In which units will you be employed after graduating from remote sensing?

Graduates can engage in scientific research, teaching, design, production and management related to photogrammetry and remote sensing in industries and departments such as surveying and mapping, remote sensing, geology, water conservancy, transportation, agriculture and forestry, petroleum, mining, coal, national defense, military industry, urban construction, environmental protection and cultural relics protection.

Remote sensing science and technology is a new interdisciplinary subject developed on the basis of surveying and mapping science, space science, electronic science, earth science, computer science and their cross-integration.

The main professional courses are: electromagnetic field theory, application of electronic technology, aerospace photography, digital image processing, remote sensing principle and application, close-range photogrammetry, photogrammetry, microwave remote sensing, data structure and database, pattern recognition, remote sensing image interpretation, environmental protection and planning, application in mathematical planning and measurement, computer vision, marine surveying and mapping, computer network and application, virtual reality technology, artificial intelligence, information theory and map projection.

Remote sensing science and technology specialty mainly studies the basic theories and skills of remote sensing technology, electronic technology and computer science and technology, and the theories and methods of integrating geographic information system, spatial positioning system and remote sensing information engineering, and can organize the design, development and management of various application systems. It mainly includes: mastering the basic theories and knowledge of mathematics, physics, electronic technology and computer application technology;

Master the basic skills and methods of remote sensing mechanism, remote sensing digital image processing, remote sensing information engineering and application, and understand its theoretical frontier, application prospect and latest development trends;

Master the principles and methods of geographic information system, spatial positioning system, surveying and mapping engineering and other related disciplines;

Master the basic methods of data query, literature retrieval and using modern information technology to obtain relevant information, and have certain abilities of experimental design, experimental condition creation, experimental results summary, sorting and analysis, paper writing and participation in academic exchanges.

References:

Baidu Encyclopedia-remote sensing science and technology specialty