There are six major directions for the professional examination of the second-level constructor, namely, water conservancy and hydropower engineering, electromechanical engineering, municipal public works, mining engineering, highway engineering and construction engineering. The focus of the exam in each major direction is different, so you should teach students in accordance with their aptitude when choosing which major to prepare for the exam. The following are several majors.
architectural engineering
Construction management positions of real estate development companies and engineering technology companies, cost consulting and project evaluation positions of engineering consulting and evaluation institutions, engineering management positions of star-rated hotels, technical positions of construction units, engineering management positions of government construction departments, engineering management positions of high-grade properties, and infrastructure positions of large and medium-sized domestic enterprises.
Subjects involved: theoretical mechanics, material mechanics, structural mechanics, architectural physics, surveying, civil engineering materials, soil mechanics, engineering geology, basic engineering, concrete structure design principle, steel structure design principle, road engineering, architectural architecture, civil engineering construction, introduction to nuclear architecture, architectural drawing and drawing reading.
Mechanical and electrical engineering
Cultivate senior engineering and technical personnel who master the basic theory and professional knowledge of machinery, electricity and its control technology, take embedded control system as the core, have the ability to combine mechanical design and manufacturing technology, automatic control technology and computer application technology, and can engage in mechanical and electrical equipment design and development, operation and maintenance, and sales management.
Subjects involved: mechanical drawing, engineering mechanics, mechanical design, hydraulic transmission, mechanical manufacturing, electrical and electronic technology, computer application, single chip microcomputer application, motor drag and control, factory power supply, machine tool numerical control technology, mechanical and electrical equipment fault analysis and maintenance, etc.
Road engineering
This major cultivates basic knowledge, legal knowledge, conventional methods and means of highway engineering management and highway engineering construction technology, has strong practical ability and certain innovation ability, and has high-quality skilled professionals who serve the front-line highway engineering project construction organization management and highway engineering construction technology.
Subjects involved: advanced mathematics, English, computer foundation, soil mechanics, bridge engineering, tunnel engineering, subgrade engineering, structural mechanics, management principles, engineering drawing, surveying, building materials, highway engineering, bridge engineering, highway engineering bidding and contract management, construction organization and budget estimation, and highway construction enterprise management.
municipal engineering
The training goal of municipal public works management professionals is to cultivate high-tech applied talents who have all-round development in morality, intelligence, physique and aesthetics, master the necessary basic theoretical knowledge and professional knowledge of this major, have the post ability of practical work in this professional field, and meet the requirements of professional posts such as front-line construction and management of municipal public works.
Subjects involved: basic theories, knowledge and skills of water supply and drainage engineering, water pollution control, water resources utilization and protection. Through the study and training in foreign languages, engineering design, management and planning, I have the ability of engineering design, scientific research and management planning in the fields of water science and environmental science and technology.
Water conservancy and hydropower engineering
Water conservancy and hydropower project management and construction enterprises (institutions); Engaged in technical management and operation management of water conservancy and hydropower engineering, construction project management, construction management, hydrological information processing, water resources analysis and evaluation, reservoir dispatching, water quality monitoring, water source engineering construction, urban and rural water supply, flood control and emergency rescue, river regulation, soil and water conservation and other technical and management work.
Subjects involved: engineering mechanics, hydraulics, river dynamics, geotechnical mechanics, engineering geology and hydrogeology, engineering surveying, engineering hydrology, engineering economics, building materials, reinforced concrete structures and steel structures.
Mineral engineering
The first-level disciplines of mining engineering include mining engineering, mineral processing engineering, safety technology and engineering. Two subjects. Mining engineering discipline should not only improve and develop traditional mining engineering technology according to the geological, production and economic characteristics of mines, but also absorb and integrate the latest achievements of modern science and technology, and constantly improve and update mining engineering technology. Mining engineering discipline is closely related to geological resources, such as geological engineering, energy engineering, metallurgical engineering, material science and engineering, mechanics, civil engineering, mechanical engineering, chemistry and other adjacent disciplines.
Mining engineering, mineral processing engineering, safety technology and engineering, which are the first-level disciplines of mining engineering, are interdependent and have internal relations of development. Mining engineering sites are mostly located in complex environments, and mining engineering relies on safety technology and engineering to provide safety guarantee. Safety technology and engineering discipline is the safety technology of industrial and mining enterprises, but its outstanding research object is the major disasters and safety problems in mining field. Mineral resources mined by mining projects usually need beneficiation and become raw materials for metallurgy, energy, chemical industry, building materials and other industries. The development of mining engineering discipline is extremely important to the national economic construction and social development, and will continuously promote and promote the sustained and coordinated development of the national economy.