Smart Building Engineering (Bachelor)
|Bachelor of Engineering (B.Eng.)
|Faculty of Energy · Building Services · Environmental Engineering
|Special type of study
|Standard period of study
|Language of Instruction
Requirements and enrollment
|No local entrance restrictions
|Proof of a subject-related practical activity (pre-study internship) of at least eight weeks duration.
The pre-study internship is intended to familiarize students with relevant work techniques and with issues of company organization and workflow.
Relevant training and professional activities related to the course of study will be credited towards the pre-study internship.
The pre-study internship must be completed prior to enrolling in the program and proof of completion must be submitted at the time of enrollment. Any missing periods of the pre-study internship must be made up for at the earliest possible time. As a rule, the corresponding proof must be submitted by the beginning of the lecture period of the third semester.
|Additional entrance requirements
Applicants who did not acquire their study qualification at a German-speaking institution must demonstrate that they have knowledge of German at level C1 according to the Common European Framework of Reference for Languages (CEFRL), for example by proving that they have passed the TestDaF (Test Deutsch als Fremdsprache) with an average score of ‘4’, or must furnish equivalent proof.
|The next enrolment phase
commences in Mai 2024.
Detailed description of the degree programme
Engineers are in demand - and for good reason. All areas of our daily lives are permeated by increasingly complex technical systems. As an engineer in building technology, you will plan and design efficient building technologies that make life at home, at work and on the road pleasant and safe.
As a building services engineer, you don’t tinker with individual products, but develop and optimize the systems in which technology interacts. You plan, develop, organize, monitor, you support customers and prepare offers. In this way, you change the big picture and pave the way for a more sustainable future.
The demand for engineers in building services engineering is constantly growing. The employers are as diverse as the tasks in building technology. These include engineering and planning offices for technical building equipment, manufacturers of building technology systems and components, operators of large properties such as airports, hospitals or hotels, but also the public sector. They are all looking for engineers who are technically versed and can also assess issues in larger contexts. With your bachelor’s degree, you will fit this profile perfectly.
Contents and course of study
The course of study is divided into three sections.
First, you will learn the necessary basics of natural sciences and engineering together with students in the Energy Technology and Environmental Technology programs.
Starting in the third semester, you will deepen your knowledge in the field of building services engineering. You will learn about the individual technical trades, how to analyze, calculate and evaluate them. In doing so, you will follow the approach of a comprehensive, integral planning methodology.
This includes technical modules such as heating, indoor air, refrigeration and plumbing technology, building automation, control and regulation technology, gas technology, or smart building engineering.
You will learn how to plan and design building technology systems in the modules integrated planning, building-automation planning, building energy technology, or energetic building assessment.
Practical phase and graduation:
In the seventh semester, you will gain practical experience in a 12-week practical phase in a company. Afterwards, you will write your Bachelor’s thesis. And after successful completion, you will be awarded the academic degree of Bachelor of Engineering (B.Eng.) as an engineer in building services.
Here's what speaks for us
Small working groups: Engineers are team players. Your studies will also prepare you for this. Working in small groups helps you to learn and also to keep pushing your own limits. Teamwork also promotes your creativity and communication skills - also important qualifications for your later work at the interface of two disciplines.
Practical relevance: Our faculty is excellently networked with the industry. In internships, excursions and project work, you can apply and deepen your knowledge and participate in challenging research projects. At the same time, this gives you the opportunity to establish contacts in the professional world at an early stage.
Support: As a student at our department, you are part of a lively community on the Steinfurt campus. We attach great importance to providing you with the best possible support during your studies. Our proven tutoring program supports you in your learning processes. In addition, our network of former students ensures that you are well informed about current trends.