1, basic examination: public foundation includes module contents: mathematics, physics, chemistry, theoretical mechanics, material mechanics, fluid mechanics, computer application foundation, electricity and information, laws and regulations, and engineering economy. The professional foundation includes modules: civil engineering materials, engineering survey, civil engineering construction and management, structural mechanics, structural design, soil mechanics and foundation, and structural test.
2. Professional examination: including modules: reinforced concrete structure, steel structure, masonry structure and wood structure, bridge structure, foundation and foundation, high-rise building, towering structure and lateral action. Structural mechanics: including the basic principles and calculation methods of statics, dynamics and elasticity. Structural analysis and design: mainly involves structural stress analysis, deformation analysis, structural design, etc. Structural materials and construction technology: understand and master the mechanical properties, construction technology and construction technology of various structural materials.
Structural safety and supervision: understand the safety requirements and supervision norms in structural design, and be able to evaluate and supervise structural safety. In addition, it may also include relevant professional knowledge and skills assessment, such as civil engineering, building structure, engineering mechanics, etc. Specific examination subjects should refer to local examination requirements and regulations. Please note that the examination subjects and requirements of Grade I structural engineers may be different in different regions. I suggest that you know the local examination requirements and outline in detail before signing up for the examination.
The employment direction of structural engineers mainly includes the following aspects.
Architectural design firm: structural engineers can engage in structural design and analysis in architectural design firms, and are responsible for providing structural design schemes and technical support for various buildings.
Construction enterprises: Construction enterprises usually need structural engineers to participate in construction supervision and quality control of engineering projects to ensure structural safety and meet design requirements during construction. Government agencies: structural engineers can work in relevant government agencies, participate in the formulation and formulation of laws, standards and technical specifications related to building structures, and conduct structural safety assessment and supervision.
Scientific research and education institutions: some structural engineers will also choose to engage in scientific research and education, carry out scientific research in the field of structural engineering in universities, research institutes and other institutions, and train a new generation of structural engineers.
Architectural consulting company: structural engineers can work in architectural consulting companies or engineering consulting companies, provide consulting services for customers in structural engineering, and participate in technical evaluation and feasibility study of projects. In addition, structural engineers can also choose to start their own businesses and set up their own structural design companies or consulting companies to provide professional structural engineering services.