What Is the Difference Between a Civil and Structural Engineer?

Civil engineers are engineering and technical personnel who are engaged in the design, construction and supervision of construction of general industrial and civil buildings and structures. Its main responsibilities include architectural design, construction, and construction.

civil engineer

Research project, survey construction site;

Calculate and design building structure and prepare cost summary, construction plan and specifications;

Determine the type of materials, construction equipment, etc .;

Prepare the project schedule and guide the construction;

Plan, organize and supervise the maintenance and repair of buildings;

Research and develop new construction methods under special geological conditions and difficult construction conditions;

Supervise and inspect building construction.

1. Registered civil engineer

   Civil Engineering (Roads and Bridges)
   Training objectives	This major aims to train advanced engineering and technical personnel who have solid basic theory and professional knowledge, strong practical ability, and are engaged in the design, construction organization management, and operation of road and bridge engineering to meet the needs of modern construction.
   Main course	Structural mechanics A, Structural design principles (steel structure), foundation engineering (road and bridge), civil engineering project management, engineering fluid mechanics, road survey and design, subgrade and pavement engineering, steel bridge, concrete bridge, bridge crossing design

   Civil Engineering (Railway Engineering)
   Training objectives	This major aims to cultivate the ability to meet the needs of socialist modernization. It has a solid technical foundation theory and necessary professional knowledge, strong foreign language and computer application ability, a certain ability to analyze and solve engineering practical problems and engineering design ability, and has a preliminary science. Railway engineering senior professional and technical personnel with research, scientific and technological development capabilities and management capabilities.
   Main course	Structural mechanics A, Principles of structural design (below), Foundation engineering, Civil engineering project management, Engineering construction management and budget, Route engineering, Subgrade engineering, Bridge and tunnel engineering, Engineering supervision

   Civil Engineering (Construction and Civil Engineering)
   Training objectives	This major aims to train application-oriented engineering and technical personnel who are capable of adapting to the needs of socialist construction and social development and who are engaged in the design of building construction structures, construction organization, engineering supervision, engineering budgeting and management, and have strong computer application abilities.
   Main course	Structural mechanics A, concrete structure design principles, construction engineering CAD, civil engineering project management, engineering fluid mechanics, basic engineering (construction and construction cost), steel structure A, structural earthquake resistance and high-rise buildings, engineering cost and valuation principles, construction equipment

   Civil Engineering (Engineering Management)
   Training objectives	This major aims to train senior managers of applied construction engineering who have basic knowledge of construction engineering technology and modern management theory, methods and means. Graduates are mainly engaged in the field of construction engineering (such as real estate industry, supervision companies, construction engineering consulting enterprises and related competent departments, etc.) in construction engineering project planning, project decision-making, and project management.
   Main course	Engineering Mathematics, College English, Principles of Management, Management Operations Research, Engineering Economics, Financial Management, Investment Economics, Housing Architecture, Construction and Management, Engineering Valuation, Engineering Project Management, Engineering Contract Management, Investment Risk Management , Construction and real estate regulations

   Civil Engineering (Engineering Cost)
   Training objectives	This major aims to cultivate management talents who can adapt to the needs of modern construction and can engage in investment analysis and control of construction projects, determination and control of construction cost, construction project bidding and construction cost.
   Main course	Structural mechanics A, structural design principles (steel structure), foundation engineering, civil engineering project management, civil engineering construction technology, engineering economics, road engineering (up), bridge engineering (up), tunnel engineering, housing engineering, engineering contracting and Bidding, project decision-making and evaluation

   civil engineer

   1. Persons who:

   Category Professional name Degree or degree Occupational practice Minimum time at the latest Graduation period The master's degree in structural engineering or a graduate degree or above in 2005

   Building works

   Failed Bachelor of Engineering Degree 2005

   Graduated 1 year in 2004

   Geotechnical Engineering

   Traffic civil engineering

   Mine construction

   Water Resources and Hydropower Construction Engineering

   Port and Channel Engineering

   Coastal and Offshore Engineering

   Agricultural Building and Environmental Engineering

   architecture

   Master of Engineering or Graduate Degree in Engineering Mechanics, 2005 or above

   Bachelor of Engineering or Bachelor Degree 2005

   Bachelor's degree in engineering from other engineering majors, 2004

   1. As a professional responsible person or main designer, complete 4 or more items (full-process design) of the construction engineering classification standards of Grade 3 or higher, of which no less than 1 or higher.

   2.As a professional responsible person or main designer

   National Grade I and Grade II registered structural engineers, registered civil engineers (geotechnical),

   Registered Public Equipment Engineer (HVAC, water supply and drainage, power),

   Registered electrical engineer (generating power transmission, transformation, power supply and distribution), registered chemical engineer professional examination

   civil engineer

   1. Persons who:

   Professional Titles

   this

   Master of Engineering in Structural Engineering or a graduate degree or above in 2005

   Building works

   (Excluding Geotechnical Engineering) Bachelor of Engineering Degree Passed in Evaluation and Within the Validity Period

   Failed Bachelor of Engineering Degree 2005

   Graduated 1 year in 2004

   Geotechnical Engineering

   Traffic civil engineering

   Mine construction

   Water Resources and Hydropower Construction Engineering

   Port and Channel Engineering

   Coastal and Offshore Engineering

   Agricultural Building and Environmental Engineering

   architecture

   Master of Engineering or Graduate Degree in Engineering Mechanics, 2005 or above

   Bachelor of Engineering or Bachelor Degree 2005

   Graduated 1 year in 2004

   Bachelor of Engineering with Bachelor's degree or above in other engineering majors 1 year 2004

   1. Those who graduated after 1971 (including 1971) and do not have the required academic qualifications have worked in architectural engineering design for more than 15 years and have one of the following conditions:

   As a professional responsible person or main designer, complete 4 or more mid-sized industrial construction projects (full-process design), including no less than 1 large-scale project.

   National Grade I and Grade II registered structural engineers, registered civil engineers (geotechnical),

   Registered Public Equipment Engineer (HVAC, water supply and drainage, power),

   Registered electrical engineer (generating power transmission, transformation, power supply and distribution), registered chemical engineer professional examination

   Representative industries: construction enterprises, real estate development enterprises, road and bridge construction enterprises, etc.

   Employment prospects: Just as we see the high-rise buildings around us constantly rising, and the wide and flat avenues extending in all directions, the demand for engineering and technical personnel in the civil construction industry is also increasing. In 2004, companies that entered various talent markets to recruit engineering and technical personnel involved more than 100 industries. Among them, in many cities' talent markets, the demand for talents in the housing and civil engineering construction industry has jumped to the top. With the economic development, road network reconstruction, and urban infrastructure construction, the demand for civil engineering technicians will continue to rise in the present and future periods. Coupled with the upgrading of roads and bridges and urban infrastructure, as long as there is no oversaturation in the talent market, it can be said that civil engineering technicians have always had good employment prospects.

   Annual salary reference: construction worker / technician: 15,000 25,000 yuan; foreman: 25,000 40,000 yuan; technical quality management manager: 45,000 70,000 yuan; project manager: 50,000 100,000 yuan;

   Notes for candidates

   1. National Registered Civil Engineer (Geotechnical),

   Civil engineering majors can be roughly divided into two different directions: road and bridge engineering and construction engineering. In their careers, positions in these two directions have both general unity and specific differences in details. In general,

   According to the Beijing Municipal Bureau of Human Resources and Social Security, the registration of professional and technical qualification evaluation examinations organized by Beijing will start on January 10, 2011. The review and defense work is expected to be completed by November. The qualifications for the national first-class construction engineer qualification, the national registered civil engineer (geotechnical) qualification, the national first-level registered structural engineer qualification, and the national licensed pharmacist qualification examination schedule will be implemented in the third quarter of each year. Please invite relevant professional participants in the reporting year Take the exam before.