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週六, 28 五月 2022 07:40

行政人員

單位 姓名(代理) 電話 電子郵件 負責業務
助教室 林明昌(李國豐) 3366-3923 Email住址會使用灌水程式保護機制。你需要啟動Javascript才能觀看它Email住址會使用灌水程式保護機制。你需要啟動Javascript才能觀看它

教師事務:

  • 教師人事業務
  • 教師研發(政府補助/獎勵案)申辦
  • 招生(大學部/碩博班)博班考核相關
  • 專案 (系所評鑑/圖書期刊業務)
李國豐(林明昌) 3366-3924 Email住址會使用灌水程式保護機制。你需要啟動Javascript才能觀看它Email住址會使用灌水程式保護機制。你需要啟動Javascript才能觀看它

學生事務:

  • 教務(畢業學分審查/學分抵免/課程助教安排/學生院長獎選拔)
  • 課務(課程安排調度/服務課安排/專題討論課安排/授課時數)
  • 學務(導生/成績預警/學生書卷獎/系學會督導/杜鵑花節)
系辦公室 張詩蘋(朱淑華) 3366-3927 Email住址會使用灌水程式保護機制。你需要啟動Javascript才能觀看它Email住址會使用灌水程式保護機制。你需要啟動Javascript才能觀看它

公文/財務/計畫服務:

  • 系所公文綜理窗口
  • 系所經費帳務管理及計畫帳務核章
  • 院辦聯繫與國際化業務
  • 系所Newsletter編撰、院電子報文件彙整、高教深耕計畫(帳務管理、計畫書及成果報告彙整)

朱淑華

(張詩蘋/王理甲)

3366-3928 Email住址會使用灌水程式保護機制。你需要啟動Javascript才能觀看它Email住址會使用灌水程式保護機制。你需要啟動Javascript才能觀看它

空間/財產/活動:

  • 館舍環境安全衛生業務(防疫/講習/門禁節能卡片/車輛/校級訪視)
  • 空間(控管&整修)/修繕(非教學設備)
  • 系友/典禮/會議/餐會/活動
王理甲(謝志偉) 3366-3929

Email住址會使用灌水程式保護機制。你需要啟動Javascript才能觀看它

氣象技術人員:

  • 大氣系氣象儀器設備之維護、採購及租借、觀測坪管理與支援教學研究事宜
  • 系館消防安全設備管理及環安衛相關業務(C館防火管理人)
  • 支援電腦機房及網路維護管理之相關工作
  • 教室教學設備、設施之相關維護及報修
  • 協助設備財產列管及報廢
  • 大氣系所網頁管理及內容更新
林素真 3366-3928  Email住址會使用灌水程式保護機制。你需要啟動Javascript才能觀看它
  • 信件收發工作、教室及公共空間清潔維護
  • 簡易教學設備耗材(麥克風、視訊鏡頭、投影機、攝影機、按鈴器)借用登記
電腦室 謝志偉(王理甲) 3366-3926 Email住址會使用灌水程式保護機制。你需要啟動Javascript才能觀看它Email住址會使用灌水程式保護機制。你需要啟動Javascript才能觀看它

資訊技術人員

  • 電腦機房與系館網路維護+用電節能業務
  • 系所公用伺服器軟硬體/網頁/電視牆
  • 管理教室電子設備維運
  • 環境安全衛生業務(監視器管理、C館防火管理人)
  • 財產管理
  • 電腦類教學軟硬體採購
108學年度執掌表明細:連結
週四, 05 五月 2022 07:10

STAFF

TA Office

Mr. Ming-Chang Lin(Mr. Gwo-Feng Lee) Mr. Gwo-Feng Lee(Mr. Ming-Chang Lin)
TEL:3366-3923 TEL:3366-3924
e-mail:Email住址會使用灌水程式保護機制。你需要啟動Javascript才能觀看它Email住址會使用灌水程式保護機制。你需要啟動Javascript才能觀看它 e-mail:Email住址會使用灌水程式保護機制。你需要啟動Javascript才能觀看它Email住址會使用灌水程式保護機制。你需要啟動Javascript才能觀看它
  • Assistance of Department Affairs Committee and Examination Committee by executing related affairs
  • Management of the facilities expenses and computer uses 
  • Introduction, evaluation, and project management of the department 
  • Meeting record 
  • Purchase, management and maintenance of computer related equipment of the department
  • Technical support of other related computer hardware
  • Maintenance of the department's website
  • Students' affairs
  • Synoptic Meteorology Lab.
  • Assistance of Academic Committee to execute related affairs 
  • Textbook ordering
  • Scholarship for the graduate students
  • Alumni Society related affairs
  • Coordination of test affairs

Administrative Office

Ms. Shih-Ping Chang(Ms. Shu-hua Chu) Ms. Shu-hua Chu(Ms. Shih-Ping Chang/Mr. Li-Jia Wang)
TEL:3366-3927 TEL:3366-3928
e-mail:Email住址會使用灌水程式保護機制。你需要啟動Javascript才能觀看它Email住址會使用灌水程式保護機制。你需要啟動Javascript才能觀看它 e-mail:Email住址會使用灌水程式保護機制。你需要啟動Javascript才能觀看它Email住址會使用灌水程式保護機制。你需要啟動Javascript才能觀看它
  • Administrative Affairs of the Department
  • Document System Management
  • Accounting Affairs
  • Newsletter Publication
  • Security and sanitary affairs of the department (prevention measures/lecture and study/access card system/vehicle management) 
  • Space management/equipment and property management 
  • Alumni/ceremonies/conferences/banquets/activities
Mr. Li-Jia Wang(Mr. Ji-Wei Hsieh) Ms. Su-Chen Lin
TEL:3366-3929 TEL:3366-3928
e-mail:Email住址會使用灌水程式保護機制。你需要啟動Javascript才能觀看它Email住址會使用灌水程式保護機制。你需要啟動Javascript才能觀看它 e-mail:Email住址會使用灌水程式保護機制。你需要啟動Javascript才能觀看它

Meteorological technicians:

  • Maintenance, procurement, and leasing of meteorological instruments for the Atmospheric Sciences department, management of observation platforms, and support for teaching and research matters
  • Management of fire safety equipment in department buildings and related environmental health and safety affairs (Fire Safety Manager for Building C)
  • Support for computer room and network maintenance management
  • Maintenance and repair of classroom teaching equipment and facilities
  • Assistance in equipment and property management and disposal
  • Management and content updates of the Atmospheric Sciences department website
  • Outdoor environment of the department
  • Assistance of all kinds of clearing work
  • Receiving of documents, letters, and handouts
  • Submittal of the expenditure plans of the department
  • Classroom / Lab borrowing

Information Office

Mr. Ji-Wei Hsieh(Mr. Li-Jia Wang)
TEL:3366-3926
e-mail:Email住址會使用灌水程式保護機制。你需要啟動Javascript才能觀看它Email住址會使用灌水程式保護機制。你需要啟動Javascript才能觀看它
  • Network system management of the department
  • Property management
  • Management of the information center and computer classroom
  • Development and maintenance of the electronic information exchange system, and staff training
  • Management and maintenance of the software and hardware of observating enclosure
  • Planning and establishment of the software and hardware for public computers and future networks
  • Management of Real-time Forecasting Laboratory
  • Computer software related technical consultation
週四, 05 五月 2022 06:18

Telephone

  1. personal phone number directly
  2. personal extension(5-digit)
  3. FAX:+886-2-23633642
Faculty Extension Laborary Extension
CHENG-KU YU(CHAIR) +886-2-33663902
TAI-JEN GEORGE CHEN +886-2-33663901
BEN JONG-DAO JOU +886-2-33663921
CHENG-SHANG LEE +886-2-33663922
MING-CHIN WU +886-2-33663935
HUNG-CHI KUO +886-2-33663910
JEN-PING CHEN +886-2-33663912
CHUN-CHIEH WU +886-2-33663913
CHUNG-HSIUNG SUI +886-2-33663908
I-I LIN +886-2-33663917
MING-JEN YANG +886-2-33663900
MONG-MING LU +886-2-33663909
PO-HSIUNG LIN +886-2-33663916
HUI-MING, HUNG +886-2-33663919
MIN-HUI LO +886-2-33663918
CHIEN-MING WU +886-2-33663905
WEI-TING CHEN +886-2-33663914
YEN-TING HWANG +886-2-33663904
YU-CHIAO LIANG +886-2-33663907
Mesoscale and Orographic Precipitation Laboratory +886-2-33661817
Synoptic Research Laboratory +886-2-33663947
Mesoscale-LAB +886-2-33663939
Typhoon laboratory +886-2-33661826
   
Dynamics And Modeling Research Group +886-2-33663945
Cloud and Aerosol Research Laboratory +886-2-33663937/3942
Typhoon Dynamics Research Group +886-2-33663943
Lab. for Cloud and Climate Study +886-2-33663940
Satellite Remote Sensing Laboratory +886-2-33663936
Convection and Precipitation Laboratory +886-2-33661826
   
COOK Team / Laboratory of Instrumentation and Measurement +886-2-33663946
Atmospheric Chemistry Laboratory +886-2-33663925/3932
Terrstrial Hydroclimatology & Remote Sensing Research Group +886-2-33663938
Lab. for Cloud Dynamics and Modeling (LCDM) +886-2-33663941
Atmospheric Environment Laboratory +886-2-33663941
Climate Dynamics and Global Change Laboratory +886-2-33664955
週四, 05 五月 2022 06:18

Doctoral Degree Qualification

1. Doctoral degree examinations are divided into three parts:

(1) Annual review and qualification test
(2) PhD pre-oral defense
(3) PhD dissertation oral defense

2.Annual assessment and qualification test

(1) Within three months after the admission of a PhD student into the Department, a PhD candidate qualification assessment committee must be set up, responsible for offering the student suggestions about how to choose courses, the annual assessments and qualification exams.
(2) A qualification assessment committee consists of five members, and the advising professor serves ex-officio as a member and the convener of the committee. As for the other four members, the convener recommends two members and the Examination Committee and the Academic Committee jointly recommend two members, appointed after the Institute Director approves. The members should be qualified to serve as a member of doctoral degree examination committee according to the Degree Conferral Law. The members should be served by full-time assistant professors or higher rank professors at NTU in principle, or qualified full-time assistant professors (or people of the same rank) or higher rank professors from other universities, whose expertise is related to the PhD candidate's research field, or jointly appointed by NTU, or part-time assistant professors or higher rank professors. When members need to be changed, the new members will be recruited in the same way.
(3) Every PhD student should be assessed by the qualification assessment committee once per academic year. The assessment is mainly aimed to the reports of seminars, study and research progress. The assessment should be completed within one month after the final exam of the second semester of each academic year is completed. The Institute Director collects the present professors' ratings and assessments for the seminar report by the PhD student, and provides them for the assessment commission as a basis for the annual assessment.
(4) PhD students who fail two annual assessments within the required period may flunk out of the doctoral program.
(5) After the assessment, the members of qualification assessment committee should provide suggestions about the study and course selection for the student being assessed.
(6) Every PhD student must pass the qualification test within three years after enrolment. The assessment committee gives the test and decides whether the student passes it. The qualification test can be merged into the current annual assessment.
(7) PhD students who fail the qualification test may take the test 6 months later. Those who fail the qualification test twice may flunk out of the doctoral program.
(8) Students who fail to complete an annual assessment or pass the qualification test within the said period due to special conditions (such as pregnancy, illness, or injuries) may submit an application after his advising professor agrees, to the Examination Committee of the Department for approval, and postpone the annual assessment or the qualification test for at most one year after the approval is granted.
(9) PhD students may use a published SCI-Extended paper (or has been accepted for publication) related to the atmospheric sciences, of which he/she is the first author or not less than the second author, or not less than the second author of an SCI paper (the author's address and the name of unit he belongs to must be those of the Department) to apply for exemption from the qualification test. After the assessment committee confirms and grants approval, the student is deemed to pass the qualification test. The paper must be a research result achieved after the student gets his/her master's degree. After the exemption application is accepted, the paper must not be listed as one of the SCI papers required for graduation.

3. PhD pre-oral defense

(1) Each student is required to pass the PhD pre-oral defense chiefly based on the dissertation proposal within four years after enrollment (for those in-service training student the deadline can be extended another year). The pre-oral defense is carried out by the student's qualification examination committee. If the assessment members think it is necessary to change the deadline because of research progress, the related application should be submitted to the Department for approval in accordance with the provisions.
(2) Students who conditionally pass the PhD pre-oral defense must pass it within a year, and students who fail the pre-oral defense flunk out of the doctoral program.

4. Each student should submit their draft dissertation two weeks before the doctoral oral defense to members of oral defense committee for review.

5. After passing the qualification evaluation and assessment, the student must publish another SCI paper related to the atmospheric sciences, of which he/she is the first author (the author's address and the name of unit he belongs to must be those of the Department), and then the student may apply for a doctorate examination.

6. The PhD dissertation oral defense committee consists of seven members, including four members from the NTU and three from other universities. The advising professor recommends the members of the committee before the pre-oral defense is held, and the members will be invited after the director gives his consent.

7. Graduate students permitted to pursue doctoral degrees should study at least for three semesters from the date they become PhD students, and complete at least 30 credits of courses including master's courses, and then they may apply for doctoral degree examinations.

8. The other relevant regulations are the same as those in the Academic Affairs Charter of the University.

週四, 05 五月 2022 06:15

Doctoral Degree Requirements

1. PhD students have to complete the doctoral program between two and seven years. Graduate students transferring directly into doctoral program also need to complete the doctoral program between two and seven years from the date they become PhD students.

2. PhD students of the Institute have to complete at least 18 course credits (excluding the PhD dissertation). From the beginning of transferring into the doctoral program, the PhD students have to spend at least two years completing the doctoral program and complete at least 30 credits of courses including master's courses (excluding the Ph.D. dissertation). The required courses are as follows:

(1) The advising professors help their students choose one appropriate independent study course given by a professor other than themselves.
(2) At least two years' of seminar courses with two credits (one two-semester course with zero credit; one two-semester course with 2 credits).

3. PhD students should present the research or study plan for their dissertation in the "seminar" each year. The presentation for the first year is arranged in the second semester, and every PhD student has 25 minutes to present his/her plan, which will be rated by all the professors, who will then provide the students with written suggestions as references for improvement. Under special circumstances (such as seminar report combined with (pre-) oral defense), the PhD students may submit an application to the Academic Committee for approval, and postpone their reports until the next semester after the approval is granted, but each PhD student can only postpone his/her report once.

4. Waivers of course credits needed for graduation regulations for PhD program:

(1) Waivers are limited to the atmospheric courses of which the codes start with M or D, which have been completed within the last five years (excluding military services or pregnancy) and have never been waived and the grade points need to be higher than 80.
(2) The waived credits must not exceed half the credits needed for graduation.
(3) Seminars and courses related to independent study cannot be waived.
(4) The students should fill out the application form, positively indicate whether the course has been waived, and submit it to the Academic Committee for approval.

5. The doctoral dissertation (12 credits) should be conducted during the semester when the PhD dissertation defense is held. For the information about how to write a thesis, please refer to the Academic Writing Education Center, NTU(http://www.awec.ntu.edu.tw/)

6. Every PhD student's advising professor must be one of those full-time professors at the Department.

週四, 05 五月 2022 06:14

Master Degree Requirements

1. Graduate students studying for their master degrees have to complete the master's program between one and four years.

2. The graduate students studying for their master degrees of the Institute have to complete at least 24 course credits (excluding the master's thesis).

3. In response to the definition changes for master class A and master class B, the required courses this year's master classes freshmen must take are as follows:

(1) Students should spend at least two years taking 4 seminar course credits (zero credits for the two semesters in the first year; 4 credits for the two semesters in the second year). To encourage the excellent students to graduate early, students may apply to take the seminar courses with credits earlier. The related regulations are as follows:

● For students who want to graduate one semester earlier (i.e. graduate after one and a half years of study):
        Qualification Review: Excellent students need to be approved by their advising professors first, and apply for taking the seminar courses with credits earlier before January 31 or before July 31. While applying, the applicant needs to submit complete written documents, including the first semester transcript of master class, undergraduate transcript, plan for taking courses in the future, plan for future study, past research performances and outcomes, the sealed recommendation letter written by the advising professor (a clear assessment of the student's performances and potential in learning and research), to the Academic Committee for approval, and take the courses after the approval is granted.

● For students who want to graduate two semesters earlier (i.e. graduate after one year of study):
        The regulation is the same as that mentioned above, except that the first semester transcript of master class is surely not needed and the application needs to be approved by the Review Committee established by the Department Head. And the student will take the seminar courses with credits earlier after the approval is granted.

(2) Other courses a student should take will be determined after the student discusses with his/her advising professor and the approval is given by the professor (students not selecting their advising professors yet should ask the Academic Committee of the Department to help them take courses). Every student has to choose 3 required courses from those listed below. Students who have completed any courses listed below in college may submit an application to the Academic Committee for course waivers approval. And the students do not have to take the waived courses after the approval is granted. But the credits of the courses will not be contained in the required course credits for graduation.

Fields Core Courses Basic courses
(codes starting with U; only Class B students who have not completed these courses need to choose)

Synopic- dynamic Meteorology and Severe Weather field

Advanced Synoptic Meteorology,
Advanced Atmospheric Dynamics,
Mesoscale Meteorology,
Advanced Numerical Weather Predication (NWP)

Introduction to Atmospheric Science,
Synoptic Meteorology I,
Synoptic Meteorology II,
Atmospheric Dynamics I,
Atmospheric Dynamics II,
Climatology

Climate and Earth System field

Dynamic Climatology,
Global Atmospheric Circulation,
Climate Diagnostics,
Earth System Models

Environment and Atmospheric Physical Chemistry field

Air Pollution,
Atmospheric Remote Sensing,
Atmospheric Physical Chemistry,
Boundary Layer Meteorology

(3)At least half of the number of credits needed for graduation must be the credits of courses offered by the Department (including the courses chosen at NTNU for exchange and excluding the 4 course credits of seminar).

 

4. Students who have completed any required courses (and at least get 70 grade points) before enrolment may submit application to the Academic Committee for course waivers approval. And the students do not have to take the waived courses after the approval is granted.

5. The credits of graduate courses (codes starting with M) completed in college can be contained in the credits needed for graduation, but are limited to 9.

6. The minimum passing grade points for each course are 70.

7. Every student needs to choose at least one course offered by the Department. The Institute may reject the enrollments of those who intend to circumvent this requirement.

8. The master's thesis (6 credits) should be conducted during the semester when the application for the master's degree defense is submitted. For the information about how to write a thesis, please refer to the Academic Writing Education Center, NTU(http://www.awec.ntu.edu.tw/)or choose the courses on "Elementary Technology English Writing" and "Advanced Technology English Writing

9. Students whose major in college is not atmospheric sciences (or atmospheric physics) need to take the 2 credits of "introduction to atmospheric sciences".

10.  If graduate students studying for their master degrees want to directly take courses of which the code starts with D without completing the related prior courses, he/she should receive the instructor's approval beforehand.

週四, 05 五月 2022 06:14

Bachelor Degree Requirements

1. The students of the Department should complete a minimum of 128 credits, including 12 credits of common courses required by the Minister of Education, 18 General Education courses, 74 credits of courses required by the Department, 24 credits of elective courses (including 6 credits of elective courses offered by the Department, but it is not necessary for the double majors who are not students of the Department to take these 6 credits of courses; and other elective courses not limited to those offered by College of Science and College of Engineering). The excess of credits of General Education courses (more than 18 credits) may account for a part of the 128 credits. The excess of credits of commonly required courses (more than 12 credits) are regarded as elective credits, but limited to 4 credits.

2. Secondary Courses Required by the Department and Related Regulations

The course required by the Courses Required Prior Courses
Second Year Curriculum Applied Mathematics I Calculus A (Part Two)
Second Year Curriculum Fluid Mechanics Applied Mathematics I
Second Year Curriculum Atmospheric Radiation General Physics A (Part Two)
Second Year Curriculum Cloud Physics Atmospheric Thermodynamics
Second Year Curriculum Introduction to Atmospheric Chemistry General Chemistry (Part Two)
Third Year Curriculum Synoptic Meteorology I Atmospheric Thermodynamics
Third Year Curriculum Atmospheric Dynamics I Applied Mathematics II,Fluid Mechanics
Third Year Curriculum Atmospheric Dynamics II Atmospheric Dynamics I
Third Year Curriculum Synoptic Meteorology II Synoptic Meteorology I
Third Year Curriculum Lab. of Synoptic Meteorology II Lab. of Synoptic Meteorology I
Forth Year Curriculum Climatology Atmospheric Radiation

Notes:
A. A. Students must pass the related prior courses, and then take the compulsory courses required by the Department.
B. B. Students who want to take the compulsory courses without passing the related prior courses must meet the following requirements:
  (1)Whose GPA should be in the top 20% of the class and approved by the Academic Committee, or(2)Agreed by the instructors of the compulsory courses.
C. Applied mathematics I, synoptic meteorology I, Lab. of synoptic meteorology I, and atmospheric dynamics I are required in order to take applied mathematics II, synoptic meteorology II, Lab. of synoptic meteorology II, and atmospheric dynamics II respectively.
D. Synoptic meteorology is required in order to take Lab. of synoptic meteorology.

3. Maximum and minimum credits per semester:
   Students should take 16-25 credits per semester for the first, second, and third year, and 9-25 credits for the fourth year. Undergraduates whose semester average point is higher 80 can take one or two more courses the next semester after approved by their instructors and Department Head.

4. The other relevant regulations are the same as those in the Academic Affairs Charter of the University.

5. To encourage learning, the College of Science established the "Dean Award" in the second semester of 1997. The graduate students whose total grade points of the "core courses" required by the Department are in the top 10% will be granted the Dean Award. The core courses are the required courses offered by the Department plus the elective courses required by the Department. In addition, students graduating early are also can be the candidates for the award.

週四, 05 五月 2022 06:14

Graduate Selective

Master Program(M-head)
Course Instructor credits Content(to be updated)
Advanced Atmospheric Dynamics CHUNG-HSIUNG SUI /
HUNG-CHI KUO
3  
Advanced Synoptic Meteorology TAI-JEN GEORGE CHEN /
CHENG-SHANG LEE
3  
Mesoscale Meteorology CHENG-KU YU /
BEN JONG-DAO JOU
3  
Advanced Numerical Prediction WEN-SHUNG KAU 3  
Applied Statistics in Meteorology(I)(II) MING-CHIN WU 3  
Geophysical Fluid Dynamics HUNG-CHI KUO 3  
Atmospheric Boundary Layer Modeling CHING-CHI WU 2  
Quasi-balanced Dynamical System in the Atmosphere CHUN-CHIEH WU 3  
Air-Sea Interaction and its Numerical Simulation YU-HENG TSENG 3  
Tropical Cyclone Dynamics CHUN-CHIEH WU 3  
Doctor Program(D-head)
Course Instructor credits Content
週四, 05 五月 2022 06:12

Undergraduate Selective

Undergraduate Selective
Course Instructor credits Content
Atmospheric Chemistry GLORIA KUANG-JUNG HSU 3  
Radar Meteorology BEN JONG DAO JOU 3  
Boundary Layer Meteorology CHING-CHI WU 3  
Numerical Weather Prediction MING-JEN YANG 3  
Atmospheric Remote Sensing I-I LIN 3  
Climate Diagnostics HUANG-HSIUNG HSU 2  
Field Measurement of Atmospheric Environment PO-HSIUNG LIN 2  
Atmospheric Chemistry Experiments SHAW-CHEN LIU /
SHIH-CHUN LUNG /
CHARLES C.-K. CHOU
2  
Data Integration and Analysis PO-HSIUNG LIN 3  
An Introductory Survey to Atmospheric Science Research each faculty 2  
Atmospheric Physical Chemistry JEN-PING CHEN 2  
Global Atmospheric Circulation YEN-TING HWANG 3  
Measurement of Atmospheric Environment PO-HSIUNG LIN 3  
Choices and Analyses of Environmental Policy GLORIA KUANG-JUNG HSU 3  
Earth System Model BEN-JEI TSUANG /
CHIEN-MING WU /
MIN-HUI LO
3  
Weather Forecast-theory & Application DER-YUAN WU 3  
Severe Weather Analysis and Forcasting BEN JONG-DAO JOU 2  
 Terrestrial and Global Hydrological Cycle MIN-HUI LO  2  
Independent Study each faculty 2  
Thesis (b.a.) each faculty 2  
週四, 05 五月 2022 06:11

Undergraduate Required

Freshman
Course Instructor credits Content
Introduction to Atmospheric Science CHUN-CHIEH WU 3  
Introduction to Earth System Science WEI-TING CHEN /
PEI-LING WANG
3 Global Change;Daisyworld: An Introduction to Systems;Global Energy Balance: The Greenhouse Effect The Atmospheric Circulation System;The Circulation of the Oceans;Circulation of the Solid Earth: Plate Tectonics;Recycling of the Elements; Focus on the Biota;Origin of Earth and of Life;Effects of Life on the Atmosphere: The Rise of Oxygen and Ozone;Long-term Climate Regulation; Pleistocence Glaciations;Global Warming: Recent and Future Climate, Impacts, Adaptation, and Mitigation
Sophomore
Course Instructor credits Content
Atmospheric Thermodynamics CHIEN-MING WU 3 The course covers fundamental thermodynamics including equation of state, work, heat, internal energy, first law, second law, heat capacity, latent heat Carnot cycle, Clausius-Clapeyron equation, adiabatic lapse rate.
Program and Scientific Computing WEI-TING CHEN 2 The research of Atmospheric Sciences frequently requires capability of programing and using computer software to carry out data analysis, graphcis, and visualization. The course is designed to meet the needs of scientific computation and graphics that the students may encounter in the future when taking advanced courses or doing research, specifically for Atmospheric Sciences. The FORTRAN 90/95 programming language, as well as the Matlab and GrADS software, are covered in this 18-week syllabus. Through the classroom lectures, sample programs, and frequent exercises, the goal of this course is to foster the problem-solving capability of using programming and software tools, to establish accurate mindsets on scientific programming, and to provide the students with sufficient "hands-on" programming experience。
Applied Mathematics(I)(II) TIAN-YUE TSAI 6 (I)In this course, we will introduce basic idea of mathematics and mathematical modeling. The course will also contain linear algebra, vector analysis and ordinary differential equations.
(II)In this course, we will introduce Fourier series, Fourier transform and their applications to solve wave equation, heat equation and Laplace's equation.
Fluid Mechanics MING-JEN YANG 3  
Statistics with Meteorological Applications MIN-HUI LO 3 Data statistical analysis is essential to research and application in Atmospheric Sciences. Students of this course will learn step by step various theories and methods of basic data statistical analysis which usually be applied in atmospheric sciences. Students will be asked to use Matlab to do a semester research project step by step.
Atmospheric Measurement and Instrumentation PO-HSIUNG LIN 3 This course reviews the requirement and current status on the atmospheric sciences observation. The surface (land and ocean) and upper-air observations for monitoring weather and climate are the major components. The features/history of instruments and the different types of measuring standards are also presented.
Numerical Analysis MIN-HUI LO 3 Introduction of numerical approaches on sciences and engineering. We will illustrate the theory for different kinds of schemes and also compare the pros and cons on those schemes. Matlab software will be used in this course.
Cloud Physics JEN-PING CHEN 2 This is a 2-credit course required for undergraduate students in the Department of Atmospheric Sciences, with emphasis on the physical processes that control the formation of cloud and precipitation. Main topics include the macro and micro structures of clouds; basic atmospheric thermodynamics related to cloud formation; the activation and nucleation processes; the diffusional growth of droplets and ice crystals; growth habits of ice crystals; the formation of rain, snow, graupel and hailstone through hydrodynamic interactions; remote sensing of clouds and precipitation; phenomena related to violent convective systems, including lightning, tornado, downburst, hailstorms; aerosol-cloud-climate interactions; and numerical simulation of clouds.
Atmospheric Radiation I-I Lin 2 Atmospheric radiation is a fundamental component in earth's climate system. It is also the foundation for satellite remote sensing of the atmosphere and the earth's surface. Solar shortwave radiation and earth's long wave radiation are the major energy source and sink in the earth's climate system. It is important to know how short and long wave radiation interacts with atmosphere and earth surface via scattering, reflection and absorption. This course is a fundamental course in the atmospheric physics. It is also a pre-requisite course for the climate and climate change courses.
Introduction to Atmospheric Chemistry HUI-MING HUNG 2 In this course, the chemical processes controlling the atmospheric composition will be introduced. The impact of human activity on the atmospheric system will be discussed based on the chemical processes.
Junior
Course Instructor credits Content
Atmospheric Dynamics(I)(II) CHUN-CHIEH WU /
HUNG-CHI KUO
6  
Synoptic Meteorology(I)(II) CHENG-SHANG LEE /
CHENG-KU YU
4 This course provides a general background for weather diagnosis, including weather phenomena, static stability, kinematics and basic dynamics, air mass and surface fronts, mid-latitude cyclone and anticyclone, trough/ridge and upper level waves. Besides, the application of hydrodynamic theories on weather analysis and tropical cyclone (including structures, formation, development and motion) are also included. In addition, a general introduction of numerical weather prediction and weather forecast is also covered in the class.
Lab. of Synoptic Meteorology(I)(II) CHENG-SHANG LEE /
CHENG-KU YU
2 This course is offered together with the course of Synoptic Meteorology. The class is divided into two parts. The first part (about one hour) is the weekly weather briefing presented by a group of students (about 2~3 students). In the second part of the class, students are asked to practice various techniques for analyzing synoptic information, including the analyses of surface weather charts, upper level charts, skew T-log P diagrams and station observations. The students are also asked to get familiar with the Weather Integration and Nowcasting System (WINS) which is used currently in Central Weather Bureau (CWB) daily operation.
Introduction to Physical Oceanography SHIH-NAN CHEN 2 The objectives of this course are: first, to introduce physical properties (such as temperature, salinity, ocean currents) that charactersize the ocean at various temporal and spatial scales and second, to provide the students with a strong foundation in the physical mechanisms that drive circulation. Focuses will be placed on how to utilize conservation laws (mass and momentum) to estimate ocean states. Similarities and differences between ocean and atmosphere will be discussed.
Senior
Course Instructor credits Content
Climatology YEN-TING HWANG 3 This course teaches physics and dynamics that couple the atmosphere, cryosphere, and hydrosphere to cause climate to change. The subjects include key concepts in dynamic meteorology, physical oceanography, radiative transfer, boundary layer meteorology, hydrology, glaciology, and paleoclimatology.
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