Read here5 facts about studying civil engineeringand see why it could be worthwhile for you. As a civil engineer, you canDesigning and implementing buildings- from structural and civil engineering to hydraulic and traffic engineering. Questions of technical environmental protection must be taken into account. Before studying civil engineering, you must choose a school (ETH or university of applied sciences) and specialization. With the Civil Engineering degree program you canenter an interesting specialist areaand develop further. You areare employed or run their own engineering offices.To study civil engineering you needa strong sense of responsibility and organizational and planning skills.
Civil engineering is an engineering science that deals with building, civil engineering, transportation and hydraulic engineering structures. It includes the conception, planning, design, construction, calculation, manufacture and operation of structures. It also takes into account issues of technical environmental protection such as noise protection, water and soil protection and associated pollutant investigations. Civil engineers therefore make a significant contribution to the design of the living environment. In civil engineering, they are involved on a daily basis in the construction and maintenance of buildings and facilities. In structural engineering, civil engineers FH develop solutions for:
Alternatives are the fields of water and environmental engineering, civil engineering or transportation.
Civil engineering can be studied academically at both Swiss Federal Institutes of Technology (ETH) without specific prior knowledge or practically at a university of applied sciences with construction-specific prior knowledge in the form of a one-year internship. The civil engineering course includes basic scientific knowledge in mathematics, physics and geology. Subjects such as hydraulics, hydrology, structural analysis, materials, construction, geotechnics, construction process engineering, construction law and hydraulic engineering are also included. Depending on the university, different specialization options are possible. Knowledge in this field is usually acquired in lectures, exercises and practical projects. Studying civil engineering requires an interest in mathematical and scientific contexts. Mathematics and technical mechanics form the cornerstones of knowledge specific to civil engineering. Equally important in civil engineering is an open-minded approach to environmental, economic and social issues.
These are thefive most important advantages,that speak in favor of studying civil engineering:
Important skills that you should have as a civil engineer, regardless of whether you are studying civil engineering at a university of applied sciences (FH) or a federal institute of technology (ETH):
This will show you whether you are more suited to one path or the other. You can also study at a university of applied sciences with a vocational baccalaureate or a technical baccalaureate. However, you can only go to ETH with a baccalaureate from a grammar school.
Civil engineers FH and ETH are employed by companies in the construction industry or run their own engineering firm. With both civil engineering degrees, you are usually employed in management positions and bear a great deal of responsibility. Both are also in demand in other areas, for example with authorities, banks, insurance companies or transportation companies. The renovation of existing buildings (e.g. the building envelope) and the construction of new ecological buildings are very central to the federal government's energy and climate strategy, so specialists in this field will continue to be in high demand in the future. In addition, civil engineers are well qualified to work abroad (for example in development cooperation). Civil engineers FH and civil engineers ETH plan, construct and realize buildings from project preparation (possible solutions, cost estimates, technical plans, dossiers, building permits, invitations to tender, offers, awarding of contracts) to project realization (detailed planning, coordination, supervision, quality controls, final accounts). The only difference with ETH civil engineers is that, depending on their specialization, they can also be involved in research.
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