Capabilities \ Core Courses	A. Understand weather phenomena and possess the ability in diagnostical analysis and numerical simulations B. Possess the analysis ability in multidiscipline of Earth sciences C. Comprehend the fast-developing climatology theory and possess the ability in conduct research D. Possess the ability in observation, simulation, and analysis of atmospheric chemistry mechanisms E. Possess the ability inwriting paper and independent research
	[A]	[B]	[C]	[D]	[E]
Independent Study of Large-scale Dynamics
Independent Study of Air-sea Interaction
Independent Study of Atmosphere Convection
Independent Study of Dynamical Modelling
Independent Study of Boundary-layer Models
Independent Study of Meso-scale Dynamics
Independent Study of Atmospheric Remote Sensing
Independent Study of Typhoon Dynamics
Independent Study of Intraseasonal Oscillations
Special Topics on Dynamical Modeling	◎
Capabilities \ Core Courses	A. Understand weather phenomena and possess the ability in diagnostical analysis and numerical simulations B. Possess the analysis ability in multidiscipline of Earth sciences C. Comprehend the fast-developing climatology theory and possess the ability in conduct research D. Possess the ability in observation, simulation, and analysis of atmospheric chemistry mechanisms E. Possess the ability inwriting paper and independent research
	[A]	[B]	[C]	[D]	[E]
Independent Study of Monsoon and Convection
Independent Study of the Large Scale Numerical Simulation
Independent Study of East Asia Monsoon
Independent Study of Cloud Model
Enso
Special Topics on Synoptic Meteorology	◎
Independent Research on Mesoscale Meteorological Modelling	◎
Independent Study of 1d Air-sea Model Coupling
Special Topics on Numerical Weather Prediction	◎
Climate Simulation of General Circulation Models
Capabilities \ Core Courses	A. Understand weather phenomena and possess the ability in diagnostical analysis and numerical simulations B. Possess the analysis ability in multidiscipline of Earth sciences C. Comprehend the fast-developing climatology theory and possess the ability in conduct research D. Possess the ability in observation, simulation, and analysis of atmospheric chemistry mechanisms E. Possess the ability inwriting paper and independent research
	[A]	[B]	[C]	[D]	[E]
Independent Study of Cloud Radiative Forcing
Satellite Data Analyses and Applications		◎
Independent Research on Satellite Remote Sensing
Independent Research─tropical Climate System Modeling
Climate Modeling with Simple and Intermediate Models
Independent Study of Meteorological Statistical Forecasting
Cloud and Moisture in Large-scale Motion
Seminar
Advanced Atmospheric Dynamics	◎
Advanced Numerical Prediction	◎
Capabilities \ Core Courses	A. Understand weather phenomena and possess the ability in diagnostical analysis and numerical simulations B. Possess the analysis ability in multidiscipline of Earth sciences C. Comprehend the fast-developing climatology theory and possess the ability in conduct research D. Possess the ability in observation, simulation, and analysis of atmospheric chemistry mechanisms E. Possess the ability inwriting paper and independent research
	[A]	[B]	[C]	[D]	[E]
Dynamic Climatology			◎
Numerical Methods Used in Atmospheric Models	◎
Quasi-balanced Dynamical System in the Atmosphere	◎
Special Topics on Aerosol Particles
Mesoscale Meteorology	◎
Special Topics in Synoptic Meteorology	◎
Monsoon Meteorology			◎
Advanced Synoptic Meteorology	◎
Mesoscale Meteorological Modeling	◎
Radar Meteorology
Capabilities \ Core Courses	A. Understand weather phenomena and possess the ability in diagnostical analysis and numerical simulations B. Possess the analysis ability in multidiscipline of Earth sciences C. Comprehend the fast-developing climatology theory and possess the ability in conduct research D. Possess the ability in observation, simulation, and analysis of atmospheric chemistry mechanisms E. Possess the ability inwriting paper and independent research
	[A]	[B]	[C]	[D]	[E]
Mesoscale Convective System	◎
Special Topics in Tropical Meteorology
Advanced Cloud Physics
Special Topics on Typhoon Dynamics	◎
Special Topics on Atmospheric Convection	◎
Special Topics on Cloud Modeling
Meteorological Data Assimilation	◎
Geophysical Fluid Dynamics		◎
Atmospheric Boundary Layer Modeling	◎
Special Topics on Cloud Dynamics
Capabilities \ Core Courses	A. Understand weather phenomena and possess the ability in diagnostical analysis and numerical simulations B. Possess the analysis ability in multidiscipline of Earth sciences C. Comprehend the fast-developing climatology theory and possess the ability in conduct research D. Possess the ability in observation, simulation, and analysis of atmospheric chemistry mechanisms E. Possess the ability inwriting paper and independent research
	[A]	[B]	[C]	[D]	[E]
Advanced Remote Sensing Data Analysis and Application		◎
Gps Meteorology	◎
Climate Change			◎
Advanced Meteorological Statistics	◎
Applied Statistics in Meteorology (Ⅰ)	◎
Applied Statistice in Meteorology (Ⅱ)	◎
Weather Analysis and Forecasting
Atmospheric Phenomenon (Ⅰ)typhoon	◎
Atmospheric Phenomenon (Ⅲ) Enso			◎
Atmospheric Phenominon (Ⅳ)monsoon			◎
Capabilities \ Core Courses	A. Understand weather phenomena and possess the ability in diagnostical analysis and numerical simulations B. Possess the analysis ability in multidiscipline of Earth sciences C. Comprehend the fast-developing climatology theory and possess the ability in conduct research D. Possess the ability in observation, simulation, and analysis of atmospheric chemistry mechanisms E. Possess the ability inwriting paper and independent research
	[A]	[B]	[C]	[D]	[E]
Monsoon and Enso			◎
Ocean-atmospheric Physical and Biogeochemical Interaction
Independent Study on Air-sea Biogeochemical Interaction
Atmospheric Chemistry and Its Applications				◎
Parallel Computing and Numerical Applications	◎
Atmospheric Radiation and Climate			◎
Air-sea Interaction and Its Numerical Simulation
Satellite Data Analyses and Applications
Modern Statistical Methods in the Atmospheric Sciences
Analysis of Meteorological Time Series
Capabilities \ Core Courses	A. Understand weather phenomena and possess the ability in diagnostical analysis and numerical simulations B. Possess the analysis ability in multidiscipline of Earth sciences C. Comprehend the fast-developing climatology theory and possess the ability in conduct research D. Possess the ability in observation, simulation, and analysis of atmospheric chemistry mechanisms E. Possess the ability inwriting paper and independent research
	[A]	[B]	[C]	[D]	[E]
Tropical Cyclone Dynamics	◎
Mathematical Geophysical Fluid Dynamics
Environmental Organic Chemistry
Earth System Model – Physical processes
Paleoclimate: Millennial Climate Events and Deglaciation
Data Assimilation for Numerical Modeling
Dynamics of El Nino & the Southern Oscillation Phenomenon
ESM–Analyses of Climate Model Results and Overview of IPCC Assess
Numerical Weather Prediction
Special Topics on Clouds and Environment
Capabilities \ Core Courses	A. Understand weather phenomena and possess the ability in diagnostical analysis and numerical simulations B. Possess the analysis ability in multidiscipline of Earth sciences C. Comprehend the fast-developing climatology theory and possess the ability in conduct research D. Possess the ability in observation, simulation, and analysis of atmospheric chemistry mechanisms E. Possess the ability inwriting paper and independent research
	[A]	[B]	[C]	[D]	[E]
Global Atmospheric Circulation
Cloud Dynamics
Land-Atmosphere Interactions
Global Climate Change Science
Special Topics on Polarimetric Radar
Atmospheric Science Seminar
Atmospheric Science Seminar（2）
Climate Diagnostics
Global Climate Change
Special Topic on Deep Convection
Capabilities \ Core Courses	A. Understand weather phenomena and possess the ability in diagnostical analysis and numerical simulations B. Possess the analysis ability in multidiscipline of Earth sciences C. Comprehend the fast-developing climatology theory and possess the ability in conduct research D. Possess the ability in observation, simulation, and analysis of atmospheric chemistry mechanisms E. Possess the ability inwriting paper and independent research
	[A]	[B]	[C]	[D]	[E]
terrestrial and global hydrological cycle
Polarimetric Radar Data Analysis and Application
Workshop on Land-Atmosphere Interactions: A Study In Chi-Lan’s Cloud-Fog Forest
Mesoscale Meteorology
Mesoscale Simulation and Diagnosis
Climate Variability and Predictability
Modern Statistical Methods in Atmospheric Sciences: Part I
Special Topics on Tropical Climate Dynamics (2) –BSISO
Dynamical Simulations
Clouds and Environment
Capabilities \ Core Courses	A. Understand weather phenomena and possess the ability in diagnostical analysis and numerical simulations B. Possess the analysis ability in multidiscipline of Earth sciences C. Comprehend the fast-developing climatology theory and possess the ability in conduct research D. Possess the ability in observation, simulation, and analysis of atmospheric chemistry mechanisms E. Possess the ability inwriting paper and independent research
	[A]	[B]	[C]	[D]	[E]
Convection in Global Cloud-Resolving Models
Climate Monitoring and Analysis
Convection, Water Vapor, and Climate
Object Based Analysis Methods for Atmospheric Convection	◎
Land-Atmosphere Interaction in Cloud-Fog Forests
Introduction to Typhoon Vorticity Dynamics
Study of Clouds and Precipitation Processes through Satellite Observations
Special Topics on Polarimetric Radar
Air Pollution Laboratory
Current Research in Climate Dynamics
Capabilities \ Core Courses	A. Understand weather phenomena and possess the ability in diagnostical analysis and numerical simulations B. Possess the analysis ability in multidiscipline of Earth sciences C. Comprehend the fast-developing climatology theory and possess the ability in conduct research D. Possess the ability in observation, simulation, and analysis of atmospheric chemistry mechanisms E. Possess the ability inwriting paper and independent research
	[A]	[B]	[C]	[D]	[E]
Polar Climate Change
Current Research in Climate Dynamics
Workshop on Cloud Dynamics
Middle-high Latitude Stratosphere-Troposphere Dynamics
Workshop on Land-Atmosphere Interactions: a Case Study in Cloud-Fog Forests
Chaos and Predictability
Altered Water Cycle under Anthropogenic Climate Changes: Land Model Practices
Advanced Synoptic and Climate Dynamics
Scientific Writing for Publication					◎
Communicating through Science					◎
Capabilities \ Core Courses	A. Understand weather phenomena and possess the ability in diagnostical analysis and numerical simulations B. Possess the analysis ability in multidiscipline of Earth sciences C. Comprehend the fast-developing climatology theory and possess the ability in conduct research D. Possess the ability in observation, simulation, and analysis of atmospheric chemistry mechanisms E. Possess the ability inwriting paper and independent research
	[A]	[B]	[C]	[D]	[E]
Workshop of Earth System Model
Study of Cloud and Precipitation Processes through Satellite Observations
Special Topics in Fluid Dynamics
Climate Change and Extreme Events - Deep Learning Applications
Machine Learning of Cloud Dynamics
Climate Change and Extreme Events - Deep Learning Hands-on
Workshop for Earth System Model
Climate change and extreme events - machine learning hands-on
Typhoon Dynamics
Physical Oceanography
Capabilities \ Core Courses	A. Understand weather phenomena and possess the ability in diagnostical analysis and numerical simulations B. Possess the analysis ability in multidiscipline of Earth sciences C. Comprehend the fast-developing climatology theory and possess the ability in conduct research D. Possess the ability in observation, simulation, and analysis of atmospheric chemistry mechanisms E. Possess the ability inwriting paper and independent research
	[A]	[B]	[C]	[D]	[E]
Monsoon			◎
Numerical Weather Prediction	◎
Dynamic Climatology			◎
Seminar on Weather Diagnosis	◎
Global Atmospheric Circulation
Atmospheric Physical Chemistry				◎
Numerial Methods in Atmospheric Models	◎
Climate Change			◎
Global Change and Sustainable Development			◎
Special Topics on Experimental Cloud & Aerosol Physics
Capabilities \ Core Courses	A. Understand weather phenomena and possess the ability in diagnostical analysis and numerical simulations B. Possess the analysis ability in multidiscipline of Earth sciences C. Comprehend the fast-developing climatology theory and possess the ability in conduct research D. Possess the ability in observation, simulation, and analysis of atmospheric chemistry mechanisms E. Possess the ability inwriting paper and independent research
	[A]	[B]	[C]	[D]	[E]
Special Topics on Radar Meteorology	◎
Atmospheric Radiation Simulation
Earth System
Atmospheric Remote Sensing
Radar Meteorology	◎
Atmospheric Optics
Atmospheric Chemistry
Measurement of Atmospheric Environment
Choices and Analyses of Environmental Policy				◎
Energy and Environment				◎
Capabilities \ Core Courses	A. Understand weather phenomena and possess the ability in diagnostical analysis and numerical simulations B. Possess the analysis ability in multidiscipline of Earth sciences C. Comprehend the fast-developing climatology theory and possess the ability in conduct research D. Possess the ability in observation, simulation, and analysis of atmospheric chemistry mechanisms E. Possess the ability inwriting paper and independent research
	[A]	[B]	[C]	[D]	[E]
Atmospheric Chemistry Experiments				◎
Climate Diagnostics			◎
Field Measurement of Atmospheric Environment
Computer Lab of Atmospheric Model	◎
Boundary Layer Meteorology
Air Pollution				◎
Data Integration and Analysis	◎
Air Pollution Modelling
Special Topics on Dynamical Modeling	◎
Air Pollution Meteorology				◎
Capabilities \ Core Courses	A. Understand weather phenomena and possess the ability in diagnostical analysis and numerical simulations B. Possess the analysis ability in multidiscipline of Earth sciences C. Comprehend the fast-developing climatology theory and possess the ability in conduct research D. Possess the ability in observation, simulation, and analysis of atmospheric chemistry mechanisms E. Possess the ability inwriting paper and independent research
	[A]	[B]	[C]	[D]	[E]
Selected Readings on Atmospheric Popular Science Literature	◎
Aviation Meteorology	◎
Biometeorology		◎
Technical Writing in English for Atmospheric Sciences Research					◎
Scientific English and Basic Writing					◎
Earth System Model		◎
Atmospheric Environmental Chemistry
Aerosol Science Seminar				◎
Advanced Numerical Methods and Applications （i）					◎
Design and Practice of Scientific Field Experiment					◎
Capabilities \ Core Courses	A. Understand weather phenomena and possess the ability in diagnostical analysis and numerical simulations B. Possess the analysis ability in multidiscipline of Earth sciences C. Comprehend the fast-developing climatology theory and possess the ability in conduct research D. Possess the ability in observation, simulation, and analysis of atmospheric chemistry mechanisms E. Possess the ability inwriting paper and independent research
	[A]	[B]	[C]	[D]	[E]
Mathematical Modeling					◎
Severe Weather Analysis and Forecasting	◎
English Presentation for Students in the Atmospheric Sciences					◎
Analysis of Meteorological Time Series					◎
Atmospheric Remote Sensing
		◎
Biogeochemistry and Climate
Weather Forecast-theory & Application	◎
Deep Convective Cloud Processes	◎
Introduction to Atmospheric
Capabilities \ Core Courses	A. Understand weather phenomena and possess the ability in diagnostical analysis and numerical simulations B. Possess the analysis ability in multidiscipline of Earth sciences C. Comprehend the fast-developing climatology theory and possess the ability in conduct research D. Possess the ability in observation, simulation, and analysis of atmospheric chemistry mechanisms E. Possess the ability inwriting paper and independent research
	[A]	[B]	[C]	[D]	[E]
Synoptic Meteorology (Ⅰ)(Ⅰ)
Synoptic Meteorology (Ⅱ)(Ⅱ)
Atmospheric Dynamics (Ⅰ)(Ⅰ)
Atmospheric Dynamics (Ⅱ)
Climatology
Introduction to Atmospheric Science
Scientific Writing and Oral Presentation
Core Capabilities	A Understand weather phenomena and possess the ability in diagnostical analysis and numerical simulations	B Possess the analysis ability in multidiscipline of Earth sciences	C Comprehend the fast-developing climatology theory and possess the ability in conduct research	D Possess the ability in observation, simulation, and analysis of atmospheric chemistry mechanisms	E Possess the ability inwriting paper and independent research
Number of Core Courses （Number of All Courses: 187）	38	6	12	8	9