Introduction to the employment prospect of surveying and mapping and geological engineering technology specialty?

Surveying and mapping and geological engineering technology are the specialties of higher vocational colleges under the discipline of resource development and surveying and mapping.

main course

1. Core courses

Surveying and mapping foundation, error and data processing, topographic survey, GPS survey technology, geographic information system, mine survey, general geology, etc.

2. Practice and training

Complete control survey, GPS survey, error and data processing, digital mapping, GIS principle and application, photogrammetry in school.

Quantity, digital mining software, mineral identification, rock identification and other training.

Training objectives

This major cultivates high-quality technical and technical talents with all-round development of morality, intelligence, physique and aesthetics, good professional ethics and humanistic quality, basic knowledge of surveying and mapping and geographic information system, digital surveying and mapping, geological engineering control survey and construction lofting ability, and engaged in land resources, geological exploration, mining development, mine management, mine tourism resources development planning and other work. [ 1]

Employment direction

1. Employment orientation: After graduation, students can engage in land and resources management, mine construction and mining, urban construction planning, survey and design, traffic engineering (roads, railways, bridges, tunnels, ports), construction engineering, real estate, geological exploration, water conservancy, electric power engineering, environmental protection engineering, disaster monitoring and other fields of surveying and mapping and geological technology application and technical management, and can be competent for engineering survey.

2. Work: engineering surveyor, geodetic surveyor, geographic data producer and manager, cadastral surveyor, real estate surveyor, photogrammetry surveyor, mine geologist, engineering and hydrogeology engineer.

Professional competence

1, familiar with the basic knowledge of topographic maps, with the ability of topographic map interpretation and application, and able to independently map large-scale digital topographic maps;

2. Master the basic knowledge of national geodesy, satellite positioning and modern control survey, and have the ability of modern control network design, field survey and indoor data processing;

3. Have the basic theoretical knowledge of measurement error, and have the preliminary ability to handle simple measurement error and calculate variance by using EXCEL or commercial adjustment software tools;

4, master the basic knowledge of architectural engineering drawing, have the ability to read basic engineering drawings, and be able to use CAD tools and software to make simple engineering drawings;

5, master the basic knowledge of engineering survey, with engineering construction lofting, industrial and civil building survey, linear engineering survey, bridge engineering survey, underground engineering survey, water conservancy engineering survey, mine survey, deformation monitoring and other special survey work ability;

6, master the basic knowledge of cadastral and real estate surveying and mapping, with the basic ability of cadastral and real estate surveying and mapping (ownership mapping);

7. Master the basic knowledge of spatial database and GIS, operate typical GIS software, and have the basic ability of geographic data database building, geographic data management and application;

8. Understand the basic knowledge of aerial photography, digital photogrammetry and remote sensing, have the ability of photo adjustment and photogrammetry field work, and initially have the ability to use digital photogrammetry workstations to map DLG and other products;

9, master the basic knowledge of ore, rock, geological structure, stratigraphic unit and contact relationship, groundwater, gas, collapse column, magma intrusion, etc. , have the ability to judge the stratigraphic relationship, have the ability to process mine geological data, compile geological instructions and draw mine geological maps;

10, know some basic theoretical knowledge of engineering and hydrogeology, and have the preliminary ability to engage in engineering geological work;

1 1. Have a certain knowledge of surveying and mapping and geological laws and regulations, and have a certain basic ability of surveying and mapping and geological engineering project management.

credentials

Engineering surveyor's certificate, geodetic surveyor's certificate, cartographer's certificate, cadastral surveyor's certificate, real estate surveyor's certificate,

Photographic surveyor's certificate, mine geological work permit, engineering geological work permit, hydrogeological work permit.

Teaching link

Digital mapping training, satellite positioning and modern control survey training, geographic information engineering training,

Engineering survey and deformation monitoring training, engineering and hydrogeology training, post practice, graduation project (thesis).

Academic upgrading

There are many channels for graduates of this major to continue their study and further study, mainly including the following three channels:

(1) Apply for self-study or correspondence undergraduate study in adult education colleges of ordinary universities;

(2) Pass the "College Entrance Examination" and directly enter the undergraduate colleges for further study;

(3) After two years of work, graduates directly take the national postgraduate examination.

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