Surveying and mapping engineering is a highly specialized comprehensive discipline, which needs the support of both the main discipline and many related disciplines. Surveying and mapping engineering majors mainly study the basic theories and technologies of space, electronics, information, laser, inertia and other sciences, 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 designated reference systems, the gravity field of the earth and its internal physical characteristics, the characteristics of moving objects and its multi-dimensional parameters, and study 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.
Surveying and mapping engineering majors can engage in geological exploration, engineering surveying and mapping, engineering survey, completion survey and engineering supervision. In engineering enterprises, you can also engage in instrument design and instrument drawing in instrument enterprises. You can also engage in national basic surveying and mapping construction, navigation and management of land, sea and air vehicles, investigation and management of land and resources, map and geographic information system design in government agencies and institutions.
The knowledge system of this major consists of general education, professional education and comprehensive education. General education includes humanities and social sciences, natural sciences, management sciences, foreign languages, computer information technology, physical education and practical training. Professional education includes professional foundation, professional theoretical knowledge, professional experiment and practical training. , covering the core knowledge fields such as geospatial information collection technology, data processing theory and method, mapping information expression and application, computer network and information system, geodesy and navigation and positioning, engineering and industrial surveying, photogrammetry and remote sensing, cartography and geographic information engineering. Comprehensive education includes ideological and moral education, professional practice education and social conditions and national conditions education. Through various academic exchanges and social practice activities, we will broaden students' international horizons and improve their humanistic and professional qualities.
What abilities do you need to master in surveying and mapping engineering?
1. Master the basic theories and knowledge of ground survey, ocean survey, aerial training survey, earth shape and external gravity field;
2. Master the techniques of geodesy, engineering survey, ocean survey, mine survey and cadastral survey;
3. Master the theories and methods of photogrammetry (analytical photogrammetry and digital photogrammetry) and image graphic information processing;
4. Master the theory and method of designing and compiling various maps by using various information sources;
5. Participate in the formulation of national space standards; Satellite navigation; Accurate positioning of land, sea and space; Surveying and mapping of national large-scale maps and various thematic maps; Developing and establishing geographic information system; Surveying, mapping and deformation monitoring at various stages of various projects and large-scale buildings; Basic information collection and management of rational development and utilization of resources (land, water conservancy, electric power, minerals, ocean, etc.). ) and environmental improvement;
6. Understand the theoretical frontiers and development trends in the fields of modern geodesy, modern industrial surveying, spatial surveying, geodynamics and marine surveying.
What courses are there in Surveying and Mapping Engineering?
1. Professional experiment
Topographic survey practice, geodetic (control) survey practice, control network adjustment calculation practice, photogrammetry practice, engineering survey practice, mine survey practice, cadastral survey practice, GPS positioning navigation practice, remote sensing image processing practice, map compilation practice, curriculum design, graduation design (thesis) and so on.
2. Main disciplines
Main courses of Surveying and Mapping Science and Technology: Mine Surveying, Surveying, Error Theory and Surveying Adjustment, Geodetic Control Surveying, Photogrammetry, Digital Image Processing, Remote Sensing Principle and Application, Map Projection, Computer Drawing, GIS Principle, C Program Design, etc. Main practical teaching links.
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