Read here5 facts about studying civil engineeringand see why it could be worthwhile for you. As a civil engineerplan and realize buildings- from building construction and civil engineering to hydraulic and transportation engineering. Questions of technical environmental protection must also be taken into account. Before studying civil engineering, you must choose a Universities (FIT or University of Applied Sciences) and a specialization. With a degree in civil engineering you canenter an interesting specialist areaand develop yourself further. You work in aemployed or run your own engineering office. To study civil engineering you need a hhigh degree of responsibility as well as organizational and planning talent.
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. Technical environmental protection issues such as noise protection, water and soil protection and the associated pollutant investigations are also taken into account. Civil engineers thus make a significant contribution to the design of the living environment. In civil engineering, they are involved in the construction and maintenance of buildings and facilities on a daily basis. In structural engineering, UAS civil engineers develop solutions for:
Other areas of application include water and environmental engineering, foundation engineering and civil engineering, and transportation.
Civil engineering can be studied academically at both Federal Institutes of Technology (FIT) without specific prior knowledge or at a University of Applied Sciences with construction-specific prior knowledge in the form of a one-year internship with a practical orientation. Civil engineering studies include basic scientific knowledge in mathematics, physics and geology. In addition, there are subjects such as hydraulics, hydrology, structural analysis, materials, construction, geotechnics, construction process engineering, construction law and hydraulic engineering. Depending on the Universities, different specializations are possible. The knowledge is usually taught in lectures, exercises and practical projects. If you want to study civil engineering, you should have an interest in mathematical and scientific contexts. Mathematics and technical mechanics form the basis 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 a civil engineer should have, regardless of whether they are studying civil engineering at a University of Applied Sciences (UAS) or at a Federal Institutes of Technology (FIT):
This way you can find out whether you are more suited to one path or the other. You can also study at a University of Applied Sciences with a vocational or Specialized Baccalaureate. At the FIT, on the other hand, only with a Baccalaureate.
Civil engineers UAS and FIT are employed by companies in the construction industry or run their own engineering firm. Both civil engineering degrees are mostly used in management positions with great responsibility. However, 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 is a central element of the federal government's energy and climate strategy, which is why specialists in this field will continue to be in high demand in the future. In addition, civil engineering offers good prerequisites for working abroad (for example in development cooperation). Civil engineers UAS and civil engineers FIT plan, construct and realize buildings from project preparation (solution approaches, cost estimates, technical plans, dossiers, building permits, invitations to tender, offers, work awards) to project realization (detailed planning, coordination, supervision, quality controls, final accounts). The only difference is that civil engineers FIT can also work in research, depending on their specialization.
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