1st semester
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2nd Semester
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3rd semester
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4th Semester
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5th semester
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6th Semester
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7th semester
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8th Semester
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Course | Credit |
---|---|
ME3015 Marine Meteorology | 2 |
[xyz-ihs snippet=”Capita-Selecta”] | 2 |
[xyz-ihs snippet=”Estuary”] | 2(0.5) |
[xyz-ihs snippet=”Marine-Resources-Renewable-Energy”] | 2 |
[xyz-ihs snippet=”Scientific-Diving”] | 2(1) |
[xyz-ihs snippet=”Tropical-Marine-Ecosystem”] | 3(1) |
[xyz-ihs snippet=”Oceanographic-Experiment”] | 3(2) |
[xyz-ihs snippet=”Dynamics-of-Marine-Ecosystems”] | 3 |
[xyz-ihs snippet=”Coastal-Morphodynamic”] | 2 |
[xyz-ihs snippet=”Coastal-Dynamic”] | 2 |
[xyz-ihs snippet=”Sediment-Transport”] | 3(1) |
[xyz-ihs snippet=”Coastal-Oceanography”] | 3(1) |
[xyz-ihs snippet=”Wave-Analysis-and-Forecasting”] | 3 |
[xyz-ihs snippet=”Ocean-Modelling-II”] | 3(1) |
[xyz-ihs snippet=”Introduction-to-the-Modelling-of-Marine-Environment”] | 3(1) |
[xyz-ihs snippet=”Marine-Water-Quality”] | 3(1) |
[xyz-ihs snippet=”Introduction-to-Marine-Biogeochemistry”] | 2 |
[xyz-ihs snippet=”Marine-Aquaculture”] | 2(0.5) |
[xyz-ihs snippet=”Fisheries-Oceanography”] | 2(0.5) |
Course | Credit |
---|---|
[xyz-ihs snippet=”Introduction-to-Paleoceanography”] | 2 |
[xyz-ihs snippet=”Marine-Pollution”] | 2 |
[xyz-ihs snippet=”Marine-Ecotourism”] | 2(1) |
[xyz-ihs snippet=”Marine-Ecosystem-Modelling”] | 3 |
[xyz-ihs snippet=”Climate-Change-in-Ocean-and-Coastal”] | 2 |
[xyz-ihs snippet=”Introduction-to-Ocean-Tomography”] | 2 |
[xyz-ihs snippet=”Ocean-Data-Management”] | 2 |
[xyz-ihs snippet=”Introduction-to-Sea-Air-Interaction”] | 2 |
[xyz-ihs snippet=”Tsunami-and-Extreme-Waves”] | 2 |
[xyz-ihs snippet=”Introduction-to-Oceanography-Instrumentation”] | 2 |
[xyz-ihs snippet=”Field-Works”] | 2(1,1) |
Course | Credit | M/ O * |
---|---|---|
[xyz-ihs snippet=”Introduction-to-Oceanography”] | 3(1) | M |
[xyz-ihs snippet=”Fluids-Mechanics”] | 3 | M |
[xyz-ihs snippet=”Computational-Oceanography”] | 3 | M |
[xyz-ihs snippet=”Biological-Oceanography”] | 3(1) | M |
[xyz-ihs snippet=”Statistics-for-Ocean-Science”] | 3(1) | M |
[xyz-ihs snippet=”Mathematical-methods-for-Oceanography-I”] | 3 | M |
[xyz-ihs snippet=”Geological-Oceanography”] | 2 | M |
[xyz-ihs snippet=”Data-Analysis-Method-in-Oceanography”] | 3 | M |
[xyz-ihs snippet=”Ocean-Wave”] | 3 | M |
[xyz-ihs snippet=”Ocean-Modelling-I”] | 3 | M |
[xyz-ihs snippet=”Ocean-Tide”] | 3 | M |
[xyz-ihs snippet=”Ocean-Current”] | 3 | M |
[xyz-ihs snippet=”Capita-Selecta”] | 2 | O |
[xyz-ihs snippet=”Estuary”] | 2(0.5) | O |
[xyz-ihs snippet=”Marine-Resources-Renewable-Energy”] | 2 | O |
[xyz-ihs snippet=”Scientific-Diving”] | 2(1) | O |
[xyz-ihs snippet=”Tropical-Marine-Ecosystem”] | 3(1) | O |
[xyz-ihs snippet=”Oceanographic-Experiment”] | 3(2) | O |
[xyz-ihs snippet=”Dynamics-of-Marine-Ecosystems”] | 3 | O |
[xyz-ihs snippet=”Coastal-Morphodynamic”] | 2 | O |
[xyz-ihs snippet=”Coastal-Dynamic”] | 2 | O |
[xyz-ihs snippet=”Sediment-Transport”] | 3(1) | O |
[xyz-ihs snippet=”Coastal-Oceanography”] | 3(1) | O |
[xyz-ihs snippet=”Wave-Analysis-and-Forecasting”] | 3 | O |
[xyz-ihs snippet=”Ocean-Modelling-II”] | 3(1) | O |
[xyz-ihs snippet=”Introduction-to-the-Modelling-of-Marine-Environment”] | 3(1) | O |
[xyz-ihs snippet=”Marine-Water-Quality”] | 3(1) | O |
[xyz-ihs snippet=”Introduction-to-Marine-Biogeochemistry”] | 2 | O |
[xyz-ihs snippet=”Marine-Aquaculture”] | 2(0.5) | O |
[xyz-ihs snippet=”Fisheries-Oceanography”] | 2(0.5) | O |
Course | Credit | M/ O * |
---|---|---|
[xyz-ihs snippet=”Hydrodynamics”] | 3 | M |
[xyz-ihs snippet=”Numerical-Method-in-Oceanography”] | 3(1) | M |
[xyz-ihs snippet=”Chemical-Oceanography”] | 3(1) | M |
[xyz-ihs snippet=”Signal-Analysis-for-Oceanography”] | 3 | M |
[xyz-ihs snippet=”Chemical-Oceanography”] | 3 | M |
[xyz-ihs snippet=”Mathematical-Methods-for-Oceanography-II”] | 3 | M |
[xyz-ihs snippet=”Environmental-Oceanography”] | 2(0.5) | M |
[xyz-ihs snippet=”Diving-and-Marine-Navigation”] | 3(2) | M |
[xyz-ihs snippet=”Hydro-Oceanographic-Survey”] | 3(2) | M |
[xyz-ihs snippet=”Oceanography-of-Indonesia”] | 2 | M |
[xyz-ihs snippet=”Coastal-Management”] | 2 | M |
[xyz-ihs snippet=”Long-Wave-and-Tidal-Dynamics”] | 3 | M |
[xyz-ihs snippet=”Ocean-Remote-Sensing”] | 3 | M |
[xyz-ihs snippet=”Marine-Disasters-and-Mitigation”] | 3 | M |
[xyz-ihs snippet=”Introduction-to-Paleoceanography”] | 2 | O |
[xyz-ihs snippet=”Marine-Pollution”] | 2 | O |
[xyz-ihs snippet=”Marine-Ecotourism”] | 2(1) | O |
[xyz-ihs snippet=”Marine-Ecosystem-Modelling”] | 3 | O |
[xyz-ihs snippet=”Climate-Change-in-Ocean-and-Coastal”] | 2 | O |
[xyz-ihs snippet=”Introduction-to-Ocean-Tomography”] | 2 | O |
[xyz-ihs snippet=”Ocean-Data-Management”] | 2 | O |
[xyz-ihs snippet=”Introduction-to-Sea-Air-Interaction”] | 2 | O |
[xyz-ihs snippet=”Tsunami-and-Extreme-Waves”] | 2 | O |
[xyz-ihs snippet=”Introduction-to-Oceanography-Instrumentation”] | 2 | O |
[xyz-ihs snippet=”Field-Works”] | 2(1,1) | O |
* M: Mandatory
O: Optional
1st semester
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2nd Semester
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3rd semester
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4th Semester
|
5th semester
|
6th Semester
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7th semester
|
8th Semester
|
Final Project (OS4099) is one of the compulsory subjects that must be taken at the end of the undergraduate education period of the Oceanography Study Program – ITB. The rules for implementing the Final Project (FP) – SOP for the FP are as follows:
I. TOPIC
II. PURPOSE OF FINAL PROJECT
The task of preparing the final project is carried out with the aim of:
III. SCOPE
IV. IMPLEMENTATION TIME AND EVALUATION
V. SUPERVISOR
VI. REPORT WRITING RULES FOR FINAL PROJECT
The procedure / format for writing FP refers to the following FP Writing Rules:
Detailed systematics of writing and examples of formats / templates can be seen in Appendix I.
VII. IMPLEMENTATION RULES OF FINAL PROJECT
VIII. OTHERS
Tugas Akhir (OS4099) merupakan salah satu matakuliah wajib yang harus diambil di akhir masa pendidikan S1 Program Studi Oseanografi – ITB. Adapun aturan pelaksanaan Tugas Akhir (TA) – SOP TA tersebut adalah sebagai berikut :
I. TOPIK
II. TUJUAN TA
Tugas penyusunan tugas akhir dilaksanakan dengan tujuan agar:
III. RUANG LINGKUP
3.Pengerjaan TA dapat menggunakan software yang siap pakai, namun mahasiswa harus memahami teori yang melatarbelakangi software dan mampu menganalisis hasil.
III. WAKTU PELAKSANAAN DAN EVALUASI
IV. PEMBIMBING
V. ATURAN PENULISAN LAPORAN TA
Tata cara / format penulisan TA mengacu pada Aturan Penulisan TA berikut :
Sistematika secara detail penulisan dan contoh format / template dapat dilihat pada Lampiran I.
5. Jika diperlukan atau diminta oleh Program Studi, maka harus menyediakan tugas akhir dalam bentuk hardcopy.
6. Diakhir proses TA, mahasiswa harus menyiapkan extended abstract (termasuk lampiran gambar, animasi, atau video) dalam bahasa popular science dalam bentuk HTML.
VI. ATURAN PELAKSANAAN TA
VII. LAIN-LAIN
The evaluation of each subject subject is determined into an index. There is no qualitative assessment for each subject. This rule governs the conversion of quantitative numbers into alphabetical indices.
Time
Formula of Final Grades
Main Component Evaluation (Mid-term examination and Final-term examination)
Objection Proposal
Evaluasi setiap subjek mata kuliah ditentukan kedalam suatu indeks. Tidak terdapat penilaian akhir yang berupa kualitatif. Aturan ini mengatur konversi angka kuantitatif kedalam indeks alfabet.
Waktu
Bentuk Nilai Akhir
Evaluasi Komponen Utama (UTS dan UAS)
Pengajuan keberatan
Final Project (OS4099) is one of the compulsory subjects that must be taken at the end of the undergraduate education period of the Oceanography Study Program – ITB. In the process of this activity, students as the entity that is being guided, need a main supervisor. The main supervisor should be one of lecturer at the Oceanography Study Program ITB. And if necessary, student can add a second supervisor from internal or external ITB who has a doctoral education qualification OR has experience as an expert with specific abilities.
RULES:
Kegiatan Tugas Akhir (OS4099) merupakan salah satu matakuliah wajib yang harus diambil di akhir masa pendidikan S1 Program Studi Oseanografi – ITB. Dalam prosesnya kegiatan ini mahasiswa sebagai yang pihak yang dibimbing membutuhkan seorang pembimbing utama. Pembimbing utama harus berasal dari dosen pada prodi Oseanografi ITB. Dan jika diperlukan, mahasiswa dapat memohon penambahan seorang pembimbing kedua baik dari internal, maupun eksternal ITB yang memiliki kualifikasi pendidikan S3 ATAU memiliki pengalaman sebagai seorang ahli dengan kemampuan spesifik.
ATURAN:
Exam Participant Requirements
EXAM QUESTIONS
IMPLEMENTATION
EVALUATION
Persyaratan Peserta Ujian
SOAL UJIAN
PELAKSANAAN
PENILAIAN
Related regulations:
Description:
Conditions:
Procedure:
Cost of education:
Implementation:
Peraturan yang terkait:
Deskripsi:
Persyaratan:
Prosedur:
Biaya Pendidikan:
Pelaksanaan: