Groundwater Science and Engineering is not hydrogeology 10

I'll come because my undergraduate degree is hydrogeology and my graduate degree is groundwater science and engineering. Hydrogeology belongs to the direction of geology, there are a total of 5 traditional geology colleges in China, Chengdu Institute of Technology is one of them, and there are many research directions in hydrogeology, but groundwater science and engineering should be regarded as the best direction, in the past two years, many traditional geology colleges and universities in the country have changed their names to groundwater science and engineering, this major is very popular, and boys are very easy to find jobs. This year, the Ministry of Environmental Protection of the People's Republic of China issued a document requiring groundwater impact assessment to be done in the environmental impact assessment of construction projects, so it should be good for girls in the future.

Hope it helps.

Groundwater science and engineering is basically the same as the original hydrogeology and engineering geology major, but with the development of the times, environmental geology and other contents have been added; Pure hydrogeology is the study of the changes in the quantity and quality of groundwater in time and space under the interaction of lithosphere, hydrosphere, biosphere and human activities, as well as the impact on various spheres, so as to serve the sustainable development of harmony between man and nature.

Chengdu University of Technology, formerly known as Chengdu Institute of Geology, and Beijing Institute of Geology (later separated from Wuhan Institute of Geology), Changchun Institute of Geology, Xi'an Institute of Geology, Hebei Institute of Geology and known as the five major institutions of the Ministry of Geology, are currently renamed or merged into other universities, and except for this school and Shijiazhuang University of Economics (formerly Hebei Institute of Geology) belong to general institutions, the others are more than 211 universities. However, the strength of the university is still strong, if you want to work in the geological and mining system of Shandong Province, undergraduates can directly accept, and the graduate students of Peking University because they do not belong to the five major universities, they also have to participate in the recruitment of public institutions in the province, after written examinations, interviews, etc.

If the college that opens the major is a geological college (or formerly known as a geological college), the professional curriculum is basically to follow the original hydrogeology professional course, the current hydrogeology talent is in short supply, the reason is that there is a talent gap, the original graduates of hydrogeology have basically changed careers to engage in engineering survey, and it is also the richest group in the geology major since the 90s. Now, with the rise of national resource exploration and development, hydrological talents will exceed the demand for geological exploration talents in the future. Nice major, but good math requirements!

Because groundwater calculations involve complex models.

First, the concept is different.

1. Hydrogeology: a sub-discipline of geology, which refers to the various changes and movements of groundwater in nature.

2. Engineering geology: It is a discipline that applies the principles of geology to serve engineering applications.

Second, if the research content of the return jujube is different.

1. Hydrogeology: Hydrogeology is the science of groundwater. It mainly studies the distribution and formation of groundwater, the physical properties and chemical composition of groundwater, groundwater resources and their rational utilization, the adverse effects of groundwater on engineering construction and mining, and the prevention and control of slag demolition.

2. Engineering Geology: The main research content involves geological hazards, rocks and Quaternary sediments, rock mass stability, etc. Engineering geology is widely used in all stages of engineering planning, survey, design, construction and maintenance.

Third, the purpose is different.

1. Hydrogeology: It is to provide information for the study of geotechnical engineering problems and undesirable geological phenomena related to groundwater activities. For example, when constructing housing buildings and structures, the permeability of rock and soil, the burial depth and corrosion of groundwater should be studied to determine the impact on the depth of foundation masonry and foundation pit excavation.

2. Engineering geology: in order to find out the geological conditions of various engineering sites, conduct a comprehensive evaluation of the site and its related geological problems, analyze and analyze the possible changes and effects of geological conditions under the action of engineering construction, select the optimal site, and propose engineering measures to solve undesirable geological problems, so as to provide a reliable scientific basis for ensuring the reasonable design, smooth construction and normal use of the project.

Hydrogeology and engineering geology are two related but distinct branches of geology. There are some differences between them in terms of the object of study, purpose, and application.

It focuses on the formation of groundwater, storage, recharge, flow and interaction with geological bodies such as rocks, soils, and rock formations. The main purpose of hydrogeology is to understand the quantity, quality, dynamics and availability of groundwater resources, and to provide a scientific basis for the rational development, management and protection of water resources.

2.Engineering Geology: Engineering geology is the science that studies geological engineering problems to provide evaluation and guidance on the reliability and safety of engineering construction and engineering structures.

It pays attention to the impact of geological environment on engineering facilities, the prevention and control of geological disasters, and the bearing capacity and stability of foundations. The main purpose of engineering geology is to analyze, evaluate and solve engineering problems related to geological factors to ensure the safety, reliability and economic feasibility of the project.

Engineering geology studies the influence of geological factors in the construction of projects, including geological environment, geological disasters and foundation bearing and other problems.

It is important to note that hydrogeology and engineering geology often intersect and merge with each other in practice, especially when it comes to water resources development and hydrological engineering. For most geological problems, the comprehensive study and application of hydrogeology and engineering geology is a more effective and comprehensive method.

Summary. Hydrology and engineering geology mainly studies the basic knowledge and skills of urban water supply, groundwater and regional environment, engineering geological exploration, etc., and carries out groundwater exploration, development, utilization, protection and engineering geological exploration. For example:

Engineering geological exploration of ports, roads, tunnels, reservoirs, etc., exploration of groundwater volume, water quality and temperature transmission, and prevention and control of disasters to buildings. ”

Hydrology and engineering geology mainly studies the basic knowledge and skills of urban water supply, stratum blind sewerage, regional environment, engineering geological exploration, etc., and carries out groundwater exploration, development, utilization, protection and engineering geological exploration. For example: engineering geological exploration of ports, roads, tunnels, reservoirs, etc., exploration of groundwater volume, water quality and temperature transmission, and prevention and control of disasters to buildings.

The above information is for reference only, and you can also apply for the exam according to the application form issued by the school and the opinions of parents and teachers.

Groundwater Science and Engineering is an undergraduate major in China's ordinary colleges and universities.

Groundwater Science and Engineering is a geology major, with a basic study period of four years and a bachelor's degree in engineering. Groundwater science and engineering is an engineering major based on geological theory, water cycle theory, hydraulics, seepage mechanics, ecological hydrology and other theories, which studies the temporal and spatial changes of groundwater system structure, composition and water quantity and quality under the influence of natural conditions and human activities, and uses these laws to rationally develop and utilize groundwater resources, prevent groundwater environmental disasters, promote advantages and eliminate disadvantages, and benefit mankind.

Groundwater Science and Engineering Major RequirementsThis major aims to cultivate students with solid basic knowledge of mathematics and physics, geological environment and computer application ability, master the basic knowledge and skills of groundwater formation and evolution mechanism, groundwater resources and their environmental investigation, monitoring, evaluation, development and governance, and understand the theoretical frontier and development trends of groundwater science and engineering. High-level specialists working in design and production.

The above introspection smile reference: Encyclopedia - Groundwater Science and Engineering.

Groundwater science and engineering mainly studies the basic knowledge and skills of groundwater resources and groundwater engineering processes, including the exploration, evaluation, development and management of groundwater resources, and the monitoring, evaluation and treatment of groundwater environment and geological environment. For example, the reserve and management of groundwater, the prevention and control of water pollution, the sustainable use of groundwater resources, and the protection of groundwater resources.

Curriculum systemGeneral Ridge Sensitivology", "Structural Geology", "Mineralogy", "Fundamentals of Hydrogeology", "Fundamentals of Engineering Geology", "Groundwater Hydrodynamics", "Hydrogeochemistry", "Groundwater Pollution and Control", "Principles of Hydrology and Hydrological Survey".

Direction of employment. **. Public institutions: groundwater exploration, groundwater evaluation, groundwater exploitation, groundwater utilization, water resources management, water resources protection, water pollution control.

<> "What will the groundwater science and engineering major do in the future?"

Professional Introduction:Groundwater science and engineering mainly studies the basic knowledge and skills of groundwater resources and groundwater engineering, including the exploration, evaluation, development and management of groundwater resources, and the monitoring, evaluation and treatment of groundwater environment and geological environment. For example:

Groundwater storage and management, prevention and control of water pollution, sustainable utilization of groundwater resources, protection of groundwater resources, etc.

Courses Offered:The courses of groundwater science and engineering include Introduction to Groundwater Science, Groundwater Hydraulics, Groundwater Hydraulics, Introduction to Groundwater Engineering, Geotechnical Environmental Engineering, Evaluation and Development and Utilization of Groundwater Resources, Geomechanics, Geological Hazards and Prevention, Mathematical and Physical Methods, Quaternary Geology and Geomorphology, Comprehensive Geology, etc. Engineering Mechanics, General Geology, Mineral Petrology, Structural Geology, Hydraulics, Groundwater Dynamics, Hydrogeochemistry, Fundamentals of Hydrogeology, Soil Geology and Soil Mechanics, Groundwater Pollution Control and Remediation, Water Resources Development and Protection, Numerical Simulation of Groundwater, Pollution Hydrogeology, Fundamentals of Engineering Geology, etc.

Development prospects:The groundwater science and engineering major has a wide range of professional adaptability, and can be engaged in scientific research, teaching, management, design and production of groundwater science and engineering in relevant units of land and resources, water conservancy, urban construction, environmental protection, coal, metallurgy, transportation and other departments, as well as related fields of Sino-foreign joint ventures, education departments and troops, and can also continue their studies in groundwater science and engineering, hydrology and water resources.

What is the relationship between hydrogeology and engineering geology? If you want to know the answer, the following is the relevant content of the relationship between hydrogeology and engineering geology sorted out by Zhongda Consulting, and the basic situation is as follows:

Hydrogeology began to develop from the search and utilization of groundwater sources, and gradually carried out theoretical research around practical applications. A series of branches have been formed. Engineering geology is the science of investigating, researching, and solving geological problems related to human activities and various types of engineering construction.

The purpose of engineering geology is to find out the geological conditions of various engineering sites, conduct a comprehensive evaluation of the site and its related geological problems, analyze and analyze the possible changes and effects of geological conditions in engineering buildings, select the best site, and put forward engineering measures to solve undesirable geological problems, so as to provide a reliable scientific basis for ensuring the reasonable design, smooth construction and normal use of the project.

Engineering geological investigation includes geological structure or geological structure: geomorphology, hydrogeological conditions, physical and mechanical properties of soil and rock, natural geological phenomena and natural building materials, etc.

Hydrogeological work plays an important role in the selection of building bearing layer, foundation design, engineering geological disaster prevention and control, etc., with the development of engineering survey, it will be more and more widely valued, and do a good job in hydrogeological work will play a great role in promoting the improvement of the level of exploration.