Resource Exploration Engineering Professional Course

A. What are the professional courses for the resource exploration major at China University of Geosciences (Wuhan)?

Don’t consider these issues. The key is employment:

Changchun Institute of Technology A double-selection negotiation meeting for the 2007 graduates was held, but at the meeting site, many employers who wanted to recruit resource exploration professionals could only return empty-handed because there were more than 200 graduates from the School of Exploration and Surveying of the school. It has already been "sold out".

There are 3,666 graduates of the school in 2007, including 3,177 undergraduates, who can work in thermal power generation, hydropower generation, geotechnical engineering, construction engineering, geological prospecting, engineering design and construction, Provide professional application-oriented talents in environmental engineering, project budgeting, quality control and other fields. At the fair, nearly 200 employers from across the country provided graduates with more than a thousand employment information. The reporter saw at the scene that many employers posted information about recruiting professionals in resource exploration and engineering, exploration engineering and technology. One of the units from Shaanxi was recruiting 8 people in the resource exploration and engineering major alone.

Wu Zhanjun, deputy secretary of the party committee of the school, told reporters that resource exploration majors are different from old and popular majors such as water conservancy and construction. They are majors that have suddenly become popular in the past year or two, and the supply and demand ratio has now reached 1:10. . “The employment situation in this type of majors has changed from cold to hot, mainly because global energy issues are attracting more and more attention. Coupled with the rapid development of our country’s economic construction, the demand for energy development talents has also increased. "Wu Zhanjun said that even before the negotiation meeting was held, more than 200 graduates of the school's resource exploration and engineering, exploration engineering and technology and other related majors had already found jobs, and some employers had also turned their attention to the next semester. student.

In addition, the school’s geophysics and prospecting majors, which have been discontinued for many years, have also become popular majors this year. In the past, because it was difficult for graduates majoring in geophysics and prospecting to find an employer and enrollment was difficult, the school had to discontinue this major in the 1990s. As the demand for this professional talent has "revived" in recent years, the school re-established the geophysics and prospecting major last year. Although there are currently no graduates in this major, dozens of employers have recently come to the school to look for talents majoring in prospecting, and many sophomore students are now booked in advance.

B. What subjects are tested in the postgraduate entrance examination for resource exploration engineering?

English, petroleum and natural gas geology, structural geology, basin analysis and simulation, and reservoir physics.

1. English

According to different training objectives, master's degree education is divided into academic graduate students and professional degree graduate students. The training goal of academic graduate students is high-level academic research professionals, and the training goal of professional degree graduate students is application-oriented high-level professionals who have a solid theoretical foundation and can adapt to the actual work needs of specific industries or occupations.

High-level application-oriented professionals who have strong ability to solve practical problems, can undertake professional technical or management work, and have good professional qualities.

2. Petroleum and Natural Gas Geology

The content of the textbook includes classic content and extended content. The classic content of the textbook is based on the content of the original textbook, with adjustments, modifications and supplements to many contents; the classic content system is: first introduce the basic elements of oil and gas reservoirs, and then understand the generation, migration, accumulation and accumulation of oil and gas. formation, and then learn the distribution patterns of oil and gas in the earth's crust.

3. Structural Geology

Structural geology, one of the main secondary disciplines of geology, is the study of the formation, shape and deformation of geological bodies in the lithosphere. , and its mutual influence, spatio-temporal distribution and evolutionary rules of geology. Tectonic action or tectonic movement is often the main factor that initiates or triggers other geological processes. Therefore, the theory of structural geology usually becomes the basic theory of geology.

4. Basin analysis and simulation

Basin simulation is introduced through the study of sedimentation and compaction, thermal changes and hydrothermal flow, structure and sea level changes in sedimentary basins. The principles and methods have reconstructed the burial history, thermal history and maturity history of sedimentary basins, which are of great significance to the evaluation of oil and gas prospects in basins and the selection of exploration targets.

5. Oil Reservoir Physics

The discipline that studies the physical properties of oil reservoirs. It is the basic science of reservoir engineering. It mainly uses laboratory analysis methods to study the physical properties of oil and gas storage rocks by analyzing cores and oil, gas, water samples or physical models.

Physicochemical properties and processes of fluids under formation conditions (such as phase and volume properties), molecular surface properties and interactions between rock systems and fluids, fluid displacement mechanisms, oil and gas recovery rates, etc. .

C. Subject courses of resource exploration

Main courses: General geology, crystal optics and optical mineralogy, sedimentary petrology, crystallography and mineralogy, paleobiostratigraphy , structural geology, mineral deposits, energy geology, resource exploration, applied geophysics, applied geochemistry, resource management and evaluation, etc.

Main disciplines: Geological Resources and Geological Engineering.

Professional experiments: common minerals, rocks, fossils and other identification experiments, ore (mineral) identification and analysis, drilling and coring, electrical method and seismic data interpretation and analysis, etc.

Duration of study: 4 years.

Degree awarded: Bachelor of Engineering.

Similar majors: geology, exploration technology and engineering.

D. What degree courses are available in Yangtze University’s Resource Exploration Engineering major?

What are the engineering professional courses? You should check it out on the school’s website. Anyway, I’m an oil engineer and I’ve found it before

E. What books do you need to study for the resource exploration major?

There are many professional textbooks for the resource exploration major. , and generally difficult to buy

Introduction to earth science, petrology, mineralogy, crystal optics

Geology, geochemistry, mining, geology, geology, structure and mineralization

Geophysical exploration, geohistory, structural geology, petrogenesis theory

Stratigraphy, landforms and fourth-quarter geology, rock and mineral identification

Geochemical exploration, mineral exploration, deposit science, mining and mineral processing, introduction

F. What is Resource Exploration Engineering? Is this major good?

I think you are talking about "Resource Exploration Engineering Major"~

Business training goals: This major cultivates students with basic theoretical knowledge of geology, masters the indoor and outdoor working methods of geological survey and exploration, has the preliminary ability to comprehensively analyze and research the geology of mineral deposits, mineral deposit distribution patterns, etc., and can be used in resource exploration, development (mining) and Senior engineering and technical talents engaged in the exploration, evaluation and management of solid, liquid and gas mineral resources in management and other fields. Business training requirements: On the basis of studying basic courses such as mathematics, physics, chemistry, foreign languages, and computers, students in this major mainly learn basic theories and basic knowledge in basic geology, applied geology, and modern resource exploration technology, and are subject to resource geological survey Basic training in indoor and outdoor prospecting and exploration work, etc., and the basic ability to comprehensively analyze and study regional geology and mineral geological characteristics, mineral distribution patterns and industrial value, and conduct resource evaluation and mineral resource management. The training direction of this major can focus on mineral resource exploration, mineral resource evaluation and management, etc. Main courses:

Main disciplines: Geological Resources and Geological Engineering

Main courses: Mineral petrology, paleobiostratigraphy, structural geology, mineral deposits, energy geology, resource exploration , applied geophysics, applied geochemistry, resource management and evaluation, etc.

Main practical teaching links: including understanding internship, geological mapping internship, production internship, graduation internship, graduation project (thesis), etc., generally arranged for 34 weeks.

Years of study: four years

Degree awarded: Bachelor of Engineering

Similar majors: Mining Engineering Petroleum Engineering Mineral Processing Engineering Survey Technology and Engineering Resource Survey Engineering Geological Engineering Mineral resources engineering, oil and gas storage and transportation engineering, coal and coalbed methane engineering, resource exploration engineering graduates should acquire the following knowledge and abilities:

1. Master the basic theories and basic knowledge of basic geology;

2. Master the indoor and outdoor working methods for regional geological survey and mineral resources survey and exploration;

3. Be able to conduct comprehensive analysis of regional geology, mineral deposit geology, mineralization geological conditions, mineral distribution patterns, etc. and preliminary abilities in research;

4. Be familiar with national guidelines, policies and regulations on mineral resources and the environment;

5. Understand the theoretical frontiers of modern geology and modern resource exploration The development trend of technology;

6. Master the basic methods of literature retrieval and data query, and have preliminary scientific research ability and certain practical work ability.

As for employment, it is recommended to find a job after taking the postgraduate entrance examination. If you do not take the postgraduate entrance examination, you can work in an oil production plant~

G. Hefei University of Technology Resource Exploration Engineering Major Sophomore Course Schedule

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Second and third semesters

H. Main courses of the Resource Exploration Engineering major

Main subjects: Geological Resources and Geological Engineering

Main courses : Mineral petrology, paleobiostratigraphy, structural geology, mineral deposits, energy geology, resource exploration, applied geophysics, applied geochemistry, resource management and evaluation, etc.

I. What is Resource Exploration Engineering

Resource Exploration Engineering

Exploration of Mineral Resources Program

Professional introduction to cultivate students with geology, Basic theories, basic knowledge and skills of mineral exploration and mineral economics, and senior applied technical talents with the ability to explore and evaluate mineral resources, decision-making and management under market economy conditions. This major has two professional directions: solid mineral exploration and petroleum and natural gas geological exploration. The major covers geological, technical, economic and environmental aspects of the entire process from exploration selection, exploration evaluation to mineral development.

This major is oriented to the demand for mineral resources for social and economic sustainable development under market economy conditions. It is a comprehensive and highly applicable program that integrates geological theory, exploration technology, mining economics and environment, and mining policies and regulations. Strong engineering major.

Main courses solid mineral exploration direction: Introduction to earth science, crystallography and mineralogy, petrology, structural geology, stratigraphy and paleontology, mineral deposits, mineral economics, mineral exploration, comprehensive exploration technology , mining policies and regulations. Petroleum and natural gas geological exploration direction: Introduction to earth science, crystallography and mineralogy, petrology, petroleum geophysical prospecting, petroleum structural geology, petroleum geology, sedimentology, mineral economics, oil and gas field exploration and development methods, and underground geology of oil and gas fields.

Most employment-oriented graduates continue to study for a master's degree, and the rest can adapt to production, teaching, scientific research, management and decision-making in various fields of mineral resource exploration, and are oriented to mining companies, *** management departments, and mineral rights. Evaluate employment in institutions, schools and research sectors.

Currently, ***24 universities offer resource exploration engineering majors:

Petroleum University, Shijiazhuang University of Economics, Hebei Institute of Technology, Taiyuan University of Technology, Northeastern University, Liaoning Engineering University of Technology, Changchun University of Science and Technology, Heilongjiang Institute of Mining, Daqing Petroleum Institute, Hefei University of Technology, East China Institute of Geology, China University of Geosciences, Jianghan Petroleum Institute, Wuhan Institute of Chemical Technology, Xiangtan Institute of Technology, Guilin Institute of Technology, Southwest Petroleum Institute, Chengdu Institute of Technology , Guizhou University of Technology, Kunming University of Science and Technology, Xi'an Petroleum Institute, Xi'an Institute of Engineering, Xinjiang Institute of Technology, Xinjiang Petroleum Institute.