| About the programme Language: English (See language requirements) | Place of study: Aarhus | Commencement: August / September and January / February |
In the first year, half the study work is compulsory courses related to Civil and Architectural Engineering in general, e.g. Risk and Reliability, Numerical analysis, etc. The other half is an individual selection of two specialised study packages, e.g. Structural dynamics and Monitoring, Construction management etc. The second year involves a thesis, the topic of which is decided upon consultation with professors.
The programme is taught by faculty members who are active researchers, so students benefit from a research-intensive environment and have the opportunity to work with researchers, as well as the chance to complete a project in collaboration with a private company.
The first year of the MSc degree programme consists of a basic study package (30 ECTS) and two specialised study packages. All students take the basic study package, but you can choose your own specialised study packages from among the fields listed below. Each specialised study package amounts to 15 ECTS credits. The second year consists of an optional programme and a thesis.
You combine the specialised study packages with an optional programme, and conclude your studies with a written thesis. You can thus become a specialist in relevant fields of study connected with civil and architectural engineering.
Read more about the study packages under "Programme Structure"
The following Bachelor's degrees qualify students for admission to the Master of science in Engineering degree programme in Civil and Architectural Engineering if mathematical competencies in level, extent and content equal to at least 20 ECTS on Bachelor level in Calculus, Linear Algebra, Probability Theory and Statistics can be documented.
In connection with possible admission, further requirements can be stipulated regarding the composition of the degree programme.
To qualify for admission to English language programmes you must document English language qualifications comparable to an "English B level" in the Danish upper secondary school (Danish upper secondary school level with a minimum GPA of 3.0). See the general English language requirements.
The study structure in Civil and Architectural Engineering consists of a mandatory package consisting of 30 ECTS. Two specialised study packages. Each consists of three courses which together correspond to 15 ECTS.
Elective courses (recommended course indicated) corresponding to at least 30 ECTS and a Master thesis (30 ECTS. The thesis is written in collaboration with one of the research groups and requires that you have followed the three courses within the chosen specialisation.
Numerical Analysis in Civil Engineering - 5 ECTS
Risk and Reliability in Engineering - 5 ECTS
Experimental Mechanics Theory (For students specializing in structural engineering, tectonic design, geotechnical engineerin) - 5 ECTS
Integrated Energy Design (For students specializing in integrated energy design) - 5 ECTS
Advanced Planning and Scheduling of Construction Projects (For students specializing in construction management) - 5 ECTS*
* Autrumn 2020: Replaced by mandatory courses for Architectural Engineering og for Civilengineering
Applied Innovation in Engineering - 5 ECTS
Research Methods in Civil and Architectural Engineering - 5 ECTS
Structural Concepts (For students specializing in structural engineering, tectonic design, construction management, geotechnical engineering) - 5 ECTS
Heat transfer and Mass Transport (For students specializing in integrated energy design) - 5 ECTS
Optimization of Construction Systems
Lean Construction - 5 ECTS
Clients, Users and Innovation - 5 ECTS
Advanced Planning and Scheduling of Projects - 5 ECTS
Indoor Environmental Engineering
Energy-efficient Building Envelope Design - 5 ECTS
Natural Ventilation - 5 ECTS
Daylighting - 5 ECTS
Concrete structures and Geotechnics
Limit Analysis of Concrete Structures - 5 ECTS
Advanced Soil Mechanics - 10 ECTS
Structural Dynamics
Bridge Design - 5 ECTS
Structural Dynamics - 5 ECTS
Dynamics of Wind Turbines and Wave Hydro Dynamics - 5 ECTS
Tectonic Design
Computational Design - 5 ECTS
Form-finding in Building Design - 5 ECTS
Tectonics in Engineering and Archuctural design - 5 ECTS
Indoor Climate and Energy 2020
Energy-efficient Building Envelope Design - 5 ECTS
Indoor Climate - 5 ECTS
Simulation of Building Energy Systems - 5 ECTS
Indoor Environmental Engineering 2021
Simulation of Building Energy Systems - 5 ECTS
Air Physics and Building Ventilation - 5 ECTS
Electric Lighting - 5 ECTS
IT in Construction
Integrated Engineering Project - 5 ECTS
Digital Construction - 5 ECTS
Advanced Construction Technologies - 5 ECTS
Structural Analysis and Concrete Structures 2020
Design of Steel Structures - 5 ECTS
Limit Analysis and Design of Concrete Structures - 10 ECTS
Structural Mechanics and Steel Design 2021
Design of Analysis og Steel Structures - 5 ECTS
Finite Element Analysis of Structures - 10 ECTS
Computational Methods in Civil Engineering 2020
Finite-element Analysis of Solids and Structures - 10 ECTS
Numerical Analysis of Vibrations and Wave Propagation in Solids and Structures - 5 ECTS
Structure, study start summer:
If you have the necessary skills and interest, you have the option of applying for admission to the PhD programme. In the PhD programme, you start working on a research project and are gradually trained through courses and personal guidance to become a researcher.
The Department of Engineering has many social spaces where you can meet other students outside lessons and this is an excellent basis for social activities. There is an engineering club for staff and students through which students can network with like-minded people. Like all departments, there is a popular Friday bar, and "De Studerendes Råd - RIA") organises celebrations and social events for all students.
Aarhus University campus is unique, with buildings closely grouped together and surrounded by nature. The campus is conveniently situated close to the city centre, and student accommodation is readily available as long as you apply on time. There are a range of activities, ranging from running to regatta on the lake, as well as guest lectures, film screenings, and university events taking place throughout the year. To ensure student well-being, counselling services are available for students, to offer support and guidance during their time at Aarhus.
As the second-largest city in Denmark, Aarhus is a young and dynamic place with plenty of opportunities. The 40,000 students at the university make up 17.5% of the city’s population, which leaves its mark on city life. An attractive feature of Aarhus is that there are beaches and woods a short bike-ride away, as well as cultural events taking place throughout the year, including the Aarhus Festival in September. The theatres in the city and the ARoS international art museum offer many events that enable you to experience the Danish culture.
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This data is derived from AU's 2016 employment survey. This data should not be considered a completely accurate representation of the labour market and job functions for all graduates of the individual degree programmes. It exclusively represent the responses submitted to the survey in the years in question.
With a Master’s degree in architectural engineering, you have the following skills:
The varied forms of teaching, collaboration in groups and the opportunity for close scientific dialogue with the researchers, as well as the strong relationship with the industrial sector, provide graduates with competencies that are in great demand in the global job market. These competencies include abstract, critical and independent thinking, analytical skills, and strategic planning. You can use these skills in many contexts – even in jobs you didn’t know you were qualified for.
Previous graduates of the MSc Civil and Architectural Engineering programme are employed by consulting engineering firms, entrepreneurial firms, property companies, architecture firms, or in the building component industry. Graduates typically work in roles that involve developing and designing advanced building constructions, advanced energy technology solutions and industrialised building components – frequently in interdisciplinary collaboration with architects and designers.
