The job description of a steel structure engineer

Command and lead the on-site installation and on-site management of the steel structure part of the steel engineering project;

Carry out the preparation, review, implementation, review and correction of the construction schedule of the steel structure project;

Participate in the on-site acceptance, assessment, completion acceptance and filing of steel structure engineering, and property handover;

Participate in the steel structure engineering change and on-site visa review;

Carry out the application and processing of the steel structure connection point of the project and communicate with the designer;

Cooperate with other relevant staff of the project to carry out work.

In general, the main responsibilities of a product structure engineer include:

1. Participate in the feasibility study of product projects and the design of system schemes;

2. Prepare structural design plans and project plans, research and develop new structures and new technologies, and improve product performance and quality;

3. Undertake the detailed design of product structure and parts;

4. Undertake the development, commissioning and related technologies of the prototype;

5. Tolerance analysis and DFMA (Design for Manufacturing and Assembly) inspection;

6. Conduct mold review with manufacturing engineers; 7. Mold sample review, design change and final recognition of parts; 8. Provide mechanical support for various tests such as EMI, ESD, safety and reliability; 9. Solve problems in product development, track problems and discuss technical problems with customers;

10. Provide technical support for the mass production of products;

Structural engineers and steel structural engineers are both professionals engaged in building structural design and engineering technology, but there are some differences in specific areas and responsibilities:

Structural Engineer:

Structural engineer is a broader concept that is primarily responsible for the structural design and analysis of buildings or other engineering projects. They study mechanics, materials science, and other knowledge, and perform structural calculations, designs, and optimizations according to the requirements of the project.

Structural engineers are involved in a wide range of structural forms, including steel structures, concrete structures, wood structures, bridges and other structural forms. They need to consider the stability, bearing capacity, seismic performance, deformation control and other aspects of the structure, and coordinate with other engineering disciplines of Yuanqinlan.

Steel Structure Engineer:

Hail Hu Chengshi, a steel structure engineer, is a professional among structural engineers who focuses on the field of steel structures. They have a deeper understanding and experience of the properties of steel, joining methods, construction processes, etc.

When designing a steel structure, a steel structure engineer will select the appropriate steel type and specification according to the specific project needs and requirements, determine a reasonable joint connection method, consider corrosion protection measures, and carry out relevant structural calculations and analysis.

It can be said that structural engineer is a broader concept, while steel structure engineer is based on structural engineer who has specialized in-depth research in the field of steel structure. In a practical engineering project, a structural engineer and a steel engineer may work together to complete the design and construction tasks of a steel structure project.

First, the main work content of the steel structure technician is as follows:

1. Participate in the program review of the company's key projects;

2. Participate in the preparation of bidding technical documents for key projects and projects with greater technical difficulty;

3. Provide professional technical support for the work of the company's project department, and provide technical guidance for relevant professional and technical problems encountered in the process of project implementation;

4. Participate in the review of drawings of key projects;

5. Participate in the investigation and handling of quality problems and accidents related to key projects;

6. Attend technical seminars related to the profession on behalf of the company;

7. Responsible for the supervision of the quality of the processing of non-standard equipment, the analysis of performance, and the acceptance of the quality of finished products;

8. Measure, track and analyze the production cost of related mechanical processing products;

9. Equipment and operation management, inspection and inspection of equipment operation status, and guidance of equipment maintenance technology;

1. Processing and production of steel structure.

2. Steel structure coating protection engineering.

3. Steel structure installation project.

1. Processing and production of steel structure.

2. Steel structure coating protection engineering.

3. Steel structure installation project.

This one is good.

The main job of the constructor is to cooperate with the project manager to complete the on-site construction in more detail

Steel structure is a structure that is mainly composed of steel materials and is one of the main types of building structures. The structure is mainly composed of steel beams, steel columns, steel trusses and other components made of section steel and steel plates, etc., and the components or components are usually connected by welds, bolts or rivets. Because of its light weight and simple construction, it is widely used in large-scale factories, venues, super high-rise buildings and other fields.

Steel is characterized by high strength, light weight, good overall rigidity and strong deformation ability, so it is particularly suitable for building large-span and ultra-high and super-heavy buildings; The material has good homogeneity and isotropy, which is an ideal elastomer, which is most in line with the basic assumptions of general engineering mechanics. The material has good plasticity and toughness, can have large deformation, and can bear the dynamic load well; short construction period; It has a high degree of industrialization and can carry out specialized production with a high degree of mechanization. The steel structure should be studied with high-strength steel to greatly improve its yield point strength; In addition, new varieties of steel should be rolled, such as H-shaped steel (also known as wide flange steel) and T-shaped steel and profiled steel plates, etc., to meet the needs of large-span structures and super high-rise buildings.

In addition, there is no thermal bridge light steel structure system, the building itself is not energy-saving, this technology solves the problem of cold and hot bridge of the building with ingenious special connectors; The small truss structure allows the cables and water pipes to pass through the wall, and the construction and decoration are convenient.

Now there is no steel structure major, steel structure engineers are generally industrial and civil construction and mechanical personnel, but it is still similar to the industrial and civil construction major, after all, the steel structure belongs to the building, get started quickly. Civil engineers also know part of the knowledge of steel structure, but if they are not engaged in steel structure work, they have learned too little in school, and most of the knowledge of steel structure has to be obtained in work practice or self-study.

Category: Professional Name, Educational Qualifications or Degrees, Category Personnel, Category Personnel.

Minimum time for professional practice Minimum time for professional practice.

Structural Engineering, Master's degree or above, 4 years, 6 years.

Construction. Bachelor's degree in engineering with a pass in the assessment and within the qualifying validity period of 4 years.

Bachelor's degree in engineering that has not passed the assessment 5 years 8 years.

College graduation 6 years 9 years.

Geotechnical engineering of similar professions to construction engineering.

Traffic civil engineering.

Mine construction. Water conservancy and hydropower construction projects.

Port waterways and river control projects.

Coastal & Marine Engineering.

Agricultural Construction and Environmental Engineering.

Architecture, Engineering Mechanics, Master of Engineering or Master's Degree or above, 5 years, 8 years.

Bachelor's or Bachelor's degree in Engineering 6 years 9 years.

College graduation 7 years 1 0 years.

Other engineering majors: Bachelor's degree or above in engineering: 8 years, 12 years.

Graduates with bachelor's degree or junior college degree in construction engineering before 1970 (including 1970).

Graduated from technical secondary school or above in construction engineering or similar majors before 1970, and engaged in structural design for more than 10 years.

4. Those who participated in the work before 1970 (including 1970), do not have the required academic requirements, and have been engaged in structural design for more than 15 years.

With the consent of the relevant departments, foreign nationals and professionals from Hong Kong, Macao and Taiwan who are allowed to work in the territory of the People's Republic of China can also apply for the examination in accordance with the provisions of the "Interim Provisions on the Qualification System for Registered Structural Engineers" and the "Implementation Measures for the Qualification Examination for Registered Structural Engineers".

Candidates should refer to the prescribed application conditions and determine whether they meet the application conditions based on their own circumstances. Those who confirm that they meet the application conditions must be reviewed and approved by their unit before they can register. Those who do not meet the requirements for the basic examination will have their test results invalid.

After passing the professional examination, the applicant must hold the certificate (original) that meets the relevant application conditions for qualification review, and only those who pass the review can obtain the corresponding practice qualification certificate.

Education and training: college degree or above in steel structure, industrial and civil construction and related majors. Intermediate engineer title or above is required. Those who have the national registered practice qualification certificate in the industry have a great advantage.

Work experience: Have rich professional knowledge in the industry, understand the relevant laws, regulations and policies of the industry, and have the ability to comprehensively coordinate steel structure engineering and review drawings; Have a strong ability to plan and promote the construction quality, schedule and cost control of on-site steel structure projects, and be able to guide or specifically implement the on-site technical work of steel structure engineering projects; Proficient in the design of steel structure drawings, proficient in AutoCAD and other drawing software.