74 127 90 30 24 21 53 70 57 46 44 15 15 12 12 10.5 10.5 26.5 26.5 35 35 28.5 28.5 23 23 22 22

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

polytechnics::bachelor level

Government Decree on Polytechnics (15.5.2003/352; 4 §)

Professional Studies
Basics of Building Information Model (BIM)
Basics of building construction
Building materials
Building structures
Concrete Technology
Execution Technologies of Concrete Structures
Building Regulations and Authority Guidelines
Basics of structural design
Basics of Timber Structures
Basics of Infrastructures
Geotechnics
Foundation Engineering
Surveying Techniques
Basics of Construction
Concrete in Infrastructures
Geotechnical Engineering in Infrastructures
Environmental geotechnics
Soil engineering
Rock Construction and Crushing Works
Rock Construction
Hydraulic Engineering
Soil construction
Highway Design
Civil Engineering of the Traffic Facilities
Reparation of the Traffic Facilities
Environmental Engineering
Construction and Renovation of Water Supply network
Project Work in Infrastructures
Structural Engineering 2
IT applications of structural design
Applications of Mechanics of Structures
Structural Mechanics
Hyperstatic Structures
Basics of concrete structures
Design of concrete structures
Cast In-situ structures
Precast concrete structures
Stability of Buildings
Basics of Design of Steel Structures
Design of Steel Structures
Renovation Fundamentals
Strengthening of Load Bearing Structures
Design of building envelope structures
Building services
Structural Engineering Project
Basics of concrete structures
Renovation Fundamentals
Basics of Construction Works
Site Management
The production of frame structures
Building Envelope Structures
Work Safety
Construction Site Planning
Work Planning
Cost Management of Construction
Construction Contracts and Procurements
Life Cycle Economics
Building Service Systems
Construction Economics Project
IT Applications of Construction Economics
Entrepreneurship in Construction
Condition Assessment of Building and Renovation of Building Envelope Structures
BIM in infradesign
Work Placement
Work Placement 1
Work Placement 2
Bachelor´s Thesis
Innovation Project
Final Project
Core Requirement Studies
Algebra and geometry
Functions and vectors
Diffrential calculus and matrices
Integral calculus and differential equations
Mechanics
Fluid Flow and Thermal Physics
Building Physics
Statics 1
Statics 2
Mechanics of Materials
Chemistry
Chemistry of Building Materials
Chemistry of Building Materials
Finnish Communication Skills for Technology
Working life Finnish and Academic Communication Skills
Professional English
English for the Construction Industry
Basics of Construction Economics
Management
Technical documentation (CAD)
Project Management
Probability calculus and statistics
Elective Studies
Information Technology and Computing Skills
Not grouped
Swedish at Work
Introduction to Studies

civil engineering::subject specific competences

Subject specific competences Degree programme in Civil Engineering

Competence in renovation
Basics of Construction Economics
Building Regulations and Authority Guidelines
Reparation of the Traffic Facilities
Construction and Renovation of Water Supply network
Renovation Fundamentals
Strengthening of Load Bearing Structures
Design of building envelope structures
Building Envelope Structures
Condition Assessment of Building and Renovation of Building Envelope Structures
Final Project
Competence in construction economics
Basics of Construction Economics
Basics of building construction
Building materials
Building structures
Building Regulations and Authority Guidelines
Foundation Engineering
Environmental geotechnics
Soil engineering
Hydraulic Engineering
Soil construction
Design of concrete structures
Cast In-situ structures
Precast concrete structures
Basics of Design of Steel Structures
Renovation Fundamentals
Design of building envelope structures
Basics of Construction Works
Site Management
Work Planning
Life Cycle Economics
Building Service Systems
Final Project
Competence in construction production
Basics of Construction Economics
Management
Basics of building construction
Building materials
Building structures
Building Regulations and Authority Guidelines
Basics of Timber Structures
Basics of Infrastructures
Foundation Engineering
Surveying Techniques
Basics of Construction
Project Management
Innovation Project
Geotechnical Engineering in Infrastructures
Environmental geotechnics
Soil engineering
Rock Construction and Crushing Works
Rock Construction
Hydraulic Engineering
Soil construction
Highway Design
Civil Engineering of the Traffic Facilities
Reparation of the Traffic Facilities
Construction and Renovation of Water Supply network
Project Work in Infrastructures
Cast In-situ structures
Precast concrete structures
Basics of Construction Works
Site Management
The production of frame structures
Building Envelope Structures
Work Safety
Construction Site Planning
Work Planning
Cost Management of Construction
Construction Contracts and Procurements
Building Service Systems
Construction Economics Project
IT Applications of Construction Economics
Probability calculus and statistics
Entrepreneurship in Construction
Condition Assessment of Building and Renovation of Building Envelope Structures
BIM in infradesign
Work Placement 1
Work Placement 2
Final Project
Competence in structural design
Algebra and geometry
Functions and vectors
Diffrential calculus and matrices
Integral calculus and differential equations
Mechanics
Fluid Flow and Thermal Physics
Building Physics
Statics 1
Statics 2
Mechanics of Materials
Chemistry of Building Materials
Basics of Construction Economics
Information Technology and Computing Skills
Technical documentation (CAD)
Basics of Building Information Model (BIM)
Basics of building construction
Building materials
Building structures
Concrete Technology
Execution Technologies of Concrete Structures
Building Regulations and Authority Guidelines
Basics of structural design
Basics of Timber Structures
Basics of Infrastructures
Geotechnics
Foundation Engineering
Surveying Techniques
Innovation Project
Concrete in Infrastructures
Geotechnical Engineering in Infrastructures
Environmental geotechnics
Soil engineering
Hydraulic Engineering
Environmental Engineering
Structural Engineering 2
IT applications of structural design
Applications of Mechanics of Structures
Structural Mechanics
Hyperstatic Structures
Basics of concrete structures
Design of concrete structures
Cast In-situ structures
Precast concrete structures
Stability of Buildings
Basics of Design of Steel Structures
Design of Steel Structures
Renovation Fundamentals
Strengthening of Load Bearing Structures
Design of building envelope structures
Building services
Structural Engineering Project
Basics of concrete structures
Renovation Fundamentals
Work Placement 1
Work Placement 2
Final Project
Competence in environmental responsibility and life cycle analysis in construction
Chemistry
Chemistry of Building Materials
Finnish Communication Skills for Technology
Working life Finnish and Academic Communication Skills
Professional English
English for the Construction Industry
Swedish at Work
Basics of Construction Economics
Introduction to Studies
Basics of building construction
Building materials
Building structures
Concrete Technology
Execution Technologies of Concrete Structures
Building Regulations and Authority Guidelines
Basics of Infrastructures
Geotechnics
Foundation Engineering
Environmental geotechnics
Soil engineering
Environmental Engineering
Project Work in Infrastructures
Renovation Fundamentals
Building services
Life Cycle Economics
Building Service Systems
Final Project
Not grouped

generic competences

========================================== Jäsennys poistunut käytöstä. Mallin korvaa ARENE:n soveltamisohje "SUOSITUS TUTKINTOJEN KANSALLISEN VIITEKEHYKSEN (NQF) JA TUTKINTOJEN YHTEISTEN KOMPETENSSIEN SOVELTAMISESTA AMMATTIKORKEA-KOULUISSA", 23.2.2010. Uusi malli tallennettu nimellä "amk::amk tutkintojen yleiset kompetenssit (2010)" 25.8.2010 (OT) ========================================== Ammattikorkeakoulututkinnon suorittaneiden yleiset kompetenssit (ECTS-projektin suositus 19.04.2006) Mallia käytetään sekä ammattikorkeakoulututkinnoissa että ylemmissä amk-tutkinnoissa. Kompetenssien määrittelyyn liittyviä asioita ja määrittelytyön tuloksia on käsitelty tarkemmin projektin kotisivuilla www.ncp.fi/ects.

Ethical Competence
Basics of Construction Economics
Management
Building Regulations and Authority Guidelines
Project Management
Innovation Project
Work Placement 1
Work Placement 2
Final Project
Learning Competence
Algebra and geometry
Functions and vectors
Diffrential calculus and matrices
Integral calculus and differential equations
Mechanics
Fluid Flow and Thermal Physics
Building Physics
Statics 1
Statics 2
Mechanics of Materials
Chemistry
Chemistry of Building Materials
Finnish Communication Skills for Technology
Working life Finnish and Academic Communication Skills
Professional English
English for the Construction Industry
Swedish at Work
Basics of Construction Economics
Management
Technical documentation (CAD)
Introduction to Studies
Basics of building construction
Building materials
Building structures
Building Regulations and Authority Guidelines
Basics of structural design
Basics of Infrastructures
Geotechnics
Foundation Engineering
Surveying Techniques
Basics of Construction
Project Management
Innovation Project
Environmental geotechnics
Soil engineering
Hydraulic Engineering
Soil construction
Environmental Engineering
Project Work in Infrastructures
Applications of Mechanics of Structures
Structural Mechanics
Hyperstatic Structures
Basics of concrete structures
Design of concrete structures
Cast In-situ structures
Precast concrete structures
Basics of Design of Steel Structures
Renovation Fundamentals
Design of building envelope structures
Building services
Basics of concrete structures
Basics of Construction Works
Site Management
The production of frame structures
Building Envelope Structures
Work Safety
Construction Site Planning
Work Planning
Life Cycle Economics
Building Service Systems
Probability calculus and statistics
Work Placement 1
Work Placement 2
Final Project
International Competence
Professional English
English for the Construction Industry
Swedish at Work
Introduction to Studies
Innovation Project
Development Competence
Swedish at Work
Introduction to Studies
Project Management
Innovation Project
Project Work in Infrastructures
Work Placement 1
Work Placement 2
Final Project
Organizational and Societal Competence
Finnish Communication Skills for Technology
Working life Finnish and Academic Communication Skills
Basics of Construction Economics
Management
Innovation Project
Work Placement 1
Work Placement 2
Final Project
Communication and Social Competence
Finnish Communication Skills for Technology
Working life Finnish and Academic Communication Skills
Professional English
English for the Construction Industry
Swedish at Work
Management
Information Technology and Computing Skills
Technical documentation (CAD)
Introduction to Studies
Basics of Construction
Project Management
Innovation Project
Project Work in Infrastructures
Work Placement 1
Work Placement 2
Final Project
Not grouped
Chemistry of Building Materials
Basics of Building Information Model (BIM)
Concrete Technology
Execution Technologies of Concrete Structures
Basics of Timber Structures
Concrete in Infrastructures
Geotechnical Engineering in Infrastructures
Rock Construction and Crushing Works
Rock Construction
Highway Design
Civil Engineering of the Traffic Facilities
Reparation of the Traffic Facilities
Construction and Renovation of Water Supply network
Structural Engineering 2
IT applications of structural design
Stability of Buildings
Design of Steel Structures
Strengthening of Load Bearing Structures
Structural Engineering Project
Renovation Fundamentals
Cost Management of Construction
Construction Contracts and Procurements
Construction Economics Project
IT Applications of Construction Economics
Entrepreneurship in Construction
Condition Assessment of Building and Renovation of Building Envelope Structures
BIM in infradesign

Bachelor level::generic competences (2010)

Rectors' Conference of Finnish Universities of Applied Sciences (2010): recommendation for generic competences in bachelor level

Ethical Competence

- is able to take responsibility for one’s own actions and for the consequences of these actions
- is able to work according to the ethical principles of the subject field
- is able to take other people into account in one’s actions
- is able to apply the principles of equality
- is able to apply the principles of sustainable development
- is capable of social influencing using one’s know-how and based on ethical values

Professional English
Introduction to Studies
Innovation Project
Innovation Competence

- is able to conduct research, development and innovation projects applying the existing knowledge and methods of the field
- is able to work in projects
- is capable of creative problem solving and development of working methods
- is able to find customer-oriented, sustainable and profitable solutions

Innovation Project
Internationalization Competence

- possesses communicative competence necessary for one’s work and for professional development in the subject field
- is able to operate in a multicul-tural environment
- takes into account the effects of and opportunities for internationalization development in one’s own field

Professional English
Swedish at Work
Introduction to Studies
Learning Competence

- is able to self-evaluate and develop one’s competence and learning style orientation
- is able to retrieve and analyze information and evaluate it critically
- is capable of taking responsibility for collaborative learning and sharing knowledge in teams

Professional English
Swedish at Work
Introduction to Studies
Working Community Competence

- is able to operate as a member of a work community
- is able to operate in communicative and interactive situations in working life
- is able to utilize information and communications technology in one’s subject field
- knows the working life in one’s subject field and is able to create personal contacts in working life

Professional English
Swedish at Work
Introduction to Studies
Building Regulations and Authority Guidelines
Innovation Project
Not grouped
Algebra and geometry
Functions and vectors
Diffrential calculus and matrices
Integral calculus and differential equations
Mechanics
Fluid Flow and Thermal Physics
Building Physics
Statics 1
Statics 2
Mechanics of Materials
Chemistry
Chemistry of Building Materials
Chemistry of Building Materials
Finnish Communication Skills for Technology
Working life Finnish and Academic Communication Skills
English for the Construction Industry
Basics of Construction Economics
Management
Information Technology and Computing Skills
Technical documentation (CAD)
Basics of Building Information Model (BIM)
Basics of building construction
Building materials
Building structures
Concrete Technology
Execution Technologies of Concrete Structures
Basics of structural design
Basics of Timber Structures
Basics of Infrastructures
Geotechnics
Foundation Engineering
Surveying Techniques
Basics of Construction
Project Management
Concrete in Infrastructures
Geotechnical Engineering in Infrastructures
Environmental geotechnics
Soil engineering
Rock Construction and Crushing Works
Rock Construction
Hydraulic Engineering
Soil construction
Highway Design
Civil Engineering of the Traffic Facilities
Reparation of the Traffic Facilities
Environmental Engineering
Construction and Renovation of Water Supply network
Project Work in Infrastructures
Structural Engineering 2
IT applications of structural design
Applications of Mechanics of Structures
Structural Mechanics
Hyperstatic Structures
Basics of concrete structures
Design of concrete structures
Cast In-situ structures
Precast concrete structures
Stability of Buildings
Basics of Design of Steel Structures
Design of Steel Structures
Renovation Fundamentals
Strengthening of Load Bearing Structures
Design of building envelope structures
Building services
Structural Engineering Project
Basics of concrete structures
Renovation Fundamentals
Basics of Construction Works
Site Management
The production of frame structures
Building Envelope Structures
Work Safety
Construction Site Planning
Work Planning
Cost Management of Construction
Construction Contracts and Procurements
Life Cycle Economics
Building Service Systems
Construction Economics Project
IT Applications of Construction Economics
Probability calculus and statistics
Entrepreneurship in Construction
Condition Assessment of Building and Renovation of Building Envelope Structures
BIM in infradesign
Work Placement 1
Work Placement 2
Final Project

Code Name Credits (ECTS)
TR12S1-1000
Core Requirement Studies

(Choose all )

73
TR12S1-1005
Mathematics

(Choose all )

12
TR00AD11 Algebra and geometry 3
TR00AB19 Functions and vectors 3
TR00AB20 Diffrential calculus and matrices 3
TR00AB21 Integral calculus and differential equations 3
TR12S1-1006
Physics and Chemistry

(Choose all )

28
TR00AB24 Mechanics 3
TR00AB25 Fluid Flow and Thermal Physics 3
TR00AB26 Building Physics 3
TR00AB28 Statics 1 3
TR00AB29 Statics 2 3
TR00AB30 Mechanics of Materials 3
TR00AB31 Chemistry 3
TR00AB32 Chemistry of Building Materials 3
TR00AD12 Chemistry of Building Materials 4
TR12S1-1007
Foreign Languages

(Choose all )

15
TR00AB34 Finnish Communication Skills for Technology 3
TR00AB35 Working life Finnish and Academic Communication Skills 3
XX00AC51 Professional English 3
TR00AB37 English for the Construction Industry 3
XX00AC52 Swedish at Work 3
TR12S1-1008
Industrial engineering and management

(Choose all )

6
TR00AB42 Basics of Construction Economics 3
TR00AB40 Management 3
TR12S1-1009
Information Technology

(Choose all )

9
TR00AC67 Information Technology and Computing Skills 3
TR00AB44 Technical documentation (CAD) 3
TR00AD13 Basics of Building Information Model (BIM) 3
XX00AC54 Introduction to Studies 3
TR12S1-1001
Professional Studies

(Choose all )

213
TR12S1-1010
Building Construction

(Choose all )

18
TR00AB49 Basics of building construction 3
TR00AB50 Building materials 3
TR00AB51 Building structures 3
TR00AD14 Concrete Technology 3
TR00AD15 Execution Technologies of Concrete Structures 3
TR00AB54 Building Regulations and Authority Guidelines 3
TR12S1-1011
Structural Engineering

(Choose all )

6
TR00AB56 Basics of structural design 3
TR00AB67 Basics of Timber Structures 3
TR12S1-1012
Infrastructures

(Choose all )

12
TR00AB59 Basics of Infrastructures 3
TR00AB60 Geotechnics 3
TR00AB61 Foundation Engineering 3
TR00AB62 Surveying Techniques 3
TR12S1-1013
Project studies

(Choose all )

16
TR00AD16 Basics of Construction 3
TR00AB41 Project Management 3
XX00AC55 Innovation Project 10
TR12S1-1014
Infrastructural Engineering

(Choose all )

53
TR00AD09 Concrete in Infrastructures 4
TR00AD17 Geotechnical Engineering in Infrastructures 4
TR00AC51 Environmental geotechnics 3
TR00AC53 Soil engineering 3
TR00AD18 Rock Construction and Crushing Works 5
TR00AD19 Rock Construction 4
TR00AC56 Hydraulic Engineering 3
TR00AC57 Soil construction 3
TR00AD20 Highway Design 3
TR00AD21 Civil Engineering of the Traffic Facilities 5
TR00AD22 Reparation of the Traffic Facilities 4
TR00AC64 Environmental Engineering 3
TR00AD23 Construction and Renovation of Water Supply network 5
TR00AD08 Project Work in Infrastructures 4
TR12S1-1015
Structural Engineering

(Choose all )

54
TR00AD02 Structural Engineering 2 4
TR00AD03 IT applications of structural design 3
TR00AB72 Applications of Mechanics of Structures 3
TR00AB73 Structural Mechanics 3
TR00AB74 Hyperstatic Structures 3
TR00AB57 Basics of concrete structures 3
TR00AB75 Design of concrete structures 3
TR00AB76 Cast In-situ structures 3
TR00AB77 Precast concrete structures 3
TR00AD05 Stability of Buildings 3
TR00AB78 Basics of Design of Steel Structures 3
TR00AD24 Design of Steel Structures 4
TR00AB69 Renovation Fundamentals 3
TR00AD04 Strengthening of Load Bearing Structures 3
TR00AB82 Design of building envelope structures 3
TR00AB71 Building services 3
TR00AD06 Structural Engineering Project 4
TR12S1-1016
Construction Project Management

(Choose all )

54
TR00AB57 Basics of concrete structures 3
TR00AD10 Renovation Fundamentals 3
TR00AB88 Basics of Construction Works 3
TR00AB89 Site Management 5
TR00AB90 The production of frame structures 3
TR00AB91 Building Envelope Structures 3
TR00AB92 Work Safety 3
TR00AB93 Construction Site Planning 3
TR00AB94 Work Planning 3
TR00AD25 Cost Management of Construction 5
TR00AD26 Construction Contracts and Procurements 5
TR00AB97 Life Cycle Economics 3
TR00AC02 Building Service Systems 5
TR00AD27 Construction Economics Project 4
TR00AD28 IT Applications of Construction Economics 3
TR12S1-1017
Elective Module

(Choose 0 )

0
TR00AB22 Probability calculus and statistics 3
TR00AB63 Entrepreneurship in Construction 3
TR00AD01 Condition Assessment of Building and Renovation of Building Envelope Structures 4
TR00AD07 BIM in infradesign 4
TR12S1-1002
Elective Studies

(Choose 0 )

0
TR12S1-1003
Practical Training

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30
TR00AC10 Work Placement 1 15
TR00AC11 Work Placement 2 15
TR12S1-1004
Bachelor's Thesis

(Choose all )

15
TR00AC13 Final Project 15
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