Bauingenieurwesen-Fächer: Was sind die Bauingenieur-Studieninhalte?
Civil engineering subjects: What are the civil engineering course contents?
The civil engineering course content includes in-depth knowledge of natural sciences, technology, planning and management. Civil engineering subjects can vary depending on the Universities or Universities of Applied Sciences, but are generally oriented towards the following subject areas:
- Typical content at Universities of Applied Sciences (UAS)
Universities of Applied Sciences focus on practice-oriented and vocational training. The degree programs are usually structured and application-oriented- Mathematical and scientific fundamentals: structural analysis, physics and mathematics
- Interdisciplinary skills: Engineering culture, law and economics as well as construction history
- Subject-specific basics: materials, computer science and building physics
- Structural design: solid construction, steel and timber construction
- Traffic route construction: planning, project planning, construction, operation and maintenance of traffic facilities
- Foundation engineering and hydraulic engineering: geotechnics, hydraulic engineering and sanitary engineering
- Typical content at Universities and colleges
University courses in civil engineering are more theoretical and scientific. They provide a solid foundation for research, development and academic careers:- Mathematics and natural sciences: Analysis, linear algebra and numerical mathematics, statistics and probability, physics, chemistry, geology and petrography
- Technology and engineering sciences: mechanics, structural analysis, soil mechanics, steel construction, reinforced concrete, hydraulics, hydrology, construction methods, systems engineering
- Infrastructure and environment: urban water management, hydraulic engineering, traffic planning, railroad infrastructure, road transportation systems, rock and underground construction
- Digitization and data processing: computer science, geodetic measurement technology
- Business and law: business administration, law
- Project work and design: interdisciplinary project work, design planning, science in context
Briefly explained:
- Mathematics and physics form the foundation for all technical calculations
- Structural design and structural analysis teach how buildings are planned safely
- Transportation and hydraulic engineering deal with the design of functional infrastructure
- Computer science and geodesy enable precise planning with digital tools
- Law and business administration provide the necessary knowledge in project management
The actual content may vary depending on the Universities, canton and focus of the degree program. It is advisable to enquire directly with the respective school. Use our contact form to forward a specific question about the course content directly to the desired school.
