Professional College (Higher Vocational Education)

The basic academic system is three years.

College degree (higher vocational education)

Professional code 420304

What is photogrammetry and remote sensing technology? Mainly study the basic knowledge and skills in the production, service and management of photogrammetry and remote sensing technology, and carry out the production, service and management of photogrammetry and remote sensing technology. For example, the application of drones in agriculture, marine remote sensing and forest fire monitoring, engineering, architecture, archaeology, medicine, legal and machine observation, digital mapping and application. Keywords: digital mapping UAV ocean remote sensing project

Learn what? General survey, control survey, digital photogrammetry, GPS survey technology, remote sensing technology and application, engineering survey, surveying and mapping CAD, GIS foundation, aerial photogrammetry, cadastral survey. Some colleges and universities are trained according to the following professional directions: UAV application and multimedia digital map.

What kind of surveying and mapping enterprises and institutions: surveying and mapping data collection and processing, geographic national conditions monitoring, GIS software development, unmanned aerial vehicle photogrammetry control, photogrammetry field control and mapping, indoor encryption, mapping, mapping, remote sensing image processing, engineering survey.

Explain that the basic period of study is three years.

Career orientation is oriented to photogrammetry and remote sensing engineering technicians, photogrammetry and other occupations, surveying and mapping aerial photography, unmanned aerial vehicle photogrammetry, remote sensing image processing and other technical fields.

Training Target Orientation This major cultivates all-round development of morality, intelligence, physique and aesthetics, and has a solid scientific and cultural foundation and knowledge of topographic survey, photogrammetry, remote sensing image processing and related laws and regulations. It has the ability of topographic mapping, aerial survey of unmanned aerial vehicles, remote sensing image application processing and analysis, the craftsman spirit and information literacy, and can engage in surveying and mapping aerial photography, aerial photogrammetry and remote sensing image processing.

Major professional competence requirements 1. Have the ability to draw large-scale topographic maps with digital mapping software; 2. Have the ability of indoor and outdoor data processing for UAV low-altitude photography and UAV photogrammetry; 3. Have the ability to lay out photo control points and adjust and draw common terrain elements; 4. Have the ability to make DEM, DOM, DLG and DSM products by using digital photogrammetry system; 5. Have the ability to use software for 3D modeling, 3D model mapping and oblique photography editing; 6. Have the ability to use remote sensing image processing software to process, analyze and apply remote sensing images; 7. Have the ability to use relevant professional knowledge and norms to initially complete the compilation of design books related to photogrammetry and remote sensing technology; 8. Ability to apply and popularize new technologies, models and methods of photogrammetry and remote sensing; 9. Master relevant knowledge such as laws and regulations on surveying and mapping geographic information, and have the ability to carry out work according to laws and regulations; 10. Have the ability of inquiry learning, lifelong learning and sustainable development.

The main professional courses and basic courses of practical training:

Surveying and mapping foundation, photogrammetry foundation, cartography, remote sensing principle and technical application, digital mapping, GNSS positioning measurement, computer graphics and image processing, surveying and mapping geographic information technology introduction. Professional basic courses:

Digital mapping, photography and aerial photography, photogrammetry field, digital photogrammetry, remote sensing data processing and interpretation, unmanned aerial vehicle photogrammetry technology, tilt photogrammetry technology. Practical training:

According to the real professional scenes or working conditions, we will carry out large-scale mapping, UAV control, digital triangulation, photo control survey, photo adjustment and mapping, 4D (DEM, DOM, DLG, DSM) product production, remote sensing image processing, 3D model mapping and editing, etc. In the school-enterprise cooperation practice base, the professional related enterprises and other units or places for internship. Example of professional certificate

Vocational skill level certificate: examples of surveying and mapping geographic information data collection and processing, unmanned aerial vehicle photogrammetry, real estate data collection and database construction.

Examples of continuing undergraduate majors in higher vocational colleges: navigation engineering technology, surveying and mapping engineering technology and geographic information technology. Examples of continuing undergraduate majors in remote sensing science and technology, geographical national conditions monitoring, geospatial information engineering and surveying and mapping engineering.

employment rate

88%-92% 202188%-95% 2020 98%-100% 2019 male-female ratio

66% of boys and 34% of girls offer courses.

GNSS positioning survey, topographic survey, digital mapping, photogrammetry, photogrammetry field, remote sensing principle and technology application, digital photogrammetry, remote sensing image processing, etc. Other information:

At present, the employment situation of photogrammetry is slightly better. After all, the technology of aerial survey is mature and has been done for decades. Students majoring in this major suggest that it is best to master some basic knowledge of aerial survey. If you do photogrammetry and remote sensing, it is certainly not hard compared with traditional surveying and mapping. The development of geographic information system technology to practical direction has expanded the application field of geographic information; With the rapid development of information technology, the technical content and network service ability of geographic information products have been continuously improved, which has accelerated the development of geographic information industry. China's surveying and mapping industry has made unprecedented development and needs a large number of high-tech talents.