After graduation, students are mainly engaged in comprehensive geological research, mineral survey, resource management and development, comprehensive utilization of minerals, oil and gas geological exploration and development, jewelry trade, global environmental change and other aspects in the departments of geology, metallurgy, building materials, petroleum, coal, nuclear industry, materials, environment, basic engineering and tourism development. , you can also engage in teaching and scientific research in relevant institutions and scientific research units. The academic system is four years. This major trains outstanding undergraduate petroleum engineering engineers with excellent professional quality and outstanding engineering accomplishment, mastering the basic concepts and theories of oil and gas field exploration and development, professional skills and key technologies in the field of petroleum engineering, having the ability to undertake the work done by engineers, and qualified to obtain professional qualifications of engineers. The students trained in this major basically master the professional knowledge and technology in four main fields of petroleum engineering (oil and gas exploration engineering, oil drilling engineering, oil production engineering and oil logging engineering), and have the ability to carry out project construction, operation and maintenance in at least one petroleum sub-project (excellent undergraduate engineering engineer).
On the basis of vigorously strengthening experimental teaching and engineering practice education, this major strengthens qualification education, cultivates students' practical ability and guides students to obtain relevant practical qualification certificates. Cooperative enterprises will adopt the joint training mode of universities and large-scale well-known enterprises in the industry, giving priority to "excellent plan" students.
Students of this major who meet the relevant requirements after graduation can obtain the qualification of recommending full-time professional master's degree without examination first. This major aims to cultivate senior engineering and technical personnel with the ability of mineral resources exploration and evaluation and exploration engineering design. Students mainly study the principles of dynamic geology, crystallography and mineralogy, petrology and crystal optics, paleontology and stratigraphy, structural geology, mineral deposit mineralogy, geochemistry, exploration geochemistry, resource exploration, surveying, remote sensing geology, geographic information system, metallogenic regularity and prediction, resource economic evaluation, geophysics, computer graphics and so on. Make students master the basic theories, exploration skills and working methods of basic geology and metallogeny; Have the basic ability to comprehensively study regional geology, mineral geology and mineral distribution law; Master the basic experimental skills, test methods and analysis techniques related to resource exploration; Have the preliminary ability to collect, process, interpret and apply information of modern exploration methods such as geochemistry and geophysics; Master the computer simulation and visualization technology of exploration process; Have the preliminary ability to engage in mine geology and mining design; Knowledge and ability of rational development of mineral resources and environmental protection; Have certain ability of resource evaluation and management.
After graduation, I can engage in scientific research, exploration, development, trade, evaluation and management in scientific research institutes, universities, land resources, mineral exploration and development, resource information, environmental protection, international resource trade and management, mining companies and other departments. The academic system is four years. This major aims to train senior petroleum professionals in oil and gas exploration engineering. Students first learn basic geological theories, such as geology, crystallography and mineralogy, petrology, structural geology, geological history and paleontology. Specialized courses mainly study basic theories, techniques and scientific methods such as petroleum geology, reservoir physics, oil and gas geochemistry, oil and gas logging principle and interpretation, oil and gas seismic exploration principle and interpretation, reservoir fine description, seepage mechanics, reservoir engineering, drilling engineering, oil production engineering, oil logging, oil and gas resource evaluation, oil and gas field production safety technology, petroleum technical economics, etc., so that students can have oil and gas geological exploration, logging and seismic data processing and interpretation, drilling and oil and gas field development engineering design. The experimental teaching and off-campus practice arranged every academic year enable students to have the ability of experiment, practice and professional software operation in oil and gas resources exploration. In 2002, this major was rated as a famous brand major in colleges and universities in Shaanxi Province.
After graduation, students are mainly engaged in production, scientific research, exploration, development, design, evaluation and management in oil and gas field companies, geology and minerals, energy information, resource trade and management, scientific research institutes, universities and other departments. The academic system is four years. This major trains senior professionals with basic knowledge and skills in land and resources development and management, environmental protection management, environmental impact assessment, urban and rural regional planning and urban management, who can engage in scientific research, teaching and management in scientific research institutions, universities, enterprises and institutions and administrative departments, or continue to study for master's degrees. Students mainly study the basic theories and scientific methods of physical geography, economic geography, ecology, geographic information system, environmental science, land evaluation and evaluation, computer, remote sensing, urban planning, urban geography and so on. , so as to enable students to have the research and management ability in resources and environment evaluation and development, urban and rural regional planning, urban master planning, urban management, environmental impact assessment, environmental protection and so on.
After graduation, students mainly work in land and resources management, environmental protection management, land valuation, environmental impact assessment, planning and other departments, or work in universities and scientific research units. The academic system is four years. This major trains senior technical management talents with basic theories of modern management, economics and resource science, comprehensive knowledge of land resource management and real estate management, and basic skills of measurement, drawing and computer. The main courses include land use planning, land economics, real estate operation and management, real estate appraisal, land information system, remote sensing of land resources, cadastre and real estate investigation.
Graduates can engage in land resource management, land development and utilization, real estate management and management in government land, urban construction, urban management, agriculture and other management departments and related enterprises and institutions, and can also engage in teaching or scientific research in universities and research institutes. The academic system is four years. This major aims to train senior technical personnel in mineral processing engineering. Students mainly study mineral processing technology, equipment structure, operation method, process configuration and concentrator design during their school days. The main courses include: mineral processing, mineral washability research, solid-liquid separation, non-metallic mineral deep processing, pelletizing technology and theory, mining and design, concentrator design and other basic theories and scientific methods to cultivate students' ability of experiment, research and design in mineral processing and concentrator design.
After graduation, students can be assigned to major iron and steel companies, mining companies, mine design, geology and mineral resources and other departments, and can also engage in teaching and scientific research in relevant colleges and research units. The academic system is four years. This major trains senior GIS professionals who have the basic theories, knowledge and skills of GIS and cartography, can engage in scientific research or teaching in scientific research institutions or universities, and can use satellite remote sensing technology, computer information system technology, GIS technology and map drawing technology.
Graduates of this major should master the basic theories and knowledge of mathematics, physics and computer science; Master the basic theories, knowledge and experimental skills of GIS and cartography, as well as the basic principles and methods of GIS technology development; Understand the general principles and methods of geography, remote sensing technology, surveying and mapping engineering and other adjacent majors; Understand the national science and technology policy, intellectual property rights, sustainable development strategy and other related policies and regulations; Understand the theoretical frontier, application prospect and latest development trend of geographic information system, and the development of geographic information system industry; Master the basic methods of information inquiry, literature retrieval and obtaining relevant information by using modern information technology; Have the ability to design and create experimental conditions, summarize, sort out and analyze experimental results, write papers and participate in academic exchanges.
Graduates of this major are mainly engaged in applied research, technology development, production management and administrative management related to geographic information systems in the fields of cities, resources, environment, transportation, population, housing, land, infrastructure and planning management. The academic system is four years. This major trains senior tourism management and technical talents with basic theoretical knowledge and skills such as tourism resource development and planning, tourism management, etc. And can be used flexibly in practice and dare to innovate. Students mainly study tourism management, tourism resources, tourism geoscience, tourism economics, tourism planning, tourism environment, tourism marketing, tourism culture, management principles, tourism psychology, tourism geography, travel agency management, hotel management, tourism management information system, tourism architectural design, garden green space planning and other professional courses. Through practical links such as tourism geoscience practice, tourism cognition practice, tourism specialty practice and tourism graduation design practice, students are trained to acquire knowledge and information independently, analyze and solve problems, and have the abilities of tourism enterprise management, tourism resource development, tourism planning and design, tourism education and so on. The specialty is tourism geology.
After graduation, students mainly engage in management work in tourism administrative departments at all levels, tourist hotels, tourist attractions, travel agencies, tourism transportation departments and other enterprises and institutions, engage in tourism resource development and planning and design work in relevant tourism design units, and also engage in educational and scientific research work in colleges or vocational schools offering tourism management majors. The academic system is four years.