Civil Engineering

Classical civil engineering imparts knowledge in building construction and statics, in geotechnics, in traffic and water management as well as in construction management.

Civil engineers accompany construction projects from the planning, design and construction phase to the acceptance of construction work and invoicing of construction services.

The teaching content from the construction industry is combined with topics from urban planning, energy supply and project management. The term "infrastructure" here refers to roads, buildings and basic technical services such as electricity.

Infrastructure managers ensure that the interfaces between the project participants are optimally connected.

The Industrial Engineering and Management degree course is an interface course, the content of which is made up of civil engineering (approx. 60%), business administration (approx. 30%) and the necessary legal foundations (approx. 10%).

Industrial engineers are needed for later management tasks in the construction and real estate industry to solve the complex technical and economic challenges of construction projects and real estate.

Students acquire advanced skills in the design and construction of complex engineering structures. They deepen their knowledge in the fields of solid, steel and timber construction. Further focal points of the course of study are building in existing buildings and structural mechanics.

The graduates are optimally prepared for technically flawless, economical and environmentally friendly planning and building.

Geotechnical engineering deals with construction in soil and rock. Students deepen their competence to consider the subsoil in the planning of construction measures in terms of planning and calculation and to successfully plan geotechnical construction tasks such as dams or tunnels.

Graduates can expect a wide range of tasks in planning offices, construction companies or in the public sector, from advising on building ground and foundations to the planning, execution and operation of earthworks, foundations and tunnels.

Students deepen the economic, technical, construction management and legal components in the field of construction, maintenance, operation and control of traffic facilities. All modes of transport and the most diverse forms of mobility are included in the analysis.

The graduates take over complex development and infrastructure planning on the side of the municipalities and regions. They also develop intelligent and innovative construction services on behalf of the construction industry.

Environmental protection is an interdisciplinary field of activity with the aim of protecting soil, water and air as well as the biotic communities existing there. The students learn about aspects of environmental management, technical environmental protection, but also operational factors.

After completing their studies, graduates are successfully employed in municipal, technical or biological-ecological environmental protection.

Students deepen their knowledge regarding the planning and execution of modern, technically demanding construction projects. In the course of digitalization and process optimization, knowledge of methods and tools for virtual planning, construction and operation as well as the application of lean principles play a major role.

Graduates will carry out construction and real estate projects from planning through execution to operation with optimum added value for the customer. In the process, they will assume leading positions in various areas of the construction industry.