Brief introduction of surveying and mapping engineering specialty in School of Earth Sciences, Shandong University of Science and Technology

(1) To cultivate compound senior professionals with double majors of Surveying and Mapping Engineering and Law. Cultivate knowledge of ground survey, underground survey, spatial survey, photogrammetry and remote sensing, and map compilation, be able to engage in national basic surveying and mapping construction, navigation and management of land, sea and air aircraft, urban and engineering construction, investigation and development of mineral resources, investigation and management of land and resources, design, implementation and research of maps and geographic information systems of various departments of the national economy, systematically master legal knowledge, and be familiar with Chinese laws and relevant policies of the party. Compound senior professionals who can engage in legal work in state organs, enterprises, institutions and social organizations, especially in legislative, administrative, procuratorial, judicial organs, arbitration and legal service institutions.

(2) To cultivate high-level professionals with dual majors of Surveying and Mapping Engineering and English. Cultivate knowledge of ground survey, underground survey, space survey, photogrammetry and remote sensing, and map compilation. Being able to engage in national basic surveying and mapping construction, navigation and management of land, sea and air vehicles, urban and engineering construction, investigation and development of mineral resources, investigation and management of land and resources, design, implementation and research of maps and geographic information systems in various departments of national economy, with a solid English language foundation and extensive scientific and cultural knowledge. English compound senior professionals who can engage in translation, scientific research, teaching and management in foreign affairs, economy and trade, culture, press and publication, education, scientific research, tourism and other departments. (1) Students majoring in Surveying and Mapping Engineering and Law mainly study the basic theory, knowledge and skills of Surveying and Mapping, the theory and calculation of spatial precise positioning and navigation, the basic knowledge of urban and engineering construction, and the theory and technology of design, implementation and management of surveying projects. Basic training of scientific research and basic ability of surveying and mapping engineering. In law, I mainly study basic theories and knowledge and receive training in legal thinking and legal practice. Have the basic ability to analyze problems, manage affairs and solve problems by using legal theories and methods. Graduates should have the following knowledge and abilities: 1. Master the basic theories and knowledge of ground survey, ocean survey, space 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 information processing; 4. Master the theory and method of designing and compiling various maps by using various information sources; 5. Have the basic ability to engage in the establishment of national geodetic control network, precise positioning and navigation on land, sea and air, large-scale digital mapping and cadastral mapping and the establishment of its information system, mapping and deformation monitoring of various projects and large buildings at various stages, rational development and utilization of resources (land, minerals and oceans) and environmental remediation; 6. Understand various surveying and mapping principles, policies and regulations; 7. Understand the theoretical frontiers and development trends in the fields of modern geodesy, modern industrial survey, space survey, geodynamics and ocean survey; 8. Master the basic methods of literature retrieval and information query, and have certain scientific research and practical work ability. 9. Master the basic theories and knowledge of various disciplines of law; 10. Master the basic analytical methods and skills of law; 1 1. Understand the frontier of legal theory and the trend of legal system construction; 12. Familiar with China laws and relevant policies of the Party; 13. Have the ability to understand and deal with problems with legal knowledge; 14. Master the basic methods of literature retrieval and data query, and have certain scientific research and practical work ability.

(2) Students majoring in Surveying and Mapping Engineering and English mainly study the basic theory, knowledge and skills of Surveying and Mapping, the theory and calculation of precise spatial positioning and navigation, the basic knowledge of urban and engineering construction, and the theory and technology of design, implementation and management of surveying projects. Basic training of scientific research and basic ability of surveying and mapping engineering. In English, I mainly study the basic theories and knowledge of English linguistics, literature, history, politics, economy, diplomacy, social culture and so on. I have received good English listening, speaking, reading, writing and translation training, mastered certain scientific research methods, and can engage in translation, research, teaching and management. Graduates should have the following knowledge and abilities: 1. Master the basic theories and knowledge of ground survey, ocean survey, space 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 information processing; 4. Master the theory and method of designing and compiling various maps by using various information sources; 5. Have the basic ability to engage in the establishment of national geodetic control network, precise positioning and navigation on land, sea and air, large-scale digital mapping and cadastral mapping and the establishment of its information system, mapping and deformation monitoring of various projects and large buildings at various stages, rational development and utilization of resources (land, minerals and oceans) and environmental remediation; 6. Familiar with various surveying and mapping principles, policies and regulations; 7. Understand the theoretical frontiers and development trends in the fields of modern geodesy, modern industrial survey, space survey, geodynamics and ocean survey; 8. Master the basic methods of literature retrieval and information query, and have certain scientific research and practical work ability. 9. Understand the relevant principles, policies and regulations of China; 10. Have a solid English language foundation and master skilled listening, speaking, reading, writing and translation skills; 1 1. Understand the national conditions of China and the social culture of English-speaking countries; 12. Good Chinese expression ability and basic research ability; 13. Master the basic methods of literature retrieval and data query, and have the ability of preliminary scientific research and practical work. (1) Main courses of Surveying and Mapping Engineering and Law: principles and methods of digital mapping, mine survey, error theory and survey adjustment, geodetic foundation, photogrammetry, digital image processing, remote sensing principles and applications, computer drawing, principles of geographic information system, and principles and applications of GPS positioning. Jurisprudence, constitution, administrative law and administrative procedure law, civil law, commercial law, intellectual property law, economic law, criminal law, civil procedure law, criminal procedure law, international law, private international law, international economic law, etc.

(2) Major courses of Surveying and Mapping Engineering and English: principles and methods of digital mapping, mine survey, error theory and survey adjustment, geodesy foundation, photogrammetry, digital image processing, remote sensing principles and applications, computer drawing, principles of geographic information system, and principles and applications of GPS positioning. Basic English, advanced English, selected reading of newspapers and periodicals, audio-visual, oral English, English writing, translation theory and practice, language theory, introduction to linguistics, selected reading of literary works in English-speaking countries, and national conditions of major English-speaking countries. (1) The professional training plan of Surveying and Mapping Engineering and Law has 220 credits, including compulsory course 159 credits, professional elective course 19 credits and practical link 42 credits.

(2) The training plan of Surveying and Mapping Engineering and English has 223 credits, including compulsory course 164 credits, professional elective course 19 credits and practical link 40 credits. I. Academic team:

There are currently 6 professors 16 and 9 associate professors in the laboratory, including 9 doctoral supervisors, 5 postdocs, 4 doctors 13 doctors, and 2 foreign academicians of Russian Academy of Natural Sciences. The age structure and academic structure of researchers are reasonable, the staff are stable and active, and the laboratory shows strong centripetal force and cohesion.

B, research direction:

1) satellite geodesy and its application; 2) Rapid acquisition and processing technology of urban three-dimensional information;

3) Modern measurement data processing theory and its application; 4) Spatial data quality analysis;

5) Electronic map making and professional information system; 6) Investigation of remote sensing resources.

C, academic status:

The academic research in the laboratory has formed a relatively complete and mature theoretical system, and the research content has certain technical innovation and high practical value, especially in the theoretical system of nonlinear dynamic least squares, measurement pattern recognition and statistical diagnosis of measurement data; The research project has a good research foundation and a certain research level, and has been funded by many major projects such as the National 863 Project, the National Natural Science Foundation Project and the provincial and ministerial projects. In recent years, the main academic backbone has published more than 200 papers in important academic journals at home and abroad, and nearly 30 papers have been included in the three major retrieval. Academic research pays attention to cooperation and academic exchanges at home and abroad, and has established long-term cooperative relations with Aachen University of Technology in Germany, Lausanne University of Advanced Technology in Switzerland, Melbourne University in Australia, Moscow Surveying and Mapping University in Russia and Hong Kong Polytechnic University. A stable mechanism has been formed to jointly recruit doctoral students and cooperate with China Academy of Surveying and Mapping, Institute of Geography of China Academy of Sciences, Institute of Geodesy and Institute of Remote Sensing of China Academy of Sciences to tackle key problems. I. Academic team:

There are currently 2 professors 12 and 5 associate professors in the laboratory, including 6 doctoral supervisors, 2 postdocs, 2 doctors 12 and 3 doctoral students. Young and middle-aged researchers account for the majority of the academic team, and their professional title structure and academic qualifications structure are reasonable. Everybody Qi Xin works together, unites as one, and has a strong academic research atmosphere.

B, research direction:

1) Modern measurement data processing theory and application; 2) satellite geodesy; 3) Urban and Spatial Information System;

4) Digital photogrammetry technology; 5) remote sensing image processing and recognition; 6) Remote sensing monitoring of resources and environment;

7) Development and application of geographic information system; 8) Spatial information visualization and virtual reality technology; 9) Digital city technology.

C, academic status:

The research on GPS, GIS and RS in the laboratory has gradually formed a scientific research system, and the research results are innovative and cutting-edge, and many achievements have been transformed into productivity. It has formed its own characteristics in GPS network optimization design, data processing software development, urban dynamic three-dimensional deformation monitoring, vehicle navigation and monitoring, remote sensing image processing and data analysis, GIS system development and so on. The vehicle navigation and monitoring system based on GPRS communication mode, the vehicle-mounted three-dimensional measurement system of close-range targets and the national marine fishery geographic information system enjoy high evaluation in China. It has been supported by the National 863 Program, the National Natural Science Foundation and provincial and ministerial funds for many times. We have established extensive cooperative relations with China Academy of Surveying and Mapping, Institute of Geography, Institute of Geodesy, Institute of Remote Sensing and Wuhan University. I. Academic team:

There are 8 professors and 4 associate professors in the laboratory, including 3 doctoral supervisors, postdoctoral 1 person, doctoral1person and 2 doctoral students. Have an academic team with high academic level, reasonable age structure, stable research direction and strong cohesion.

B, research direction:

1) monitoring theory and technology of mine rock movement and slope stability; 2) Mine land monitoring, evaluation and reclamation technology;

3) Remote sensing monitoring of resources and environment; 4) Theory and technology of mine geographic information system; 5)D-InSAR technology and its application.

C, academic status:

This laboratory is the State Key Laboratory of Coal Industry. The research on mine land monitoring, evaluation and reclamation, mineral resources prediction, digital mine and mine geographic information system is quite distinctive, and it has made a good start in D-InSAR technology and application. Over the years,

In view of the particularity of mines, the laboratory has carried out the research work of digital mines and mine geographic information systems, which has opened up a new field of combining traditional mine survey technology with modern information technology and provided a decision-making information support system for safe and efficient production of mines. In the aspect of mineral resources investigation, remote sensing theory and technology are combined with other technologies to investigate mineral resources, and hidden coal-bearing areas are found, which provides data for the third mineral resources prediction in Shandong Province. Gold minerals have been discovered in eastern Shandong and central Shandong, and polymetallic metallogenic areas dominated by gold have been delineated.

The laboratory has been funded by National Natural Science Foundation, National 863 Program and Shandong Natural Science Foundation for many times, and has established long-term cooperative relations with many famous universities and research institutions in China, and carried out fruitful cooperation in subject research and postgraduate training.