Meteorological Technology and Engineering is an engineering discipline related to the study of nature and prediction of weather.

I. Cultivation Objectives:

Meteorological Technology and Engineering specializes in cultivating advanced professionals in the field of meteorology for the country in the new engineering discipline. The trained professionals will master a full range of detection principles and technologies such as modern ground observation systems, multi-band weather radar systems, satellite data processing and analysis systems, and have the ability to develop and maintain detection systems;

With solid engineering capabilities in meteorological information and signal processing, meteorological big data and artificial intelligence applications, meteorological product development and services. And the ability to apply meteorological skills to various social services.

II. Main Courses:

Introduction to Meteorological Engineering, Radar Meteorology, Satellite Meteorology, Cloud and Precipitation Physics and Artificial Weather Influence Technology, Modern Meteorological Operations and Meteorological Equipment, Meteorological Big Data Analysis and Assimilation Techniques, Meteorological Service Engineering, Short-Time and Short Proximity Forecasting, Numerical Forecasting and Artificial Intelligence Techniques, Risk Assessment of Meteorological Disasters, Meteorological Economics.

Third, employment direction:

Meteorological technology and engineering graduates can enter the Meteorological Bureau, civil aviation air traffic control department, high-end meteorological equipment manufacturing enterprises, the emerging Internet service industry and other work. They can also apply for the Beijing Meteorological Bureau, China Meteorological Administration Emergency Disaster Reduction and Public **** Services Division and other national civil service units.

Practical application of meteorological technology and engineering:

1, meteorological radar technology:

Meteorological radar technology is an important means of meteorological detection, which can realize the detection and quantitative analysis of precipitation, clouds, fog and other weather phenomena in the atmosphere. Through the processing and analysis of radar reflection signals, precipitation intensity, cloud height, wind field and other information can be obtained, providing important data support for weather forecasting.

2, satellite remote sensing technology:

Satellite remote sensing technology is a kind of non-contact remote sensing means, which can realize the observation and monitoring of large-scale weather. Through the processing and analysis of satellite images, cloud maps, temperature fields, wind fields and other information can be obtained, providing comprehensive and accurate data support for weather forecasting.

3, numerical model forecasting technology:

Numerical model forecasting technology is a kind of forecasting method based on the principles of physics and mathematical model construction, which can simulate the atmospheric movement law through the computer to make weather forecasts. The method has the advantages of high reliability and high accuracy, and has become one of the main weather forecasting tools worldwide in recent years.