Learn about atmospheric science and physics in Nanjing University of Information Science & Technology, thank you! ! ! ! ! ! ! ! ! ! ! ! ! You can get extra points for a good answer.

When you say' being assigned to the major of atmospheric physics', do you mean the institute of atmospheric physics or atmospheric science (atmospheric physics and atmospheric environment direction)? If it is a hospital, which major is atmospheric science (atmospheric detection direction), atmospheric science (weather modification direction) and lightning protection science and technology?

First, the comparison between the two majors

Atmospheric science: to cultivate high-level professionals who have good scientific literacy, systematically master the basic theories, knowledge and skills of atmospheric science, and can engage in scientific research, teaching, scientific and technological development and related management of meteorology, climatology, atmospheric physics, atmospheric environment, atmospheric exploration, applied meteorology and related disciplines.

College of Atmospheric Physics: There are teaching and research institutions such as Department of Atmospheric Physics, Department of Atmospheric Exploration, Department of Lightning Protection Science and Technology, and Key Open Laboratory of Atmospheric Physics and Atmospheric Environment of China Meteorological Bureau. The college has four undergraduate majors (directions): atmospheric science (direction of atmospheric physics), atmospheric science (direction of weather modification), atmospheric science (direction of atmospheric detection) and lightning protection science and technology.

Graduates are mainly engaged in scientific research, business, teaching or administrative work in meteorological, environmental, resource, marine, disaster prevention and mitigation, military and civil aviation departments.

Generally speaking, atmospheric science is relatively extensive, which is equivalent to basic courses. Atmospheric physics is more professional and the direction is clearer.

Second, change your major

It is common to change majors after freshman year. It is required to rank high in the original major before you can apply for a major change. It seems that it is in the top 5%, and the hope is not small.

After changing majors, there is no need to repeat the two majors. Missing classes are made up after freshman school, and extra classes count as extra points.

Third, interdisciplinary inspection and research.

You can take a postgraduate course in meteorology. This requires self-study of specialized courses in gas science such as weather dynamics.

Fourth, employment.

In terms of employment, the scope of gas science is wider, and the big things are more specialized, each with its own spring and autumn.

Fifth, the school attaches importance to

The school attaches great importance to the four meteorological majors, and gas science may be more recognized. Professors from the Institute of Physical Education and the Institute of Gas Science often teach students across colleges, and the teachers from both colleges are very good.

! ! Sixth, some suggestions! !

The meteorological field is a high-knowledge field, and the future of failing to pass the postgraduate examination may be affected. Nowadays, it is difficult to board job fairs as long as they are graduate students or above, not doctors.

There are limited universities and research institutes that recruit meteorological graduate students. The undergraduate enrollment of atmospheric science is expanding, and the number of undergraduates is huge. Learning atmospheric science should be prepared to bear great pressure.

The major of the Institute of Physical Education, such as lightning protection, has a good prospect, so it is necessary to carefully consider changing majors.

In the case of more female students majoring in atmospheric science. Congratulations, as a boy, you have an advantage in finding a job under the same conditions:)

Attached to atmospheric science (atmospheric physics. . Direction) training plan

1. Public basic courses

situation and policy

military theory

Basic principles of Marxism

Outline of modern Chinese history

Introduction to Mao Zedong Thought and Socialism with Chinese characteristics's Theoretical System

Ideological and moral cultivation and legal basis

Career Planning and Innovative Education

Employment guidance and entrepreneurship

sports

Fundamentals of Computer Ⅰ

Introduction to atmospheric science ⅰ

linear algebra

probability statistics

Advanced mathematics

college physics

College?English

FORTRAN language programming

General courses

College Chinese

2. Basic courses of disciplines

Atmospheric sounding Ⅰ

Atmospheric physics Ⅰ

Fundamentals of atmospheric chemistry

Mathematical equation

Fluid mechanics Ⅲ

Complex variable function and integral transformation Ⅱ

Calculation method

thermodynamics

3. Main courses

Dynamic meteorology Ⅰ

Boundary layer meteorology

Meteorology of air pollution

Physics of cloud precipitation

Satellite meteorology ii

Radar meteorology Ⅲ

Weather principle

Synoptic analysis Ⅰ (1)

Synoptic analysis Ⅰ (2)

4. Professional direction courses Ⅰ

Weather in China Ⅱ

Weather diagnosis and analysis

Meteorological statistical methods Ⅰ

Mesoscale meteorology

numerical weather forecast

5. Professional Direction Course 2

Cloud dynamics and numerical simulation

Mesoscale meteorology

Air pollution forecast

atmospheric aerosol

Atmospheric environmental monitoring and quality evaluation

Inorganic and analytical chemistry 3

(Choose the above two directions 15 credits)

6. Specialized elective courses (choose 17 credits)

weather modification

Physical experiment of cloud precipitation

Specialty English

theoretical mechanics

Lecture on progress of atmospheric science

Meteorological graphic image software

Mesoscale meteorological simulation

Fundamentals of modern climatology Ⅱ

Meteorological instrument analysis

Experimental data analysis

Multidisciplinary application of meteorological satellite data

Air pollution control project Ⅱ

Analytical chemistry experiment Ⅱ

Modern lightning protection technology

Lightning principle

Fundamentals of circuit analysis Ⅱ

Analogical Electronics

Digital electronic circuit

Microcomputer principle and interface technology Ⅱ

Database technology and its application

C language programming

mathematical modeling

Development course of mathematics

Basic foreign language development course

Foreign language international development course

Skills training and development courses

7. Concentrate on practical teaching

1.。 Compulsory 25 credits

Entrance education

graduation appraisal

field management

Summer social practice

Military training

thesis

Term report

Atmospheric exploration practice

Comprehensive practice of weather forecast

2.。 Take at least 5 credits.

Atmospheric physics and atmospheric environment detection

Practice of short-term and near-term weather forecast

Cloud physics and the practice of weather modification

Cognitive practice

Attached is the training plan of atmospheric science specialty.

I. Training objectives

This major implements the credit system, and trains senior professionals who have good scientific literacy, systematically master the basic theories, knowledge and skills of atmospheric science, and can engage in scientific research, teaching, scientific and technological development and related management of meteorology, climatology, atmospheric physics, atmospheric environment, atmospheric sounding, applied meteorology and related disciplines.

Second, the training standard (basic requirements)

Students in this major mainly study the basic theory and knowledge of atmospheric science, receive the basic training of scientific thinking and experiments (including field practice and indoor experiments), have good scientific literacy, and have the basic skills of basic atmospheric science or applied research, theoretical analysis, data processing and computer application. It has strong knowledge updating ability and wide scientific adaptability.

Graduates of this major should have the following knowledge and ability:

1, with solid basic theories and knowledge of advanced mathematics, physics, foreign languages and computers. , and familiar with the basic knowledge of geography, biology and geology;

2. Systematically master the classical basic theories, basic knowledge and application skills of atmospheric science, especially meteorology, dynamic meteorology, air-sea interaction and weather forecasting, and master the basic methods of atmospheric detection technology and analysis;

3. Understand the latest research progress, development trend and application prospect of this discipline and related disciplines at home and abroad;

4. Have strong computer application ability, master a foreign language skillfully, and be able to read foreign professional literature smoothly; Master the basic methods of information inquiry, literature retrieval and obtaining relevant information by using modern information technology;

5. Received some training and practice in atmospheric scientific research; Have the ability to design experiments, summarize, sort out and analyze experimental results, write papers and participate in academic exchanges. Have good scientific literacy and strong sense of innovation, strong self-study ability and the ability to update knowledge.

Third, the credit structure of the curriculum system

Table 1. Credit structure of curriculum system

Course category

Course nature

loan

Percentage of credits in the course system (%)

Public basic courses

need

75

4 1.67%

General courses

take as an elective

six

3.33%

Basic course of discipline

need

15

8.33%

Main courses

need

22

12.22%

Professional direction course

take as an elective

12

6.67%

Professional elective

take as an elective

20

1 1. 1 1%

Centralized practice teaching link

need

25

13.89%

take as an elective

five

2.78%

total

180

100%

Fourth, basic courses of disciplines

Atmospheric Physics II, Atmospheric Exploration II, Fluid Mechanics I, Modern Climatology Foundation I, Applied Meteorology II, Thermodynamics.

Five, professional main courses

Synoptic principles, meteorological statistical methods, synoptic analysis I (1), synoptic analysis I (2), dynamic meteorology I, China weather I, numerical weather forecast and short-term climate forecast basis.

Six, professional direction courses

Professional direction courses Ⅰ:

Advanced dynamic meteorology, mesoscale weather dynamics and numerical simulation, tropical weather dynamics, basic physical oceanography, global change, mathematical equation II.

Professional direction course II:

Mesoscale weather dynamics and numerical simulation, foundation of modern lightning protection technology, comprehensive observation and practice of atmosphere, radar meteorology II, satellite meteorology II.

Seven, the core curriculum

Introduction to Atmospheric Science I, Computer Foundation I, Linear Algebra, Probability and Statistics, Advanced Mathematics I (1), Advanced Mathematics I (2), College Physics (1), College Physics (2), FORTRAN programming.

Eight, limit the course

not have

Nine, meteorological characteristics course (except introduction to atmospheric science)

X. study time: four years

Xi。 Degree awarding: Bachelor of Science.

PS With the development of economy, the situation of meteorological related majors will get better and better, and the intensive major of the Institute of Physical Education may be more favored by employers, so finally congratulations on your admission to the dominant major of key undergraduate courses! ! ! !