The programme deals with the design, construction, use, and maintenance of civil engineering structures, such as buildings and bridges. With its five main themes – structural engineering, construction and maintenance, building performance, construction management, and structures and architecture – the programme provides students with knowledge and skills essential to their future careers in industry, research, education or authority. Based on the individual selections within the study programme, the students can learn to
- identify physical phenomena, and use experimental, mathematical and computational methods to examine and model them,
- assess the structures and indoor environments with respect to their performance regarding the context-specific loads and physical phenomena,
- comprehend the fundamental theories and concepts of structural engineering and building physics, and use them for designing steel, concrete and timber structures and buildings,
- apply the appropriate experimental methods for the analysis of mineral-based materials, and
- identify alternative management methods and apply them for planning and controllingdesign and construction processes.
The programme strives for the development of students’ working life skills like analytical and critical thinking, multidisciplinary teamwork and collaboration, and communication for scientific and technical professionals. The aspects of professional ethics and social and environmental responsibility are integrated into the education of the programme. Among the United Nation’s sustainable development goals (SDGs), the programme contributes most to a)sustainable cities and communities, b) responsible consumption and production, c)industry, innovation and infrastructure, and d) good health and well-being.
Code: ENG27
Credits: 30 ECTS cr
Responsible Professors: Gerhard Fink
The common studies courses are compulsory for all the students in Master’s Programme in Building Technology. It is highly recommended to complete all the common studies courses during the first year of studies. Please note that the common studies courses are often prerequisites for the advanced studies courses.
Code
|
Course name
|
ECTS credits
|
Period
|
CIV-E1010 |
Building materials technology |
5 |
I |
CIV-E1020 |
Mechanics of Beam and Frame Structures |
5 |
I |
CIV-E1050 |
Heat and mass transfer in buildings |
5 |
I |
CIV-E1030 |
Fundamentals of Structural Design |
5 |
II |
CIV-E1040 |
Construction Management |
5 |
III |
CIV-E1060 |
Engineering computation and simulation |
5 |
II |
Code: ENG27
Credits: 30 ECTS cr
Responsible Professors: Simo Hostikka, Jari Puttonen, Antti Peltokorpi, Jouni Punkki, Gerhard Fink, Heidi Salonen, Günther Filz, Weiwei Lin, Olli Seppänen, Jarkko Niiranen
Select 30 credits from the courses below. You can freely combine courses from different topic groups as long as the prerequisites are followed. Note that some professional qualifications require that additional advanced studies courses are included in the elective studies. Please see theStudy paths for suggestions.
Construction Management
Code
|
Course name
|
ECTS credits
|
Period
|
CIV-E2080 |
Design process management D |
5
|
II |
CIV-E2050
|
Operations management in construction D
|
5
|
IV
|
CIV-E2070
|
Strategic management of construction D
|
5
|
V
|
Construction and Maintenance
Code
|
Course name
|
ECTS credits
|
Period
|
CIV-E2020
|
Concrete technology D
|
5
|
III
|
CIV-E2060
|
Production technology of concrete structures D
|
5
|
IV
|
CIV-E2030
|
Experimental methods in building materials D
|
5
|
V
|
CIV-E2040
|
Maintenance and repair of structures D
|
5
|
II
|
Building Performance
Code |
Course name
|
ECTS credits
|
Period
|
CIV-E3050 |
Fire dynamics and simulation D
|
5
|
III
|
CIV-E3030 |
Indoor air quality D
|
5
|
IV
|
CIV-E3010 |
Applied building physics and design D
|
5
|
V
|
CIV-E3040 |
Indoor environment technology D
|
5
|
I
|
CIV-E3060 |
Fire risk and evacuation analysis D
|
5
|
I
|
CIV-E3020 |
Design of energy efficient buildings D
|
5
|
II
|
Structural Engineering
Code |
Course name
|
ECTS credits
|
Period
|
CIV-E4040 |
Reinforced concrete structures D
|
5
|
III
|
CIV-E4090 |
Mechanics of plate and shell structures D
|
5
|
III
|
CIV-E4010 |
Finite element methods in civil engineering D
|
5
|
IV
|
CIV-E4060 |
Steel structures D
|
5
|
V
|
CIV-E4100 |
Stability of structures D
|
5
|
IV
|
CIV-E4110
|
Timber engineering D
|
5
|
IV
|
CIV-E4080 |
Material modelling in civil engineering D
|
5
|
V
|
CIV-E4050 |
Prestressed and precast concrete structures D
|
5
|
I
|
CIV-E4120 |
Timber structures D
|
5
|
I
|
CIV-E4070 |
Composite steel structures D
|
5
|
I
|
CIV-E4020 |
Design of bridges D
|
5
|
II
|
CIV-E4030 |
Engineering design exercises D
|
5
|
II
|
Structures and Architecture
Code
|
Course name
|
ECTS credits
|
Period
|
CIV-E5010
|
Geometry & Lightweight: Structures and Architecture D *
|
5
|
III
|
CIV-E5020
|
Structures and Architecture: Parametric Engineering D
|
3-6
|
IV
|
CIV-E5030
|
Structures and Architecture: Informed Structures D
|
10
|
I-II
|
CIV-E5040
|
Structures and Architecture: Design Build Advanced **
|
5-10
|
III-IV
|
* CIV-E5010: 2022-2023 No teaching
* CIV-E5040: 2022-2023 No teaching / 2023-2024 No teaching
Other courses
Code
|
Course name
|
ECTS credits
|
Period
|
CIV-E5000 |
Special assignment in building technology D |
5 |
any |
CIV-E6010 |
Sustainability and Circular Economy in Civil Engineering D |
5 |
III |