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The future of building automation

The Internet of Things takes place in the building. Thousands of devices are connected to each other and provide energy, heat, cold, water and air. 40% of primary energy is used in buildings. Building automation ensures efficiency and is a cornerstone of the energy revolution. 1.8 million functional buildings in Germany are becoming more environmentally friendly and more intelligent with building automation.

A unique qualification
As an integration engineer, you understand the building as a whole. As a systems engineer, you will recognise interdisciplinary interrelationships. As an energy engineer, you will arrange energy and material flows. As a production engineer, you are the first contact for efficient building operation and, as a specialist in building automation, a knowledge multiplier in your company. What do you say? Profit is the reward for uniqueness.

What will inspire you
The course is practice-integrated. Our study contents are combined with your professional activity. You will learn theory and practice in a finely tuned form. You will study in small groups in compact attendance phases. Online modules and e-learning support your self-study phases. Practical projects and the master thesis take place in the company.

In this way, you receive sound specialist knowledge and sustainable management competence with the degree Master of Engineering (M.Eng.) An ideal basis for project management in execution, technical consulting and sales as well as management tasks.

All further information can be found on the following website.

Prerequisites

The Master's programme Building Automation is aimed at those interested who have ideally already gained initial work experience with a GA manufacturer, a system integrator or a planning office. You should have a Bachelor's degree in building services engineering or a related degree. If you wish to apply for the course, the following documents must be submitted to Akademie Biberach:

  • CV
  • Certificates
  • Interested parties questionnaire
  • short letter of motivation

After checking the admission requirements, you will be notified and, if necessary, included in the selection process.

Study progress

Die Regelstudienzeit beträgt vier Semester. Der Studienbeginn ist jeweils für das Sommersemester mit max. 15 Studierenden.

A-Semester B-Semester C-Semester D-Semester
Building automation Plant automation Room automation

 Master's thesis
with
colloquium

Selected chapters of the TGA Energy monitoring
und -management
building
information technology

Scientific project:
Practice and seminar

planning
and building law
Integrale Planung
Project and
quality management
Selected chapters
building automation

Lecture times

In order to meet the needs of working people, block courses as well as webinars and blended learning modules belong to the types of teaching.

Examination board and examination regulations

Elected members of the Audit Committee are:

  • Prof. Dr.-Ing. Martin Becker, Biberach University of Applied Sciences, Chairman
  • Prof. Dr.-Ing. Martin Höttecke, Münster University of Applied Sciences, Vice Chairman
  • Prof. Dr.-Ing. Andreas Böker, FH Münster
  • Dipl.-Betriebsw. Pascal Steinert, Academy of the University of Biberach
  • Mr Lucas Dombrink (student member)

Graduation

This course of study provides sound specialist knowledge and sustainable management competence with the degree Master of Engineering (M.Eng.) An ideal basis for project management in execution, technical consulting and sales as well as management tasks.

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