Civil Engineering, Master 1 subject

Civil Engineering

... looks into questions such as ...

How is civil engineering actually defined?
Which buildings have to be designed and constructed?
Which building materials can be reasonably used in the field of civil engineering?
How does one build roads and ways?
What happens with water and the environment?

„
The thing I enjoy most is that it’s possible to apply everything I learn in my classes to the world around me.
“

Jule Rönitz, Bachelor's degree read more ...
„
Construction physics is what I enjoy most, because of its application-oriented character from the very first semester.
“

Mario Jörges, Bachelor's degree read more ...

Jule Rönitz is five semester student of Civil Engineering. She is pursuing the Bachelor of Science degree, 1-subject programme.

What made you choose this degree programme?

When I was 14, my family redeveloped an old house from scratch. My siblings and I spent every weekend at the construction site to help. To me, the drafting and realisation of the plans during the construction phase was a fascinating process. I was always good in maths, and after I got my A-levels, I wavered between mechanical engineering and constructional engineering (in hindsight, they are not as closely linked as one would think). Eventually, I opted for construction, after a not very interesting internship in the field of installation engineering.

In which respect have or haven’t your expectations been fulfilled?

When I took up my degree course, I was aware that a lot of mathematics and mechanics lay ahead of me; but I still wasn’t prepared for the pace at which the lectures progressed. All I was prepared for was statics, mechanics and the whole constructive field. Since I had not checked the actual curriculum before I’d started the course, I was very surprised that it included topics such as traffic engineering and fluid mechanics, starting in the third semester.
Generally speaking, studying at university differs greatly from studying at school. But I think this is an experience shared by everyone who takes up a degree course at university.

Which aspect of your degree programme do you enjoy most?

I like static calculations and “looking inside” a building, i.e. load distribution, the way the system as a whole handles it, and in what way the middle of a bridge differs from its beginning and end when a car drives over it. The thing I enjoy most is that it’s possible to apply everything I learn in my classes to the world around me. It doesn’t matter if the way a building has been constructed catches my eye or if I’m trying to decode the wiring diagram while waiting at the traffic lights. The lecture I attended in the morning is directly applicable to my surroundings. In my opinion, this makes mechanical engineering one of the most application-oriented degree courses.

What has been your biggest challenge to date?

The main challenge is to keep myself motivated and organised. The workload is very heavy from the very start. It takes a lot of discipline to recalculate the problems from the exercises and to show up at lectures, because nobody checks up on you. During the winter semester especially it’s much more appealing to close your eyes again, rather than sitting in the lecture hall at 08:15. You’ll regret it once the exam phase starts, though.

What would you like to become after completing your degree?

I spent the time between my A-levels and university doing an internship at a testing engineer’s office with the key competence bridge construction. I liked that a lot, and I also enjoy statics as a theoretical subject. Therefore, this is the field that I will pursue.

Which advice would you like to give to students who consider enrolling in this degree programme?

Prepare for being quite overwhelmed to begin with, especially with mathematics and mechanics. Don’t be afraid of taking advantage of your teachers’ office hours and asking questions during lectures and exercises. Moreover, it helps to study together with others. The frustration levels don’t spiral out of control, you’ll be able to help each other, and you’ll be more motivated to spend time with your books if you know that your study group is going to discuss the mechanics exercises the next day. Fending for yourself is definitely more difficult. Plus: it means you always have someone to go out with in Bermuda3eck on Friday night.

Mario Jörges is a first-year student of Construction Engineering. He is pursuing the Bachelor of Science degree.

What made you choose this degree programme?

Construction Engineering appeared the perfect course to ease my way into the construction industry, without making it necessary for me to spend endless hours at construction sites. I enjoy developing and processing just as much. Moreover, students graduating from this degree programme have a good chance of ending up in companies involved in renewable energies. This appeals to me as well.

In which respect have or haven’t your expectations been fulfilled?

My initial expectations were as follows: a lot of maths and physics, work experiences at construction sites and in the office, not much spare time. A lot of maths and physics turned out to be true, and work experiences have to be completed, as well (even though the university does not coordinate them quite as much). But there is no lack of spare time if your time management is up to scratch.

Which aspect of your degree programme do you enjoy most?

Construction physics, because of its application-oriented character from the very outset.

What has been your biggest challenge to date?

The first exam phase, because I'd had no idea how to prepare myself for written exams. It got better after the first exam – then, I knew the ropes.

What would you like to become after completing your degree?

I would love to work for a company involved in offshore wind turbine construction.

Which advice would you like to give to students who consider enrolling in this degree programme?

In the beginning: grit your teeth. There's a lot to take in at once, and sometimes you don't know how to juggle the various subjects. This feeling will fade, though, and the tasks will become manageable.

Degree programmes

Profile

Degree:	Master of Science
Start:	Winter- and summer semester
Duration:	4 semesters
Classroom language:	German

Detailed information for international applicants

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What's it all about?

This degree programme is unique, because ...

it dovetails with other engineering as well as natural science and business study courses and provides both technological expertise in the chosen major degree and an application-oriented methodological competence.

It provides the opportunity to specialise in the following fields

How are bridges, buildings and industrial structures designed and constructed?
How is the durability and maintenance of structures realized?
How are finite element technologies and new material models applied?
How are foundations, retaining structures and excavations designed, calculated and executed?
How are hydraulic engineering and urban water management facilities designed, managed and controlled?
How can road construction methods be optimized?
How can traffic noise pollution be determined and reduced?

In-depth:

KIB - Design and Construction
KIB - Digital Design and Construction
Geotechnics and Tunneling
Water and Environmental Engineering
Transportation

Course schedule

Module handbook

Who is suited?

Those who wish to enrol in this degree programme,

... have:

Bachelor’s degree in Civil Engineering or equivalent

... enjoy:

technological processes and logical approach in theory and practice

struggles through:

the choice of the “right” major

This degree programme is suited for graduates in the following subjects

Civil Engineering
Environmental Engineering and Resource Management

Graduates from this degree programme frequently work

Construction company
Engineering and planning offices
Authorities & associations
Universities & research institutes
Public utilities
Water supply & disposal companies
Traffic & road construction companies
Plant operators, energy suppliers, industrial companies
Power plants

And else?

An internship ...

is optional.

Studying abroad ...

can be done voluntarily.

Where do I find help?

Academic advisory office

Dipl.-Ing. Susanne Kentgens
Building, Room: IC 02/159
Phone: +49 (0)234 / 32-22306
Email: studienberatung-bi@rub.de
Website academic advisory office

Contact students

Fachschaft Bauingenieurwesen
Building, Room: IC 03/165
Phone: +49 (0)234 / 32-26022
Email: fsr.bauing@rub.de
Website Fachschaft

Internet

Degree programmes' website