Study Program Magistrate

Climatology is a science that studies the long-term conditions of the physical dynamics of the atmosphere (weather and climate). This field of knowledge and its application is growing rapidly, especially at the international level. The Applied Climatology Study Program is the only master's study program currently running at the Department of Geophysics and Meteorology, Faculty of Mathematics and Natural Sciences, IPB. The study program seeks to produce graduates who are professionals in the field of climatology and its applications, so as to be able to develop science and technological innovation in the utilization and management of atmospheric resources and their interactions.

Vision

becoming a superior and leading master's program and having competitiveness at the national and international levels in the field of applied climatology to support sustainable development

Mission

1. Organizing international quality higher education in the field of applying climate science to support sustainable development
2. Develop the benefits of science and technology in the field.
3. Contribute to optimal planning, management, and utilization of climate resources in various development sectors.

Num Course Credit Precondition Semester Course Category
Code Name
1 GFM1611 Atmosphere Science 3(3-0) - 1 Academic Core Courses
2 GFM1633 Hidroclimatology 3(3-0) - 1 Academic Core Courses
3 GFM1602 Climatology Research Method 3(3-0) - 1 Academic Core Courses
4 GFM1622 Advanced Method of Climatology 3(2-1) - 2 Academic Core Courses
5 GFM162A Climate Modeling 3(2-1) - 2 Academic Core Courses
6 GFM1691 Colloqium 1(0-1) - 2 Final Year Project
7 PPS1503 English 3(3-0) - 1 PPKU/Common Core Courses
8 GFM1699 Thesis 6(0-6) - 4 Final Year Project
9 GFM169A Proposal Thesis 2(0-2) - 3 Final Year Project
10 PPS1691 Thesis Seminar 1(0-1) - 4 Enrichment Program
11 PPS1692 National Scientific Publication 2(0-2) - 4 Final Year Project
12 GFM169D Thesis Exam 2(0-2) - 4 Final Year Project
13 GFM1644 Environmental Geophysics 3(3-0) - 1 In-depth Courses
14 GFM1540 Microclimatology 3(3-0) - 1 In-depth Courses
15 GFM1521 Agricultural Climatology 3(2-1) - 1 In-depth Courses
16 GFM1613 Advanced Satellite Climatology 3(2-1) - 1 In-depth Courses
17 GFM1621 Climate Risk and Opportunity Analysis 3(2-1) - 1 In-depth Courses
18 GFM162C Climate Policy 3(2-1) - 1 In-depth Courses
19 GFM1642 Bioclimatology 3(3-0) - 1 In-depth Courses
20 GFM1648 Climate and Dynamics of Plant Pests/Diseases 2(2-0) - 1 In-depth Courses
21 GFM1643 Influence of Climate/Weather on Livestock Productions 2(2-0) - 1 In-depth Courses
22 GFM1641 Advanced Agricultural Simulation Modeling 3(2-1) - 1 In-depth Courses
23 GFM1600 special topics 2(2-0) - 3 In-depth Courses
24 GFM1631 Based Adaptation to Climate Change Mitigation 3(3-0) - 1 In-depth Courses
25 GFM1615 Air Pollution Meteorology 3(2-1) - 1 In-depth Courses
26 GFM1614 Global Physical Climatology 3(3-0) - 2 In-depth Courses
27 GFM1612 Urban Climate 3(2-1) - 2 In-depth Courses
28 GFM1640 Plant and Weather Interactions 3(3-0) - 2 In-depth Courses
29 GFM1646 Climate and Weather Modification 3(3-0) - 2 In-depth Courses
30 GFM1649 Climate Smart Agriculture 3(3-0) - 2 In-depth Courses
31 GFM1634 Hydrometeorological Disaster 3(2-1) - 2 In-depth Courses
32 PPS1695 International Scientific Publication 3(0-3) - 4 Final Year Project
33 PPS1696 International Scientific Publication 1 3(0-3) - 4 Final Year Project
34 PPS1697 International Scientific Publications 2 3(0-3) - 4 Final Year Project
35 PPS1698 International Seminar Proceedings 2(0-2) - 4 Final Year Project
36 GFM1604 Special Topics in Applied Climatology 2 3(3-0) - 2 Academic Core Courses
37 GFM1603 Special Topics in Applied Climatology 1 3(3-0) - 3 Academic Core Courses
38 GFM1632 Analysis of Hydrological System 3(2-1) - 2 In-depth Courses
39 GFM1544 Surface-Atmosphere Interaction: Biogeophysical and Biogeochemical Dynamics 3(3-0) - 2 In-depth Courses
40 GFM1605 Climate Data Analysis and Visualization 3(2-1) - 2 In-depth Courses

Belum ada data

1. Availability of highly competitive master's education graduates in the field of applied climatology
2. The realization of a wide network of national and international cooperation in education, research, and application of climate science to support sustainable development.
3. Availability of high-quality and applicable research results for the wider community