Employment prospects for geochemistry majors

School major:

Basic academic system: four years | Enrollment target: | Educational background: technical secondary school | Major code: 070902

Cultivation objectives

Training Objectives

Training Objectives: This major cultivates senior geochemistry professionals with all-round development in moral, intellectual and physical aspects required by the socialist market economy. Graduates of this major should have solid basic theories, solid professional, computer, foreign language and other practical skills, and strong innovation awareness and creative ability to adapt to the development of earth sciences in the 21st century and the country's efforts in resources, environment, agriculture, geological disasters, and land. There is a need for geochemical talents in planning and other related fields of the national economy.

Cultivation requirements: Students in this major mainly study the theoretical basis of mathematics, physics, chemistry, earth science and environmental science, and master material composition analysis and testing technology, basic earth science experiment and identification technology and field work skills , have the basic ability to engage in theoretical and applied research, analytical experiments, data processing, etc. in geochemistry and environmental geochemistry, and have certain knowledge and abilities in the humanities and management sciences. Graduates of this major must also have basic knowledge of computer software and hardware, be able to skillfully use computers for text and graphics processing, data processing, and apply them to geochemistry and environmental geochemistry research; master the programming technology of more than one computer language; Master a foreign language, have the ability to read, listen, speak and translate in a relatively proficient foreign language, and reach the level of being able to obtain information independently.

Graduates should acquire the following knowledge and abilities:

1. Be familiar with the various guidelines and policies of the party and the country, have rich humanities literacy, a strong sense of social service and responsibility, have high moral cultivation, abide by academic ethics and ensure professional integrity;

2． Master solid basic knowledge of mathematics, physics, chemistry and computers;

3. Master the basic theories, basic skills and methodologies of geology;

4. Master the basic principles and working methods of geochemistry, environmental geochemistry, and exploration geochemistry;

5. Have the preliminary ability to engage in geochemical research, and have the ability to engage in environmental science and resource exploration;

6. Have preliminary abilities in information processing, result interpretation and application related to geology and environmental science;

7. Have good psychological quality, awareness of interpersonal communication, good cooperation spirit and certain management capabilities;

8. Possess potential qualities of innovative thinking, innovative methods and innovative abilities;

9. Have strong organizational management, communication, environmental adaptation and teamwork capabilities;

10. Initial ability to respond to crises and emergencies;

11. Have certain international experience vision and preliminary ability to communicate, compete and cooperate in a cross-cultural environment.

Main disciplines: Geology, Environmental Science and Engineering, Exploration Technology and Engineering

Core knowledge areas: The knowledge areas of this major include structural geology, mineral petrology, geochemistry, It consists of knowledge units such as environmental science and modern instrument analysis.

Core course examples:

Example 1: General geology (48 credit hours), Crystallography and Mineralogy (80 credit hours), Crystal Optics and Optical Mineralogy (40 credit hours) , petrology (112 credit hours), paleontology and geohistory (96 credit hours), geochemistry (48 credit hours), exploration geochemistry (40 credit hours), resource geology (56 credit hours).

Example 2: Introduction to Earth Science (72 credit hours), Geochemistry (72 credit hours), Introduction to Geophysics (72 credit hours), Crystallography and Mineralogy (72 credit hours), Crystal Optics and Petrology (72 credit hours) 180 credit hours), paleontology, geohistory (108 credit hours), environmental geochemistry (32 credit hours), elemental geochemistry (32 credit hours).

Example 3: General geology (52 credit hours), crystallography and mineralogy (68 credit hours), crystal optics (44 credit hours), petrology (82 credit hours), paleobiostratigraphy (45 credit hours), Principles of geochemistry (45 credit hours), environmental geochemistry (30 credit hours), elemental geochemistry (45 credit hours).

Main practical teaching links: geological understanding internship, geological mapping internship, comprehensive geochemistry teaching internship, production and graduation internship, and graduation thesis.

Main professional experiments: general geology practice experiment, crystallography and mineralogy practice experiment, crystal optics practice experiment, petrology practice experiment, mineral deposit science practice experiment, computer programming course design practice, geochemistry and application Geochemical sample testing and analysis practice experiments, etc.

Length of study: four years.

Degree awarded: Bachelor of Science.

Professional ability requirements

Professional ability requirements

Main content of professional teaching

Main content of professional teaching

《 Geochemistry", "Environmental Geology", "Biogeochemistry", "Structural Geology", "Crystallography and Mineralogy", "Petrology", "Mineral Deposits", "Environmental Geochemistry", "Metamorphic Rocks" Learning》

Professional (skills) direction

Professional (skills) direction

Mining and engineering enterprises: production, testing, engineering technology, technical management, field Surveying, geological prospecting.

Examples of vocational qualification certificates

Examples of vocational qualification certificates

Examples of continuing study majors

Employment direction

Employment Directions

Employment directions for geochemistry majors

After graduation, geochemistry majors can engage in geochemistry research or teaching in scientific research institutions and schools, in the fields of resources, energy, materials, environment, and basic Engaged in production, testing, technical management, etc. in engineering and other aspects, as well as management work in the administrative department. As a relatively young science, geochemistry is currently in a stage of rapid development. The main employment directions for graduates majoring in geochemistry are: engaged in geochemical research or teaching in scientific research institutions and schools; engaged in production, testing, technical management, etc. in resources, energy, materials, environment, basic engineering, etc.; engaged in administrative departments. management work.

Corresponding occupations (positions)

Corresponding occupations (positions) Other information:

Geochemical research is undergoing three major changes: from continents to oceans ; From the surface and crust to the deep crust and mantle; from the earth to extraterrestrial space. Geochemical analysis and testing methods will be more accurate and faster. The development of trace and ultra-trace analysis and testing technology will make it possible to obtain element and isotope distribution and composition data in ultra-micro range (microns) and ultra-trace (micrograms) samples. Low-temperature geochemistry, geochemical dynamics, ultra-high pressure geochemistry, rare gas geochemistry, comparative planetology, etc. have great development prospects.