Kurikulum 2024 Earth Sciences (224)

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Atmospheric Science

Semester 1 Semester 2
KodeMata KuliahSKSKodeMata KuliahSKS
SB5101 Earth System 4 SB5001 Research Methodology in Earth Sciences 3
SB5103 Earth Data Analysis 4 SB5221 Atmospheric Dynamics 4
WI7001 Digital Literacy, AI, & Academic Ethics 2 SB5222 Monsoon Meteorology 4
SB5024 Atmospheric Sciences 4 SB5091 Dissemination Project Result [1] 6
SB5102 Advanced Numerical Analysis 4 SB5280 Research design II [2] [3] [1] 4
SB5180 Research Design I [1] [2] [3] 4 SB5090 Dissemination Research [2] [3] 6
Semester 3 Semester 4
KodeMata KuliahSKSKodeMata KuliahSKS
SB6098 Thesis Proposal 2 SB6099 Thesis 4
SB6125 Climate Modeling 4 SB6096 Dissemination Project Result [4] 6
SB6097 Dissemination Research [5] 6
[1] Khusus Magister Berbasis Perkuliahan dengan Tugas Akhir Proyek (MBP)
[2] Khusus Magister Berbasis Perkuliahan dengan Tugas Akhir Penelitian (MBT)
[3] Khusus Magister Berbasis Riset (MBR)
[4] Khusus Magister Berbasis Kuliah dengan Tesis Proyek
[5] Khusus Magister Berbasis Kuliah dengan Tesis Riset

Earth Interaction System

Semester 1 Semester 2
KodeMata KuliahSKSKodeMata KuliahSKS
SB5101 Earth System 4 SB5001 Research Methodology in Earth Sciences 3
SB5103 Earth Data Analysis 4 SB5031 Elastic Medium Waves / Waves in Elastic Media 4
WI7001 Digital Literacy, AI, & Academic Ethics 2 SB5091 Dissemination Project Result [1] 6
SB5104 Inversion Method 4 SB5280 Research design II [2] [3] [1] 4
SB5180 Research Design I [1] [2] [3] 4 SB5090 Dissemination Research [2] [3] 6
Semester 3 Semester 4
KodeMata KuliahSKSKodeMata KuliahSKS
SB6098 Thesis Proposal 2 SB6099 Thesis 4
SB6136 Advanced Geodynamics 4 SB6096 Dissemination Project Result [4] 6
SB6033 Structure and Material of The Earth 4 SB6097 Dissemination Research [5] 6
[1] Khusus Magister Berbasis Perkuliahan dengan Tugas Akhir Proyek (MBP)
[2] Khusus Magister Berbasis Perkuliahan dengan Tugas Akhir Penelitian (MBT)
[3] Khusus Magister Berbasis Riset (MBR)
[4] Khusus Magister Berbasis Kuliah dengan Tesis Proyek
[5] Khusus Magister Berbasis Kuliah dengan Tesis Riset

Mitigation

Semester 1 Semester 2
KodeMata KuliahSKSKodeMata KuliahSKS
SB5101 Earth System 4 SB5001 Research Methodology in Earth Sciences 3
SB5103 Earth Data Analysis 4 SB5053 Hydrometeorological Hazard 4
WI7001 Digital Literacy, AI, & Academic Ethics 2 SB5091 Dissemination Project Result [1] 6
SB5051 Mitigation of Earth-related Disasters 4 SB5280 Research design II [2] [3] [1] 4
SB5180 Research Design I [1] [2] [3] 4 SB5090 Dissemination Research [2] [3] 6
Semester 3 Semester 4
KodeMata KuliahSKSKodeMata KuliahSKS
SB6098 Thesis Proposal 2 SB6099 Thesis 4
SB6052 Disaster Risk Assessment 3 SB6096 Dissemination Project Result [4] 6
SB6053 Tsunami science and engineering 3 SB6097 Dissemination Research [5] 6
[1] Khusus Magister Berbasis Perkuliahan dengan Tugas Akhir Proyek (MBP)
[2] Khusus Magister Berbasis Perkuliahan dengan Tugas Akhir Penelitian (MBT)
[3] Khusus Magister Berbasis Riset (MBR)
[4] Khusus Magister Berbasis Kuliah dengan Tesis Proyek
[5] Khusus Magister Berbasis Kuliah dengan Tesis Riset

Oceanography

Semester 1 Semester 2
KodeMata KuliahSKSKodeMata KuliahSKS
SB5101 Earth System 4 SB5001 Research Methodology in Earth Sciences 3
SB5103 Earth Data Analysis 4 SB5013 Geophysical Fluid Dynamics 4
WI7001 Digital Literacy, AI, & Academic Ethics 2 SB5091 Dissemination Project Result [1] 6
SB5011 Physical Oceanography 4 SB5280 Research design II [2] [3] [1] 4
SB5102 Advanced Numerical Analysis 4 SB5090 Dissemination Research [2] [3] 6
SB5180 Research Design I [1] [2] [3] 4
Semester 3 Semester 4
KodeMata KuliahSKSKodeMata KuliahSKS
SB6098 Thesis Proposal 2 SB6099 Thesis 4
SB6014 Ocean Current Dynamics 4 SB6096 Dissemination Project Result [4] 6
SB6097 Dissemination Research [5] 6
[1] Khusus Magister Berbasis Perkuliahan dengan Tugas Akhir Proyek (MBP)
[2] Khusus Magister Berbasis Perkuliahan dengan Tugas Akhir Penelitian (MBT)
[3] Khusus Magister Berbasis Riset (MBR)
[4] Khusus Magister Berbasis Kuliah dengan Tesis Proyek
[5] Khusus Magister Berbasis Kuliah dengan Tesis Riset

Weather

Semester 1 Semester 2
KodeMata KuliahSKSKodeMata KuliahSKS
SB5101 Earth System 4 SB5001 Research Methodology in Earth Sciences 3
SB5103 Earth Data Analysis 4 SB5042 Risk Analysis of Climate Change/Climate Change of Risk Analysis 3
WI7001 Digital Literacy, AI, & Academic Ethics 2 SB5043 Climate Change Adaptation 3
SB5041 Climate and Society 3 SB5091 Dissemination Project Result [1] 6
SB5180 Research Design I [1] [2] [3] 4 SB5280 Research design II [2] [3] [1] 4
SB5090 Dissemination Research [2] [3] 6
Semester 3 Semester 4
KodeMata KuliahSKSKodeMata KuliahSKS
SB6098 Thesis Proposal 2 SB6099 Thesis 4
SB6042 Climate Change Mitigation 3 SB6096 Dissemination Project Result [4] 6
SB6043 Global Energy and Climate Policy 3 SB6097 Dissemination Research [5] 6
SB6052 Disaster Risk Assessment 3
[1] Khusus Magister Berbasis Perkuliahan dengan Tugas Akhir Proyek (MBP)
[2] Khusus Magister Berbasis Perkuliahan dengan Tugas Akhir Penelitian (MBT)
[3] Khusus Magister Berbasis Riset (MBR)
[4] Khusus Magister Berbasis Kuliah dengan Tesis Proyek
[5] Khusus Magister Berbasis Kuliah dengan Tesis Riset

Atmospheric Sciences

Semester 1 Semester 2
KodeMata KuliahSKSKodeMata KuliahSKS
SB5101 Earth System 4 SB5001 Research Methodology in Earth Sciences 3
SB5103 Earth Data Analysis 4 SB5091 Dissemination Project Result [1] 6
WI7001 Digital Literacy, AI, & Academic Ethics 2 SB5280 Research design II [2] [3] [1] 4
SB5030 Atmospheric Sciences 4 SB5090 Dissemination Research [2] [3] 6
SB5031 Special Topic in Atmospheric Sciences 4
SB5180 Research Design I [1] [2] [3] 4
Semester 3 Semester 4
KodeMata KuliahSKSKodeMata KuliahSKS
SB6098 Thesis Proposal 2 SB6099 Thesis 4
SB6096 Dissemination Project Result [4] 6
SB6097 Dissemination Research [5] 6
[1] Khusus Magister Berbasis Perkuliahan dengan Tugas Akhir Proyek (MBP)
[2] Khusus Magister Berbasis Perkuliahan dengan Tugas Akhir Penelitian (MBT)
[3] Khusus Magister Berbasis Riset (MBR)
[4] Khusus Magister Berbasis Kuliah dengan Tesis Proyek
[5] Khusus Magister Berbasis Kuliah dengan Tesis Riset

Earth System Interaction

Semester 1 Semester 2
KodeMata KuliahSKSKodeMata KuliahSKS
SB5101 Earth System 4 SB5001 Research Methodology in Earth Sciences 3
SB5103 Earth Data Analysis 4 SB5091 Dissemination Project Result [1] 6
WI7001 Digital Literacy, AI, & Academic Ethics 2 SB5280 Research design II [2] [3] [1] 4
SB5010 Geodynamics of the Earth System 4 SB5090 Dissemination Research [2] [3] 6
SB5011 Special Topics in Earth System Interaction 4
SB5180 Research Design I [1] [2] [3] 4
Semester 3 Semester 4
KodeMata KuliahSKSKodeMata KuliahSKS
SB6098 Thesis Proposal 2 SB6099 Thesis 4
SB6096 Dissemination Project Result [4] 6
SB6097 Dissemination Research [5] 6
[1] Khusus Magister Berbasis Perkuliahan dengan Tugas Akhir Proyek (MBP)
[2] Khusus Magister Berbasis Perkuliahan dengan Tugas Akhir Penelitian (MBT)
[3] Khusus Magister Berbasis Riset (MBR)
[4] Khusus Magister Berbasis Kuliah dengan Tesis Proyek
[5] Khusus Magister Berbasis Kuliah dengan Tesis Riset

Oceanography

Semester 1 Semester 2
KodeMata KuliahSKSKodeMata KuliahSKS
SB5101 Earth System 4 SB5001 Research Methodology in Earth Sciences 3
SB5103 Earth Data Analysis 4 SB5091 Dissemination Project Result [1] 6
WI7001 Digital Literacy, AI, & Academic Ethics 2 SB5280 Research design II [2] [3] [1] 4
SB5020 Physical Oceanography 4 SB5090 Dissemination Research [2] [3] 6
SB5021 Special Topic in Oceanography 4
SB5180 Research Design I [1] [2] [3] 4
Semester 3 Semester 4
KodeMata KuliahSKSKodeMata KuliahSKS
SB6098 Thesis Proposal 2 SB6099 Thesis 4
SB6096 Dissemination Project Result [4] 6
SB6097 Dissemination Research [5] 6
[1] Khusus Magister Berbasis Perkuliahan dengan Tugas Akhir Proyek (MBP)
[2] Khusus Magister Berbasis Perkuliahan dengan Tugas Akhir Penelitian (MBT)
[3] Khusus Magister Berbasis Riset (MBR)
[4] Khusus Magister Berbasis Kuliah dengan Tesis Proyek
[5] Khusus Magister Berbasis Kuliah dengan Tesis Riset
Study and understand the physics and dynamics of the atmosphere, and its role in shaping the Earth's climate, through mastery of large-scale data analysis methods and the latest computer modeling, which are very useful for continuing education to the highest level in relevant sciences; this knowledge base is also needed in building applicable knowledge in the world of work, related to various studies of the water and air environment, weather and climate prediction, climate change, hydrometeorological disasters, to renewable energy.
KodeMata KuliahSKS
Focused on the fields of volcanology, remote sensing of the earth, earth energy transition, and earth disaster mitigation.
KodeMata KuliahSKS
The Smart Maritime Earth Science (FITB) Multidisciplinary Master's Program is co-organized with the Informatics Master's Program (STEI). The program is approximately 50% from the Informatics Study Program (STEI) and 50% from the Earth Science Program (FITB), with Earth Science as the host program.
KodeMata KuliahSKS
The Smart Maritime Earth Science (FITB) Multidisciplinary Master's Program is co-organized with the Informatics Master's Program (STEI). The program is approximately 50% from the Informatics Study Program (STEI) and 50% from the Earth Science Program (FITB), with Earth Science as the host program.
KodeMata KuliahSKS
FakultasNo ProdiProgram Studi
Program Magister Multidisiplin MBA Energy and Sustainability Sains Kebumian (FITB) diselenggarakan bersama Program Magister MBA SBM dan FITB. Program ini memiliki proporsi pembelajaran sekitar 50% kontribusi MBA (SBM) dan 50% kontribusi Program Sains Kebumian (FITB), dengan Sains Kebumian sebagai host program.
KodeMata KuliahSKS
SB6025 Ocean Renewable Energy Potential 4
SB6035 Atmospheric Renewable Energy Potential 4
SB6031 Climate and Society 3
SB6052 Disaster Risk Assessment and Geo-Hazard Management 4
SB6042 Global Energy and Climate Policy 3
SB6041 Climate Change Mitigation and Adaptation 4
SB6044 Risk Analysis of Climate Change/Climate Change of Risk Analysis 3
The Smart Maritime Earth Science (FITB) Multidisciplinary Master's Program is co-organized with the Informatics Master's Program (STEI). The program is approximately 50% from the Informatics Study Program (STEI) and 50% from the Earth Science Program (FITB), with Earth Science as the host program.
KodeMata KuliahSKS
Program Magister Multidisiplin Sains Kebumian (FITB) diselenggarakan bersama Program Magister Teknik Lingkungan (FTLS). Program ini memiliki proporsi pembelajaran sekitar 50% kontribusi Prodi Teknik Lingkungan (FTSL) dan 50% kontribusi Program Sains Kebumian (FITB), dengan Teknik Lingkungan sebagai host program. Fokus utama peminatan ini adalah Sustainability and Climate Change Solutions.
KodeMata KuliahSKS
KodeMata KuliahKategoriSKS
SB5001 Research Methodology in Earth Sciences Lecture3
SB5002 Remote Sensing in Earth Science Lecture3
SB5003 Planning and Managing Survey Lecture3
SB5006 Independent Study of Earth Science Research Methodology Lecture2
SB5011 Physical Oceanography Lecture4
SB5012 Independent Study of Physics Oceanography Lecture2
SB5013 Geophysical Fluid Dynamics Lecture4
SB5014 Marine and Coastal Sediment Transport Lecture4
SB5015 Special Topic Lecture3
SB5016 Dynamics of Water Masses Lecture3
SB5017 Ocean Wave Dynamics Lecture4
SB5018 Dynamics of Marine Ecosystems Lecture3
SB5019 Independent Study of Geophysical Dynamics of Fluids Lecture2
SB5024 Atmospheric Sciences Lecture4
SB5025 Special Topic Atmospheric Sciences Lecture3
SB5026 Ionospheric Signal Lecture4
SB5027 Atmospheric Science Independent Study Lecture2
SB5031 Elastic Medium Waves / Waves in Elastic Media Lecture4
SB5032 Paleo-Climatology-Oceanography Lecture4
SB5033 Independent Study of Elastic Medium Waves Lecture2
SB5041 Climate and Society Lecture3
SB5042 Risk Analysis of Climate Change/Climate Change of Risk Analysis Lecture3
SB5043 Climate Change Adaptation Lecture3
SB5044 Ocean Renewable Energy Potential Lecture4
SB5045 Atmospheric Renewable Energy Potential Lecture4
SB5051 Mitigation of Earth-related Disasters Lecture4
SB5053 Hydrometeorological Hazard Lecture4
SB5054 Marine Hazards Lecture4
SB5101 Earth System Lecture4
SB5102 Advanced Numerical Analysis Lecture4
SB5103 Earth Data Analysis Lecture4
SB5104 Inversion Method Lecture4
SB5105 Advanced Numerical Analysis Independent Study Lecture2
SB5106 Independent Study of Inversion Method Lecture2
SB5107 Earth System Independent Study Lecture2
SB5108 Independent Study of Earth Data Analysis Lecture2
SB5221 Atmospheric Dynamics Lecture4
SB5222 Monsoon Meteorology Lecture4
SB5223 Regional Hydrometeorology Lecture3
SB5224 Independent Study of Atmospheric Dynamics Lecture2
SB5225 Monsoon Meteorological Independent Study Lecture2
SB5226 Regional Hydrometeorology Independent Study Lecture2
SB5232 Seismic Data Analysis Lecture3
SB5233 Independent Study of Seismic Data Analysis Lecture2
SB6001 Special Topics Lecture3
SB6014 Ocean Current Dynamics Lecture4
SB6015 Independent Study of Ocean Current Dynamics Lecture2
SB6016 Independent Study Tidal Dynamics Lecture2
SB6018 Independent Study Estuarine Dynamics Lecture2
SB6020 Independent Study of Atmospheric Marine Interactions Lecture2
SB6033 Structure and Material of The Earth Lecture4
SB6034 Special Topics Lecture3
SB6035 Atmosphere-Ocean-Land Interactions Lecture4
SB6037 Independent Study of Earths Structure and Materials Lecture2
SB6041 Special Topics Lecture3
SB6042 Climate Change Mitigation Lecture3
SB6043 Global Energy and Climate Policy Lecture3
SB6046 PITE Special Topic Self-Study Lecture2
SB6051 Special Topics Lecture3
SB6052 Disaster Risk Assessment Lecture3
SB6053 Tsunami science and engineering Lecture3
SB6096 Dissemination Project Result Internship6
SB6097 Dissemination Research Research6
SB6098 Thesis Proposal Final Project / Thesis / Dissertation2
SB6099 Thesis Final Project / Thesis / Dissertation4
SB6116 Tidal Dynamics Lecture4
SB6117 Advanced Oceanographic Modelling Lecture4
SB6118 Estuarine Dynamics Lecture4
SB6125 Climate Modeling Lecture4
SB6126 Cloud and Rain Microphysics Lecture4
SB6127 Air-Sea Interactions Lecture4
SB6128 Climate Modelling Independent Study Lecture2
SB6129 Independent Study of Cloud and Rain Microphysics Lecture2
SB6134 Geo-Hazard Management Lecture3
SB6136 Advanced Geodynamics Lecture4
SB6137 Earth Disaster Management Independent Study Lecture2
SB6138 Advanced Geodynamics Independent Study Lecture2