I. Professional Code and Name
Professional code: 070703
Professional Name: Geographic Information System Geographic Information System
Second, the professional training objectives:
This major trains GIS senior professionals who have the basic theories, knowledge and technology of GIS and cartography, can engage in scientific research or teaching in scientific research institutions and universities, and can engage in applied research, technology development, production management and administrative management related to GIS, such as cities, regions, resources, environment, transportation, population, housing, land, infrastructure and planning management.
Three, professional characteristics and training requirements:
This major has a comprehensive background of surveying and mapping, geography, land science, environmental science and so on, and has the characteristics of combining science and engineering. Students mainly study the basic theories and knowledge of geographic information system, cartography and remote sensing technology, and train scientific thinking and scientific experiments in applied basic research and technology development. They have good scientific literacy, basic skills in research, design and development of geographic information systems, and preliminary teaching, research, development and management capabilities.
Graduates should have the following knowledge and abilities:
1. Master the basic theories and knowledge of mathematics, physics and computer science;
2. Master the basic theories, knowledge and experimental skills of GIS and cartography, as well as the basic principles and methods of GIS technology development;
3. Understand the general principles and knowledge of geography, resources and environment, urban and rural planning and management, surveying and mapping engineering and other adjacent majors.
4. Understand the national science and technology policies, intellectual property rights, sustainable development strategies and other relevant policies and regulations;
5. Understand the theoretical frontier, application prospect and latest development trend of GIS, as well as the development of GIS industry;
6. Master the basic methods of information inquiry, document retrieval and obtaining relevant information by using modern information technology; Have the ability to design experiments, create experimental conditions, summarize, sort out and analyze experimental results, write papers and participate in academic exchanges.
Four, academic system and credit requirements:
Educational system: 4 years.
Credit requirements: 152 credits.
Verb (abbreviation of verb) degree conferring
Bachelor of Science degree.
Six, professional backbone (core) courses:
Subject platform courses: physical geography, geomorphology, economic geography and regional planning, digital mapping and GPS, data structure, database principle, remote sensing technology and its application.
Other main courses: human geography, principles of digital mapping, principles of geographic information system, and engineering design of geographic information system.
Seven. Bilingual course
Principle of geographic information system
Spatial database elements.
Eight, the main experimental and practical teaching requirements:
A two-week comprehensive geography exercise.
Two-week digital map and GPS practice
Course design of 4-week digital map drawing principle
Map design and compilation course design for 2 weeks
Remote sensing technology and its application practice for 2 weeks
6-week course design of GIS principle
Graduation design 14 weeks
Nine, graduate conditions and other necessary instructions
Meet the requirements of the school for graduates.
Land Resources Management
I. Professional Code and Name
Professional code: 1 10304
Professional name: land resource management.
Second, the professional training objectives
Cultivate high-level professionals who are fully developed morally, intellectually and physically, master modern economic theory, basic knowledge of land management and 3S technology, and are familiar with China's land management principles, policies and regulations. Can be engaged in cadastral survey,
Cadastral land management, land grading and evaluation, land use planning, real estate management and other practical work, as well as the development of management information systems such as cadastral management information system and land information system,
Development, application and other technical work, and can apply modern science and technology such as surveying and mapping technology, remote sensing technology, computer technology, information system engineering and GIS technology to related scientific and technological fields.
Third, professional characteristics and training requirements
Professional features: characterized by land information technology and cadastral technology, it integrates basic theories and knowledge such as surveying and mapping, remote sensing, information technology and land management.
Training requirements: master the basic theory and knowledge of land management, master modern advanced technologies such as surveying and mapping technology, remote sensing technology, computer technology and 3S technology; Familiar with national land use and management
Sustainable development.
Relevant guidelines, policies and regulations; Engaged in cadastral survey, cadastral land management, land grading and evaluation, land use planning and land information system development, research and application.
Basic ability.
Fourth, the academic system and credit requirements
Educational system: 4 years
Credit requirements: 150 credits.
Verb (abbreviation of verb) degree award: to award a bachelor's degree in engineering.
Six, professional backbone (core) courses
Cadastral survey, land information system, land economics, introduction to land management, land evaluation, land use planning, cadastral management
Seven, the main experimental and practical teaching requirements
The principle and method of digital mapping practice for 4 weeks.
Course design of photogrammetry and remote sensing technology for 2 weeks
Course design of cadastral survey for 5 weeks
A three-week course design of land evaluation.
Course design of land information system for 4 weeks
The course design of land use planning is 4 weeks.
Graduation design 16 weeks
Eight, graduate conditions and other necessary instructions.
Meet the requirements of the school for graduates.
resources environment and the management of urban and rural planning
I. Professional Code and Name
Professional code: 070702
Professional Name: Resources, Environment and Urban and Rural Planning and Management
Second, the professional training objectives
This major trains senior professionals who have the basic theory, knowledge and technology of resources, environment and urban and rural planning and management, and can engage in scientific research, teaching, resource development and utilization, planning and management in scientific research institutions, universities, enterprises and institutions and administrative departments.
Third, professional characteristics and training requirements
Students in this major mainly use the knowledge of geographic information system and cartography to study and study the basic theories and knowledge of planning, management, development and utilization of resources and environment, and receive basic training in applied basic research, applied research and management, with good scientific literacy and certain teaching, scientific research, development and planning management capabilities.
Graduates should have the following knowledge and abilities:
1. Master the basic theories and knowledge of mathematics, physics and chemistry;
2. Master the basic principles and knowledge of resources, environment and urban and rural planning and management;
3. Understand the general principles and methods of geography, ecology, environmental science, management science and other similar majors;
4. Understand the national science and technology, intellectual property rights and other policies, and be familiar with relevant policies and regulations such as environmental protection and sustainable development strategy;
5. Understand the theoretical frontier, application prospect and latest development trends of resources, environment and urban and rural planning and management;
6. Master the basic methods of using modern information technology for data query, literature retrieval and obtaining relevant information, and have the ability to design experiments, create experimental conditions, summarize, sort out and analyze experimental results, write papers and participate in academic exchanges.
Fourth, the academic system and credit requirements
Educational system: four years.
Credit requirements: public basic course: (compulsory) 59.5 credits.
(optional) 10 integral
Professional basic course: (compulsory) 2 1 credit
(Optional) 2 1.5 integral
Professional group: 10 credits
Elective course: 16 credits
Experiment and Practice: (Compulsory) 8 credits.
Graduation thesis: 8 credits
Total: 154 credits
Verb (abbreviation of verb) degree conferring
Be awarded a bachelor of science degree.
Six, professional backbone (core) courses
Natural resources science, environmental geography, geological geomorphology, economic geography and regional planning, digital mapping, environmental science principles, ecological environment planning, land resources planning and design, environmental chemistry, environmental management information system, urban planning principles, urban environmental analysis, natural disasters, resources and environment and sustainable development.
Seven, the main experiment
Geography comprehensive practice, digital mapping, digital mapping, environmental management information system experiment, land and resources planning and design.
Eight, practical teaching link arrangement
Including indoor and field practice, production practice, graduation thesis, etc.
Nine, graduate conditions and other necessary instructions
When students graduate, they must meet the basic requirements of morality, intelligence, physique and aesthetics, complete the required academic achievements and pass the graduation thesis defense. You must get a CET-4 certificate before you can get a degree certificate.
geographical science
I. Professional Code and Name
Professional code: 07070 1
Professional name: geographical science
Second, the professional training objectives
This major trains senior professionals who have the basic theory, knowledge and technology of geographical science and can engage in scientific research, teaching, management, planning and development in scientific research institutions, universities, enterprises and administrative departments.
Third, professional characteristics and training requirements
Students in this major mainly study the basic theories and knowledge of geographic science, geographic information system and remote sensing technology application, receive the training of scientific thinking and scientific experiments in basic research and applied research, have good scientific literacy, master the basic skills of using map remote sensing, geographic information system and experimental analysis of resources and environment, and initially have the ability to engage in teaching, research, development and management in this professional field.
Graduates should have the following knowledge and abilities:
1. Master the basic theories and knowledge of mathematics, physics and chemistry;
2. Master the basic theory, knowledge and experimental skills of geographical science;
3. Understand the general principles and knowledge of resources and environment, urban and rural planning and management, geographic information system and other similar majors;
4. Familiar with national science and technology policies, intellectual property rights and other relevant laws and regulations;
5. Understand the theoretical frontier, application prospect and latest development trends of geographical science;
6. Master the basic methods of using modern information technology for data query, literature retrieval and obtaining relevant information, and have the ability to design experiments, create experimental conditions, summarize, sort out and analyze experimental results, write papers and participate in academic exchanges.
Fourth, the academic system and credit requirements
Educational system: four years
Credit requirements: public basic course: (compulsory) 59.5 credits.
(optional) 10 integral
Professional basic course: (compulsory) 23 credits
(Elective) 19 credits
Professional group: 8.5 credits
Elective course: 15 credits
Experiment and Practice (compulsory) 10 credits
Graduation thesis: 8 credits
Total: 153 credits
Verb (abbreviation of verb) degree conferring
Be awarded a bachelor of science degree.
Six, professional backbone (core) courses
Introduction to earth science, physical geography, modern geomorphology, environmental evolution, economic geography and regional planning, urban planning principles, human geography, principles and methods of digital mapping, digital mapping, remote sensing technology and application, geographic information system, introduction to sustainable development, etc.
Seven, the main experiment
Geological experiment, geomorphology experiment, mapping experiment, digital mapping experiment, remote sensing image processing experiment, geographic information system experiment, geographic comprehensive practice, etc.
Eight, practical teaching link arrangement
Including indoor and field practice, production practice and graduation thesis, the overall arrangement is 10~32 weeks.
Nine, graduate conditions and other necessary instructions
When students graduate, they must meet the basic requirements of morality, intelligence, physique and aesthetics, complete the required academic achievements and pass the graduation thesis defense. You must get a CET-4 certificate before you can get a degree certificate.
environmental sciences
I. Professional Code and Name
Professional code: 17 140 1
Professional Name: Environmental Science
Second, the professional training objectives:
This major trains senior professionals who have the basic theory, knowledge and technology of environmental science and can engage in scientific research, teaching, environmental protection and environmental management in scientific research institutions, universities, enterprises and institutions and administrative departments.
Three, professional characteristics and training requirements:
Students in this major mainly study the basic theory and knowledge of environmental science, and receive systematic basic research, applied basic research, applied research and environmental management training of environmental science. Have good scientific literacy and certain teaching, research, development and management capabilities, master the basic knowledge of environmental pollution control and biological control, methods of environmental monitoring and environmental quality assessment, and basic skills of environmental planning or management.
Graduates should have the following knowledge and abilities:
1. Master the basic theories and knowledge of mathematics, physics and chemistry;
2. Master the basic theories, knowledge and skills of environmental science and management;
3. Understand the general principles and knowledge of similar majors;
4. Familiar with national policies and regulations on environmental protection, rational utilization of natural resources, sustainable development and intellectual property rights;
5. Understand the theoretical frontier, application prospect and latest development trends of environmental science, as well as the development of environmental protection industry;
6. Master the basic methods of using modern information technology for data query, literature retrieval and obtaining relevant information, and have the ability to design experiments, create experimental conditions, summarize, sort out and analyze experimental results, write papers and participate in academic exchanges.
Four, academic system and credit requirements:
Educational system: four years credit requirements: public basic course: (compulsory) 59.5 credits.
(optional) 10 integral
Basic professional courses: (compulsory) 40 credits.
(Optional) 18 credit point
Professional group: (compulsory) 12.5 credits
(Optional) 12 credit point
Graduation thesis: 8 credits
Total: 160 credit points
Verb (abbreviation of verb) degree conferring:
bachelor of science
Six, professional backbone (core) courses:
Ecology, environmentology, environmental chemistry, environmental biology, environmental monitoring, environmental engineering, environmental quality and evaluation, environmental management and environmental law, environmental information system, etc.
Seven, the main experiment:
Ecological experiment, environmental engineering experiment, environmental chemistry experiment, environmental biology experiment, environmental monitoring experiment, environmental information technology experiment, etc.
Eight, practical teaching link arrangement:
Teaching practice is combined with physical geography, ecology, environmental engineering, environmental monitoring and other courses, and field practice and graduation thesis are carried out in production, scientific research and monitoring departments related to environmental protection. General arrangement 10~20 weeks.
Nine, graduation conditions and other necessary instructions:
When students graduate, they must meet the basic requirements of morality, intelligence, physique and aesthetics, complete the required academic achievements and pass the graduation thesis defense. You must get a CET-4 certificate before you can get a degree certificate.
environmental engineering
I. Professional Code and Name
Professional code: 08 100 1
Professional Name: Environmental Engineering
Second, the professional training objectives
Cultivate senior engineering and technical personnel in environmental engineering who can engage in scientific research and teaching, technology development, engineering design and construction, planning and management in government departments, planning departments, economic management departments, environmental protection departments, design units, industrial and mining enterprises, scientific research units and schools.
Third, professional characteristics and training requirements
Based on the theoretical knowledge of inorganic and analytical chemistry, organic chemistry, physical chemistry, engineering mechanics and microbiology, this major requires students to master the theoretical knowledge of environmental engineering such as environmental pollution control principle, pollutant control technology and engineering design, master foreign languages and computer application technology, and have the comprehensive ability to engage in scientific experiments and research, professional teaching, engineering design and management planning in the field of environmental engineering.
Graduates should have the following knowledge and abilities:
Master the basic theories and knowledge of inorganic and analytical chemistry, organic chemistry, physical chemistry, engineering mechanics, engineering drawing, microbiology, electrical and electronics;
Master the basic principles and technical methods of water pollution control engineering, air pollution control engineering, solid waste treatment and disposal, noise pollution control engineering, clean production and waste recycling technology, and have the ability of process research and engineering design;
Able to conduct environmental monitoring, environmental quality assessment, environmental planning and management;
Understand the theoretical frontier and development trend of environmental science and technology;
Master the basic methods of computer principle and application, literature retrieval and data query.
Skilled foreign language literature reading and skilled foreign language listening, speaking and writing skills.
Fourth, the academic system and credit requirements
Educational system: four years.
Credit requirements: public basic course: (compulsory) 59.5 credits.
(optional) 10 integral
Professional basic course: (compulsory) 29.5 credits.
(Optional) 16 credit point
Professional group: 10 credits
Elective course: 19 credits
Experiment and Practice (Compulsory) 8 credits
Graduation thesis: 8 credits
Total: 160 credit points
Verb (abbreviation of verb) degree conferring
Award a bachelor's degree in engineering.
Six, professional backbone (core) courses
Inorganic and analytical chemistry, organic chemistry, physical chemistry, engineering mechanics, engineering drawing, environmental engineering, environmental engineering microbiology, water pollution control engineering, air pollution control engineering, solid waste treatment and disposal, noise pollution control engineering.
Seven, the main experiment
Environmental engineering experiment, water pollution control engineering experiment, air pollution control engineering experiment, solid waste treatment and disposal experiment, environmental engineering microorganism experiment.
Nine, graduate conditions and other necessary instructions
When students graduate, they must meet the basic requirements of morality, intelligence, physique and aesthetics, complete the required credits and pass the graduation thesis defense. You must get a CET-4 certificate before you can get a degree certificate.