The main courses include geodesy foundation, spatial geodesy theory and technology, image and mapping, engineering survey, digital photogrammetry, principle and application of geographic information system, advanced survey adjustment, deformation monitoring and data processing, engineering and industrial photogrammetry, engineering supervision, engineering surveying and mapping, and seismic geological foundation.
Professional profile Length of study: three years of education: higher vocational college
Cultivate high-quality and high-skilled professionals who can transform scientific and technological achievements or grand blueprints into real productive forces, have healthy psychological quality and physique, and love their jobs.
Training requires training high-quality and high-skilled professionals who not only have the necessary theoretical knowledge, but also have strong practical ability in production, construction, management and service, can "get down, use, stay and get up quickly", have initial innovative spirit and entrepreneurial ability, can turn scientific and technological achievements or grand blueprints into practical productivity, have healthy psychological quality and physique, and are dedicated to their jobs.
Employment prospect of surveying and mapping engineering technology specialty
Surveying and mapping engineering technology ranks 724th in employment among all majors, and 5th in resource development and surveying and mapping. Surveying and mapping engineering mainly includes surveying and mapping engineering specialty, geographic information system specialty and remote sensing specialty. Engaged in engineering survey, marine surveying and mapping, remote sensing investigation, etc. The employment of boys will be better, and if girls are better in the industry, they will not be very hard. Surveying and mapping is a hard industry. If you have a high degree, you can enter some surveying and mapping institutions, and the annual salary is very good. But in the future, surveying and mapping will change to the direction of geographic information, that is, the direction of software. After all, there is no culture in field survey, and high school junior college can do it. Therefore, high-level surveying and mapping should be biased towards geographical direction. Graduates of this major mainly face two types of enterprises or departments: one is enterprises or departments engaged in railway, highway, water conservancy, construction, electric power and other engineering projects; Second, enterprises or departments that acquire and process geographic information, such as surveying and mapping, geology, land management, urban planning, real estate survey, geographic information system high-tech companies, etc. Graduates of this major can engage in the planning, design, implementation and management of surveying and mapping and related information projects in urban construction planning and management, transportation (including roads, railways and water transport), land and real estate, industrial enterprises, oceans, architecture, water conservancy, electric power, petroleum, metallurgy, national defense, surveying and mapping, engineering survey, information management of cities and enterprises, and other departments, and can also engage in related work in government departments, teaching and scientific research units.
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