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Master of Science in Engineering (MSE): are you highly motivated to deepen your knowledge of construction and planning? Do you want to prepare yourself for a responsible position in research, development or business?
 

Master of Science in Engineering


The Master of Science in Engineering (MSE) is a course developed jointly by the seven Universities of Applied Sciences in Switzerland, with theoretical units at central locations. The students themselves choose the University at which they wish to carry out their specialisation, the Master Research Unit (MRU). They benefit from the superb co-operation between the Universities of Applied Science involved.

Information

Course entry requirements

  • Completed Bachelor’s degree with very good results, in a subject related to the chosen area of specialisation.
  • Completing the admissions process at one of the participating universities. If required, an explanatory admissions interview can be arranged.
  • Applicants, who can show equivalent qualifications and experience may also be admitted to the course.

    Applications should be made to the University of Applied Science, at which the specialisation is to be carried out.

Duration

3 semester as a full-time student. Part-time study is possible.

 

Course start

Fall: Week 38

Spring: Week 8

 

Course fees

CHF 750 cours fees per term

CHF 100 matriculation

CHF 50 material costs per term

 

(In case of differences between the prices mentioned in the printed study guides and the ones on the internet under www.ahb.ch, the ones on the internet are effective.)

 

Campus

The theoretical and contextual modules take place in Bern, Zurich or Lausanne. The Master Research Units of the Bern University of Applied Sciences, Architecture, Wood and Civil Engineering, take place in Biel or Burgdorf.

 

Contact

Andreas Müller, Head of course MA of Science in Engineering,

 

Career prospects

After finishing the MSE, graduates have a broad grounding in their discipline. They are people with good communication skills, who are also comfortable in an international environment. The training prepares Masters graduates for responsible positions in the area of technology, information technology and construction and planning. The professional specialisation qualifies them for demanding tasks in a specialised area. They are equipped to take on leadership roles and responsibility for inter-disciplinary projects.

 

Further information.

What does the course offer?

Swiss-wide network

The Master of Science in Engineering (MSE) course is a training programme developed by the Swiss Universities of Applied Sciences. In the core modules the students benefit from optimal cooperation between the participating universities which focus on their respective strengths in the areas of specialisation. Thanks to this cooperation between all of the universities of applied science in Switzerland, and the resulting localisation of central modules on the campuses, students have access to a Swiss-wide network of experts.

 

Access to attractive careers

The specialisation areas offered by the "Integral Planning and Construction" Master Research Unit (specialisation) are geared towards careers which will confront the future challenges of the construction industry and which have a huge demand for highly specialised experts. The graduates therefore not only have good career opportunities, they also have access to extremely attractive career areas.

 

Tailored study

The course can be completed on either a full-time or part-time basis. The modular structure of the course allows the mode of study to be individually adapted in order to meet a wide variety of needs. The amount of work to be completed can be varied during the course to take account of a varying workload.

 

Individual course agreement

Every student is assigned an advisor to assist them. Each student will determine their individual course plan in consultation with their advisor. The individual course agreement sets out the basic educational targets and the modules that the student will attend, stipulates objectives for the specialist subject-specific projects, defines suitable events and provides information about the independent study that is expected.

 

Educational targets

The students develop the ability to span the broad range between abstraction and application which is so important for innovation and to hone their abstract skills in on the application. Challenging, practice-oriented tasks and applied research projects provide students with in-depth methodical competence and expertise which allows them to take a very independent approach to their work. By participating in projects, they also develop their social and leadership skills.

 

International cooperation

To encourage the internationalisation of the students, opportunities are provided to undertake periods of study abroad. Cooperation in international research projects within the subject specialisations is also promoted. Working together with international students and lectures by international guest lecturers, however, also offer opportunities for an international exchange of ideas within the course itself.

 

Real tasks

In order to guarantee practical teaching, the tools of the trade are used in a professional, project-based environment. The course therefore goes beyond the mere theory, by introducing students to real tasks so that they can directly apply their knowledge.

 

Recognised degree title

Successful completion of the degree will lead to the internationally recognised title "Master of Science BUAS in Engineering with Specialisation in Public Planning, Construction and Building Technology".

Course structure

The course comprises core modules (theoretical and contextual modules), subject specialisation within the scope of a Master Research Unit (MRU) and the master's thesis. The course is worth a total of 90 ECTS credits, of which the core modules account for approximately one third andthe subject specialisations (including the master's thesis) making up the remaining two thirds. A high proportion of self-study promotes the ability to develop knowledge independently and to solve problems.

 

Toolbox

The course equips the students with the tools necessary for their later work. From the toolbox students can acquire those tools that are most suitable for them depending on their educational background and career aspirations. The course of studies integrates various fields. The main focus is clearly on civil engineering, but career changers from other areas (other engineering sciences, economics, natural sciences, environmental sciences) can also be admitted. Depending on the outcome of a written application, students who do not have a background in civil engineering may have to complete additional elements. Students broaden their range of skills using the tools on offer and can also develop them in a targeted way.

 

 

Toolbox         

 

 

 

 

 

Core modules

The core modules are divided into theoretical modules (technical/scientific modules and theoretical fundamentals) and context modules. They are offered jointly for all seven universities at central campuses in Zürich. Students are able to choose options according to their requirements, in consultation with their advisor (a lecturer from the selected Master Research Unit).

 

The theoretical modules consist of technical/scientific modules and theoretical fundamentals. These provide long-term knowledge capital and encourage the ability to think in the abstract. Students must attend at least two technical/scientific modules and three teaching blocks from the theoretical fundamentals options.

 

The context modules serve to expand the students' knowledge and abilities in the areas of management, communication and culture. Students must attend at least two context modules. During the period in the spring semester when no lectures are held, there is an additional, compulsory block week. This engages students intensively in tackling a single, specific topic.

 

Subject specialisation and master's thesis

Students select one or more skill sets within the Master Research Unit (MRU), in which they would like to specialise. The subject specialisation comprises additional teaching units (seminars, presentations etc.), project work and the master's thesis. On the full-time course, the subject specialisation generally takes up two days each week in the first semester and three in the second semester.

 

In the third semester, students concentrate exclusively on their subject specialisation and prepare their master's thesis. This final piece of work is intended to demonstrate that the student is able to deal with a complex problem and to present their solution on a well-founded scientific basis.

MRU

The Bern University of Applied Sciences offers the Master Research Unit (MRU) "Integral Planning and Construction"

 

Description Master Research Unit

 

 

Within this MRU students specialise in one or more of the following specialisation areas:

 

Building restoration and building physics

PDF

 

Timber and composite construction

PDF

 

Natural phenomena and geotechnics

PDF

 Team

Andreas Müller
Head of the Master of Science in Engineering MSE
Head of the research unit Timber and Composite Construction
Professor for Wood Construction and Structural Design
Tel. +41 32 344 03 19

 

more

 

 

Martin Stolz
Head of the research unit Natural Phenomena and Geotechnics
Professor for Geotechnics
Tel. +41 34 426 42 66

 

 

Marion Doerfel
Professor for transportation
Tel. +41 34 426 41 46

 

 

Christoph Geyer
Professor for buildung physics
Tel. +41 32 344 03 48

 

 

Markus Romani
Head of Bachelor in Civil Engineering
Tel. +41 34 426 41 08

 

more

 

 

Peter Schmocker
Professor for hydraulics and water
Tel. +41 34 426 42 55

 

 

Martin Schollmayer
Professor for steel construction and composite construction
Tel. +41 34 426 41 73

 

 

 

 
Contact Master

Pestalozzistrasse 20

CH-3400 Burgdorf
Phone +41 34 426 41 74

E-Mail master.ahb@bfh.ch