Employment direction and prospect of surveying and mapping specialty

The employment direction and prospect of surveying and mapping major are as follows:

1, can be engaged in maritime communication, marine survey, management and scientific research in aerospace, aviation, transportation, public security, national defense and other departments;

2. Be able to engage in production, design and plan management of positioning survey, gravity survey and geophysical exploration in aerospace, aviation, transportation, metallurgical coal and earthquake departments;

3. Engaged in precision engineering survey, deformation monitoring, marine survey, satellite measurement and control, satellite measurement data processing, and measurement and management technology in urban construction, industrial and mining enterprises, national defense engineering, land management and other industries;

4, can be engaged in geodesy, engineering survey, photogrammetry, cartography and geographic information system, urban construction and planning, land resources and environment, national defense and military science, aerospace, ocean, transportation and other fields of engineering, design, planning and management;

5. Engaged in the design, development, establishment, maintenance, management and information processing and analysis of information systems, providing scientific basis for office automation, major project establishment and demonstration, investment environment evaluation, various land use evaluation, major project site selection and planning, and various disaster loss estimation and prediction of relevant departments;

6, can be engaged in the research and development of surveying and mapping products and equipment in various ownership of public and private enterprises.

Surveying and mapping engineering majors mainly study the basic theories and technologies of space, electronics, information, laser, inertia and other sciences, and study the basic theories and methods of using these technologies to determine the shape of the earth and other stars, the three-dimensional characteristics of buildings (structures) and their relationship with the designated reference system, the gravity field of the earth and its internal physical characteristics, and the application of these technologies in engineering, industry and human life.

Cultivate senior surveying and mapping talents who can master the basic principles and methods of spatial information acquisition, processing, analysis, expression and application, master the basic theories of modern spatial measurement technology, digital photogrammetry and remote sensing technology, geographic information system and cartography, and have a solid foundation in mathematics, foreign languages and computer application and good professional quality.