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Master's Degree Programme in Construction Engineering: 24YIRAKE

Code: 24YIRAKE

Degree:
Master of Engineering

Degree title:
Master of Engineering

Credits:
60 ects

Duration:
1.5 years (60 cr)

Start semester:
Autumn 2024

Description

ELIGIBILITY
The Masters Degree in Construction Engineering is intended for people who have completed a university degree in construction technology engineering, and who have accumulated at least two years of work experience in the relevant field after the aforementioned degree. At least two years of work experience in the relevant field, of which at least one year has been accumulated after the university of applied sciences degree, can be accepted as the required work experience for those who have completed a university degree or vocational higher education degree and then a suitable university of applied sciences degree.

COMPETENCES OF THE PROGRAMME
The goal of the master's programme is to deepen the knowledge and skills of construction engineering design expertise. The degree gives the student the readiness to work in demanding expert positions in the construction and real estate industry. These include e.g. planning tasks in the field of construction, research and innovation activities and management of various development projects. Major changes are taking place in the construction industry, e.g. in design methods and technical requirements, which are introduced in the study. The degree strongly aims at the development of construction engineering design expertise.

WORKING OPPORTUNIES AFTER GRADUATING

Graduates of the training are mainly placed in demanding management and expert positions in construction engineering design and consulting companies. They can work, for example, as project managers in planning, construction or development projects.

The degree is an alternative, professional postgraduate study path to university studies, and it provides the same eligibility for a public office or position as a higher university degree. The duration of the degree is 1.5 years.

The content of the degree program consists of the student's personal development task (thesis 30 credits) and in-depth professional studies that increase personal competence (30 credits). Their goal is to deepen the skills related to the design of a construction project and to update information on the most current design topics in construction. The degree includes a total of 5 credits of freely chosen studies, which can be chosen from the joint offer of TAMK's YAMK studies.

Curriculum development and working life cooperation

TAMK's Advisory Board on Construction and Real Estate has participated in the development of the curriculum. In addition, a group of experts from construction design and consultancy companies have been developing the curriculum.

Show study timings by academic year, semester or period

Code Name Credits (cr) 2024-2025 2025-2026 Autumn 2024 Spring 2025 Autumn 2025 1. / 2024 2. / 2024 3. / 2025 4. / 2025 1. / 2025 2. / 2025
24YIRAKE-1001
Construction Design

(Choose all )

25
YR00HB89 Structural Mechanics, Advanced Studies 5 5 5 2.5 2.5
YR00HB90 Structural Modelling, Advanced Studies 3 3 3 1.5 1.5
YR00HB94 Concrete Structures, Advanced Studies 5 5 5 2.5 2.5
YR00HB91 Construction Physics, Advanced Studies 5 5 5 2.5 2.5
YR00HB92 Wood Structures, Advanced Studies 3 3 3 1.5 1.5
YR00HB93 Steel Structures, Advanced Studies 4 4 4 2 2
24YIRAKE-1003
Free Choice Studies

(Choose ects: 5)

5 5 5 2.5 2.5
24YIRAKE-1002
Master's Thesis

(Choose all )

30
NY00FJ81 Master's Thesis Design 5 5 5 2.5 2.5
NY00FJ82 Implementation of the Master's Thesis 20 20 20 10 10
NY00FJ83 Master's Thesis Reporting and Evaluation 5 5 5 2.5 2.5
Total 60 50 5 20 30 5 10 10 15 15 2.5 2.5

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

Degree Certificate - Master's Degree (EQF 7)

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

Master's Thesis
Master's Thesis Design
Implementation of the Master's Thesis
Master's Thesis Reporting and Evaluation
Advanced Professional Studies
Structural Mechanics, Advanced Studies
Structural Modelling, Advanced Studies
Concrete Structures, Advanced Studies
Construction Physics, Advanced Studies
Wood Structures, Advanced Studies
Steel Structures, Advanced Studies
Free-choice Studies

No attached course units

Unclassified

Sustainability and Responsibility

Sustainable Future is one of the pedagogical principles of TAMK. Ecological, social, cultural, and economic sustainability are important building blocks of a sustainable future. All these perspectives can be observed on individual, sectoral, societal, or global scales.

Ecological sustainability

Ecological sustainability can relate to biodiversity, ecosystem functions, sustainable and just use of resources (e.g. circular economy), and ways of mitigating human activities regarding nature’s carrying capacity (e.g. climate change).

Concrete Structures, Advanced Studies
Construction Physics, Advanced Studies
Wood Structures, Advanced Studies
Steel Structures, Advanced Studies
Cultural sustainability

Cultural sustainability relates to knowledge of culture, pluralism, tolerance, valuing cultural diversity, and contributing to intercultural communication.

No attached course units

Social sustainability

Social sustainability relates to equal distribution of well-being, realization of fundamental rights, engagement in societal action and decision making, as well as to coping with individual challenges, taking responsibility, and pursuing sustainable lifestyle.

No attached course units

Economic sustainability

Economic sustainability can manifest in combining environmental and economic perspectives in decision making, discussing responsible consumption and business, or addressing different forms of debts (economic, resource-related, social).

No attached course units

Future orientation

Future orientation can appear as dealing with megatrends or powers of transformation, or as discussing and creating scenarios, or as future oriented career counselling or coaching.

Construction Physics, Advanced Studies
Unclassified
Structural Mechanics, Advanced Studies
Structural Modelling, Advanced Studies
Master's Thesis Design
Implementation of the Master's Thesis
Master's Thesis Reporting and Evaluation

Code Name Credits (cr)
24YIRAKE-1001
Construction Design

(Choose all)

25
YR00HB89 Structural Mechanics, Advanced Studies 5
YR00HB90 Structural Modelling, Advanced Studies 3
YR00HB94 Concrete Structures, Advanced Studies 5
YR00HB91 Construction Physics, Advanced Studies 5
YR00HB92 Wood Structures, Advanced Studies 3
YR00HB93 Steel Structures, Advanced Studies 4
24YIRAKE-1003
Free Choice Studies

(Choose ects: 5)

5
24YIRAKE-1002
Master's Thesis

(Choose all)

30
NY00FJ81 Master's Thesis Design 5
NY00FJ82 Implementation of the Master's Thesis 20
NY00FJ83 Master's Thesis Reporting and Evaluation 5