Belongs to geology and mineral specialty.
At present, the number of applicants for this major is relatively small, so the employment rate is very high.
B. what majors does the geology class include?
There are many majors in terms of address, education and application, such as geological exploration or, er, archaeological history series.
C. what majors does geology include?
Geology mainly includes geology, resource exploration engineering, mineral resources engineering, exploration technology and engineering, geological plate engineering and right geochemistry. The basic theoretical knowledge of geology includes crystallography and mineralogy, petrology, deposit science, paleontology, stratigraphy, structural geology and so on. At present, this kind of major is not good for employment.
D. What majors are included in the civil service examinations of geology and geology?
In the professional catalogue published by the Ministry of Education on 20 12, mineral processing engineering belongs to mining, not geology.
E. what are the majors in geology?
Geology majors include:
1. Resources:
Major in geology, deposit geology, mineral geology, mine geology, prospecting and exploration geology, hydrogeology and tourism geology;
2. Energy:
Major in geology, petroleum geology, natural gas geology, radioactive mineral geology, geothermal science and unconventional energy science;
F. What are the majors in geology?
Geology majors include:
(1) Resources:
Science, deposit geology, mineral geology, mine geology, prospecting and exploration geology, hydrogeology and tourism geology;
② Energy:
Major in geology, petroleum geology, natural gas geology, radioactive mineral geology, geothermal science and unconventional energy science;
(3) environment, human life and disaster protection:
Geology, environmental geology and disaster geology.
Main courses: geology, crystal mineralogy, paleontology, geological history, petrology, structural geology, mineral deposit science, geophysics and exploration methods, geochemistry, remote sensing technology, etc.
G. What are the majors of geology and geotechnical engineering?
Exploration technology and engineering, surveying and mapping, geophysics, geochemistry, resource exploration engineering, geology, land resource management, civil engineering, groundwater supply and drainage, etc.
H. what are the majors in geology?
Postgraduates majoring in geology mainly have the following majors.
The following is the enrollment brochure for 2008.
The one from 2009 hasn't come out yet, and it's probably the same.
07090 1
Mineralogy, petrology, mineral deposit science
①
10 1 politics
②
20 1 English
③
603 geological synthesis
or
609 advanced mathematics
④
804
Sedimentary petrology or
807
petroleum geology
Non-geoscience graduates must take the 609 advanced mathematics test;
Geo-science major (geology, exploration technology and engineering, geophysics, petroleum engineering graduate exam 603 Geological Synthesis)
Re-examination subject: structural geology or underground geology of oil and gas fields
08 180 1 mineral survey and exploration
①
10 1 politics
②
20 1 English
③
302 Mathematics II
④
804 sedimentary petrology or
petroleum geology
Re-examination subject: structural geology or underground geology of oil and gas fields
One. geotectonics
0 1. Petroleum structure analysis
02. Plate tectonics and sedimentary basins
03. Deformation analysis and application structure
①
10 1 politics
②
20 1 English
③
603 geological synthesis
Or 609 advanced mathematics
④
804 sedimentary petrology
Or 807 petroleum geology
Two. quaternary geology
0 1. Quaternary Geology and Environment
02. Quaternary Geology and Disaster Prediction
03. Quaternary Geology and Neotectonic Movement
①
10 1 politics
②
20 1 English
③
603 geological synthesis
Or 609 advanced mathematics
④
804 sedimentary petrology
Or 807 petroleum geology
Non-geoscience graduates must take the 609 advanced mathematics test; Graduates majoring in geosciences (resource exploration engineering, geographic information system, geology, exploration technology and engineering, geophysics, geochemistry, petroleum engineering) took the 603 comprehensive geological examination.
Re-examination subject: structural geology or underground geology of oil and gas fields
Bibliography of Graduate Business Courses of Yangtze University in 2008
1
sedimentary petrology
Sedimentary Petrology (2nd Edition, Volumes I and II)
Feng zengzhao
Petroleum Industry Press, 1993
2
Geological synthesis
Basic Geology edited by Li Jianming and others (available from former Xuefeng Liu)
School internal textbooks edited by Li Jianming)
petroleum industry press
History of paleontology and geography
Du He Dong Jinnan
China Geo University Press, 1998.
three
petroleum geology
Petroleum Geology (2nd Edition)
Zhang Houfu and others.
Petroleum Industry Press, 1999
four
Underground geology of oil and gas fields
Underground geology of oil and gas fields
Editor Chen et al.
Petroleum Industry Press, 2007
five
Principle of geographic information system
Principles and methods of geographic information system
Wu Xincai et al.
Electronic Industry Press, 2002
six
Remote sensing principle
Principle, method and application of remote sensing
Sun jiabing
Shu Ning et al.
Surveying and Mapping Press, 1999
seven
graphics
A new course of cartography, Cai Mengmin.
Mao zanyou
Tian desen
Zhou Zhan 'ao, Higher Education Press, 200 1.
eight
engineering geology
Introduction to engineering geology
Li Chi Ngai
China Geo University Press, 1999.
First, what majors are included in the geological major, and which major is better?
Geology is one of the five basic disciplines of natural science, which is juxtaposed with mathematics, physics, chemistry and biology. What are the majors in geology? Which major is better? The following is the "What majors are included in geological majors" compiled by Youtu. For your reference only.
Professional name and professional code
Geology 070900
Geology 07090 1
Geochemistry 070902
Geographic information science and technology 070903
Paleontology 070904
Introduction to geology specialty
I. Geology
Business training objectives: This major trains senior professionals who have basic theories, basic knowledge, basic skills and basic knowledge of related disciplines, have good scientific literacy and early research, teaching and management abilities, can engage in geological science research or teaching in scientific research institutions and schools, engage in technical development and management in geology, metallurgy, building materials, petroleum, coal, materials, environment, basic engineering and tourism development, and engage in management in administrative departments.
Professional training requirements: students in this major mainly study the basic theory and knowledge of geology, receive training in scientific thinking and practice in basic research and applied basic research, and master the basic skills of geological investigation, scientific research, resource development and 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 geology (including field geological work methods);
3. Understand the general principles and knowledge of similar majors;
4. Understand the national science and technology policies, intellectual property rights and sustainable development strategies and other relevant policies and regulations;
5. Understand the theoretical frontier, application prospect and latest development trends of geology, as well as resource development;
6 master the basic methods of using modern information technology for data query, document retrieval and obtaining customs declaration information; Have the ability to design experiments, create experimental conditions, summarize, sort out and analyze experimental results, write papers and participate in academic exchanges.
Main subject: geology
Main courses: geology, crystal mineralogy, paleontology, geological history, petrology, structural geology, mineral deposit science, geophysics and exploration methods, geochemistry, remote sensing technology, etc.
Main practical teaching links: the experiment and practice of main courses, field geological understanding practice, regional geological survey practice and graduation practice are arranged in the course. , usually arranged in 6- 12 weeks.
Study time: four years
Degree awarded: Bachelor of Science
Second, geochemistry.
Business training objectives: this major has trained basic theories, knowledge and skills in geochemistry and geology, received basic training in basic research, applied basic research and technology development, and has good scientific literacy and preliminary teaching, research, development and management capabilities. You can engage in geochemical research or teaching in scientific research institutions and schools, and you can also engage in production, testing and technical management in resources, energy, materials, environment and basic engineering and administrative departments.
Professional training requirements: students in this major mainly study basic theories and knowledge of geochemistry, receive training in scientific thinking and practice in basic research, applied basic research and technology development, and master basic skills of field and indoor geology and geochemistry.
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, basic knowledge and basic experimental skills of mineralogy, petrology, mineral deposit science, geochemistry and geology, as well as the research methods of field and indoor geology and geochemistry, and the basic principles and methods of relevant testing means;
3. Understand the general principles and knowledge of similar majors;
4. Understand the national policies and regulations on science and technology, intellectual property rights and sustainable development;
5. Understand the theoretical frontier, application prospect and latest development of geochemistry;
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.
Main subjects: geology, chemistry
Main courses: introduction to earth science, structural geology, crystallography and mineralogy, petrology, mineral deposit science, geochemistry, isotope geochemistry, environmental geochemistry, geophysics, etc.
Main practical teaching links: experiments and internships of major courses are arranged in the course. Field geological practice, graduation practice, etc. Generally arranged in 6 ~ 12 weeks.
Study time: four years
Degree awarded: Bachelor of Science
Three. Geographic information science and technology
Business training objectives: Geographic information science and technology majors meet the needs of 2 1 national economic construction and development, cultivate solid basic theories, systematically master the theories and methods of modern information science and technology, be able to engage in scientific research, applied research, teaching and operation management in the fields of geospatial information engineering, 3S integration (GPS, GIS, rs), wireless network transmission of spatial data, data information visualization, etc., and have strong independent working ability and innovative spirit.
Professional training requirements: students majoring in geographic information science and technology are required to learn the basic knowledge of mathematics, physics, geodynamics and space geodesy, and systematically master the theories and methods of modern information science and technology to cultivate their scientific thinking and scientific experimental ability. Students are also required to have basic skills in research and development of spatial information classification and collection, transmission and analysis, imaging and image processing, and design and application of spatial information systems.
Graduates should have the following knowledge and abilities:
1, solid foundation in natural science, good humanistic quality and good writing skills.
2. Master the basic theories, knowledge and skills in mathematics, physics, geoscience, geodesy, geophysics, information science, electronics, computer science and digital cartography, and have solid and extensive professional knowledge.
3, master the basic theory of geospatial information science, basic knowledge and basic experimental skills, understand the basic concepts and methods of similar fields.
4. Understand the theoretical frontier, application prospect and latest development trends of geospatial information science and technology.
5. Master a foreign language.
6. Have a certain basic ability to summarize, sort out, analyze, design and write papers, the ability of academic communication, and a strong sense of innovation and innovation ability.
Main subjects: geodynamics and spatial geodesy, information science and electronic metrology.
Main courses: mathematics, physics, geodynamics, space geodesy, geophysics, engineering design, information engineering, remote sensing, global positioning system, digital terrain simulation, satellite photography and space photogrammetry, geographic information system, computer and information transmission and processing, system engineering management.
Main practical teaching links: including specialized course experiment and practice, specialized course teaching practice, early scientific research training and graduation project (graduation thesis), etc. , generally arranged for 30 weeks.
Study time: four years
Degree awarded: Bachelor of Engineering
J. What are the majors in geology and what are the employment directions?
After graduation, students majoring in geological engineering can engage in the development, research and management of land resources, industrial and mining enterprises, engineering design institutes, resource exploration and evaluation, environmental evaluation, urban and environmental hydrogeology, engineering investigation, design and construction, production management and so on.
Geological engineering is a branch of geology, which mainly studies how to obtain the conditions of geological environment, analyzes the forms of mutual restriction between human engineering activities and geological environment, and then studies the understanding, evaluation, transformation and protection of geological environment.