大气科学专业(气候资源方向)培养方案

1、大气科学专业（气候资源方向）培养方案Undergraduate Program of Atmospheric Science (Specializing in Climate Resources)一、培养目标 Educational Objectives本专业培养具有扎实的数学、物理学和大气科学基础，掌握气候资料分析和质量控制、气候资料诊断和评价、气候资料应用与服务、气候数值模拟的基本理论和专业技能，获得从事科学研究和业务工作的初步训练，能够在气象、水利和资源开发等部门从事科研、教学和业务工作的专门人才。This program trains advanced talents with all

2、-round knowledge in mathematics, physics and atmospheric science. Students who have completed the program learning are expected to have the fundamental knowledge and skills in climatic data analyses and its quality control, climatic data diagnosis and evaluation, climatic data application and servic

3、e, and climatic data simulation. Provided with trainings in scientific research and professional experiences work, they will be qualified for the positions of research, teaching and professional work in the departments of meteorology, water conservancy, and resources development. 二、基本规格要求 Learning O

4、utcomes本专业学生主要学习大气科学、地球系统科学基础知识和专业理论，受到科学思维、科学实验、信息处理技术等方面的技术和专业训练，具有良好的科学素养和坚实的大气科学、气候资源等方面的基础，掌握气候学、气候资源与气候评价、气候资料处理及质量控制和气候数值模拟等方面的专业理论和专业技能。具有较强的知识更新能力和较广泛的科学适应能力。Students in this program will learn courses related to atmospheric science and earth system science. Upon graduation, they should pos

5、sess basic theories and knowledge in atmospheric science and earth system sciences, and be well educated and trained in scientific thinking, scientific experiment and information technology. They are expected to have a solid theoretical foundation in atmospheric science and climatic resources, claim

6、ing the mastery of theories and skills in climatology, climatic resources and climatic evaluation, climatic data processing and its quality control, numerical simulation of climate with strong capability in knowledge update and professional adjustment.毕业生应获得以下几方面的知识和能力：1、掌握系统的数学、物理、计算机等方面的基本原理、基本知识；

7、2、具有扎实的气象学和相关学科的专业知识和专业技能；掌握现代气候学、气候资源与气候评价、气候资料处理及质量控制和气候数值模拟等专业知识，具有理论联系实际，综合分析问题、解决问题的能力，能熟练地运用计算机解决实际工作中的问题；3、了解相近专业的一般原理、知识和方法；4、熟悉我国气象业务、水资源利用与管理、资源利用等方面的方针、政策和法规，以及气象现代化与国民经济可持续发展战略的关系；5、了解大气科学、气候以及气候变化前沿领域和最新发展动态，确立专业思维模式和思想方法；6、掌握资料查询、文献检索及运用现代信息技术获取最新参考文献的基本方法；具有一定的实验设计，创造实验条件，归纳、整理、分析实验结果

8、，撰写论文，参与学术交流的能力。The knowledge and abilities expected of the graduates are as follows:1. Mastering basic theories and knowledge of mathematics, physics, and computer science.2. Possessing theories, knowledge and techniques in climatology and related disciplines including climatic resources and climat

9、ic evaluation, climatic data processing and its quality control, numerical simulation of climate; being able to integrate theory with practice and to use computers skillfully for problem resolution;3. Having the general knowledge regarding related specialties.4. Being familiarity with the state poli

10、cies, laws and regulations concerning national meteorological development, water resources and management, and resources exploitation, and having a clear understanding of the relationship between meteorological modernization and the sustainable development of national economy.5. Keeping abreast of t

11、he latest developments in atmospheric science, climatology and climatic change and being able to think critically and professionally.6. Knowing the general methods of data collection, file retrieval by means of modern information techniques; being able to design, carry out and write on research expe

12、riments and participate in academic exchanges.三、主要课程 Main Courses主要课程有：流体力学 Fluid Dynamics、大气物理学* Atmospheric Physics、天气学原理 Principle of Synoptic Meteorology、动力气象学 Dynamic Meteorology、气象统计方法 Meteorological Statistics、气候变化及其诊断 Climatic Change & Its Diagnosis 、现代气候学基础 Basics of Modern Climatology

13、、气候资源与气候评价 Climatic Resources and Climatic Evaluation、气候数值模拟 Numerical Simulation of Climate、气候资料处理及其质量控制Climatic Data Processing and Its Quality Control 专业特色课程Feature Courses气候资源与气候评价 Climatic Resources and Climatic Evaluation、气候资料处理及其质量控制Climatic Data Processing and Its Quality Control四、主要实践教学环节 M

14、ain Internship and Practical Training Courses生产实习 Production Practice、暑期社会实践 Social Practice in Summer、军训 Military Training、数值天气预报课程设计 Course Project in Numerical Weather Forecastng气候数值模拟课程设计Course Project in Numerical Simulation of Climate气象统计方法课程设计Course Project in Meteorological Statistics、气候资料处理

15、及其质量控制课程设计Course Project in Climatic Data Processing and Its Quality Control、认识实习Introductory Practice Experience、毕业设计 Graduation Project (Thesis)、大气探测实习 Atmospheric Sounding &Observing Practice、天气预报综合实习 Weather Forecasting Internship五、学制与学位 Length of Schooling and Degree修业年限：四年Duration: 4 Years授予学位：理学学士Degree Conferred: Bachelor of Science六、学时与学分 Class Hours and Credits完成学业最低课内学分（含理论教学与集中性实践教学环节）要求：180Minimum in-class credits(including theoretical instruction and practical training specified in the curriculum) for gradua