Engineering Degree Program in China - Architectural Engineering

1. Introduction

Architectural Engineering refers to the engineering entity through the construction of the various types of housing construction and its ancillary facilities and the installation activities of its supporting lines, pipelines, equipment. Housing construction refers to the project with roof, beam column, walls, foundation, and can form an internal space to meet the people's needs of production, living, learning, public activity.

The construction of house buildings includes factory buildings, theatres, hotels, shops, schools, hospitals and residential facilities; auxiliary structures refer to water towers, bicycle shed, pool etc. that match with buildings. Lines, pipelines, equipment installation refers to installation activities of electrical, water supply and drainage, HVAC, communications, intelligent, elevators, pipelines, equipment that match with the housing and ancillary facilities.

2. Archival Materials

Architectural engineering is generally divided into project planning, land acquisition relocation, survey and design, civil construction, pipeline construction, equipment installation, internal and external decoration, completion and acceptance of the project. The archives materials of these projects need to be kept for a long time.

3. Program Directions

1) Construction engineering technology and application

2) Construction engineering survey

3) Heating ventilation and air conditioning engineering technology

4) Water supply and drainage engineering.

4. Related Certificates

Registered cost engineer, registered consulting engineer, registered construction engineer, registered supervision engineer, etc.

5. Training Objectives

The program trains senior engineering and technical talents who master the basic theory and basic knowledge of engineering mechanics, soil mechanics, surveying, building construction and structural engineering, have the ability to be engaged in civil engineering project planning, design, research and development, construction and management; can be engaged in the design, research, construction, education, management, investment and development for the technology and management in housing construction, underground construction, tunnel, road and bridge, mine.

6. Training Requirements

1) With solid foundation of natural science, understand the main contents of contemporary science and technology and application prospects;

2) Master the basic theory of engineering mechanics, soil mechanics, building architecture, master the basic knowledge of project planning and selection, engineering materials, structural analysis and design, foundation treatment, master the basic technology about construction machinery, electrical engineering, measurement and test, construction technology and organization etc;

3) With the basic ability of engineering drawing, computer application and testing instruments, and has the ability to use various means to inquire about information and obtain information;

4) understand the main laws and regulations of civil engineering;

5) With the ability to carry out engineering design, test, construction, management and research.

7. Main Courses

Theoretical mechanics, material mechanics, structural mechanics, physics, building surveying, civil engineering materials, engineering geology, soil mechanics and foundation engineering, concrete structure design principle, steel structure design principle, road engineering, architecture, civil engineering construction, nuclear engineering outline, architectural drawing and map reading.

8. Practical Courses

Cognition practice, measurement practice, teaching practice, production practice, graduation practice, building material experiment, soil mechanics test, structure experiment, curriculum design, graduation design or graduation thesis, etc. the general arrangement is about 40 weeks.

9. Employment Prospects

1) Survey: survey and measurement of the geology and topography of the location of the house, provide geological and hydrological data, topographic map; put forward suggestions for the design of the housing structure; put forward the treatment of bad foundation.

2) Structural design: determining the loads that the housing structure withstands, and the reasonable selection of structural materials; the correct selection of structure system and structure; solve the structure bearing capacity, deformation, stability, anti overturning and other technical problems; to solve the structure problem of connection structure and construction method.

3) Construction: the construction organization design and construction site layout; determine the construction scheme selection and construction equipment; purchase, inspection and use of building materials; skilled workers and labor organizations; to ensure project quality and schedule.

4) Main work of project management personnel: project manager's work; supervision engineer's work.