Seeking knowledge of transportation construction 50

1) Master the basic theories and basic knowledge of traffic engineering;

2) Master the general analysis methods of system engineering and the basic techniques of system control;

3) Preliminary ability in transportation planning, traffic engineering design and traffic control system development;

4) Familiar with the methods, techniques and regulations of road engineering construction and construction, and project management;

5) Master the basic methods of literature retrieval and data inquiry, and have the ability of preliminary scientific research and practical work.

1. Look at the actual engineering drawings.

2. Consult the old traffic engineering engineers.

3. Consult more old workers with many years of experience.

4. Ask two more whys, no matter where the experience comes from, ask two more whys to see if it is realistic and reasonable.

5. Learn with an open mind, if you can't, you won't, don't pretend to know, the result of pretending to be will still not.

6. Be a student first, then a gentleman. Compare the theoretical knowledge you have learned with practice, and find out where the gap between theory and practice arises.

7. Theory is in practice and serves practice.

Use your brain's imagination! Dare to do and dare to think is the last word.

1. Mainly engaged in road and bridge engineering design, construction, budget estimation, quality inspection and other technical work and organization management.

2. Main learning materials:

Engineering Surveying, Hydraulics, Engineering Mechanics, Soil Mechanics and Foundation, Engineering Geology, Engineering Hydrology, Reinforced Concrete Structures, Steel Structures, Civil Engineering Materials, Road Engineering, Bridge Engineering, Civil Engineering Construction Technology and Construction Organization, Civil Engineering Budget Estimate, etc.

1) Soil mechanics and foundation.

Classification of soil engineering, permeability of soil, stress of soil, deformation properties and settlement calculation of soil, shear strength of soil, earth pressure, soil slope stability analysis, foundation stability, foundation design and foundation treatment. This section introduces common computing software and applications.

2) Hydraulics.

Hydrostatics, basic principles of water flow movement, head loss, pipe flow, uniform flow in open channel, flow pattern and water jump of open channel flow, non-uniform gradient flow in open channel, weir flow and pore flow, seepage, etc. This section introduces common computing software and applications.

3) Engineering hydrology.

Water cycle and runoff in nature, hydrological observation, hydrological statistics knowledge, design annual runoff calculation, design flood estimation, master the formula and application ability of estimating the peak flood flow in small watersheds, etc. This section introduces common computing software and applications.

4) Reinforced concrete structure.

The material and calculation principle of reinforced concrete components, the strength calculation of positive and oblique sections of flexural members, and the strength calculation of torsional, compressive and tensile members. Serviceability limit state design of reinforced concrete, ribbed structure and rigid frame. This section introduces common computing software and applications.

5) Engineering Surveying.

The basic concepts of engineering surveying, the use of level, theodolite, rangefinder and angle, elevation, distance measurement, the basic knowledge of measurement error, the layout and adjustment calculation of small area plane control network, and topographic map surveying and mapping. This section introduces common computing software and applications.

6) Building materials.

Classification of building materials, physical properties, etc. Inorganic cementitious materials, cement concrete, mortar, asphalt and asphalt waterproofing materials, building steel, synthetic polymer materials.

7) Road works.

This paper introduces the survey and design methods of general roads, including road route selection and alignment, road plane design, road longitudinal section design, road cross-section design, route intersection design, road utility design, roadbed engineering, pavement engineering, etc.

8) Bridge engineering.

This course introduces the general knowledge of bridges, the construction and design of reinforced concrete simply supported girder bridges, the construction and design of arch bridges, and the design of other types of bridges.

9) Estimated budget for civil engineering.

This paper introduces the composition of project quota and cost, basic unit price, preparation of construction project budget estimates, equipment and installation work, temporary project budget estimates, etc., and introduces the application of budget estimation software.

10) Civil engineering construction technology and construction organization.

It mainly introduces the construction of general earthwork engineering, blasting engineering, foundation and foundation engineering, masonry engineering, concrete engineering, construction machinery, construction arrangement and construction organization.