| Bahan Kajian | - Tahapan Pengembangan Lapangan dan Penentuan Cadangan
- Analisis dan Pemodelan Reservoir
- Pemboran, Komplesi, dan Fasilitas Permukaan
- Izin Lingkungan dan Abandonment
- Biaya, TKDN, dan Aspek Fiskal
| - Field Development Stages and Reserves Determination
- Reservoir Analysis and Modeling
- Drilling, Completion, and Surface Facilities
- Environmental Permitting and Abandonment
- Cost, Local Content, and Fiscal Aspects
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| Capaian Pembelajaran Mata Kuliah (CPMK) | - Mahasiswa mampu menjabarkan tahapan proses perencanaan pengembangan lapangan dari tahapan eksplorasi sampai dengan eksploitasi, proses penentuan cadangan dari aspek geologi, geofisika, dan petrofisika untuk memperoleh nilai volumetrik, serta proses penentuan parameter awal reservoir seperti PVT dan rock typing.
- Mahasiswa mampu menjabarkan proses analisa reservoir seperti material balance, pengujian sumur, dan analisa data tekanan, proses pemodelan reservoir, penentuan cadangan dan inisialisasi model, serta history matching, dan pemodelan skenario pengembangan baik untuk lapangan minyak maupun lapangan gas.
- Mahasiswa mampu menjabarkan proses penentuan serta analisa pemboran dan komplesi dalam pengembangan lapangan migas, melakukan analisa dalam pemilihan teknologi fasilitas permukaan, serta memahami proses perencanaan proyek dan penyusunan tata waktu proyek pengembangan hulu migas.
- Mahasiswa mampu menjabarkan proses pengajuan izin lingkungan dan kajian mengenai dampak lingkungan serta memahami dan menjelaskan proses kegiatan pasca operasi (Abandonment & Site Restoration) dalam usaha hulu migas.
- Mahasiswa mampu menjabarkan metode penentuan komponen biaya baik biaya modal maupun biaya operasional dalam proyek hulu migas, memahami dan menjabarkan aspek Tingkat Komponen Dalam Negeri serta proses estimasi nilai TKDN dalam proyek hulu migas, serta memahami dan menjabarkan aspek fiskal dalam proyek hulu migas dan berbagai jenis perhitungan keekonomian dalam kegiatan hulu migas.
| - Students are able to describe the stages of field development planning from exploration to exploitation, reserves determination process integrating geological, geophysical, and petrophysical aspects for volumetric evaluation, and initial reservoir parameter determination such as PVT and rock typing.
- Students can outline reservoir analysis processes such as material balance, well testing, and pressure data analysis, reservoir modeling processes, reserve estimation, model initialization, history matching, and scenario modeling for both oil and gas fields.
- Students can explain the determination and analysis processes of drilling and completion in oil and gas field development, analyze technology selection for surface facilities, and understand project planning and scheduling in upstream oil and gas development.
- Students can describe the process of environmental permit application and environmental impact assessment, as well as understand and explain post-operation activities (Abandonment & Site Restoration) in upstream oil and gas operations.
- Students can elaborate on methods for determining cost components including capital and operational costs in upstream oil and gas projects, understand and describe the aspects of Local Content Level (TKDN) and the process of estimating TKDN value in upstream oil and gas projects, as well as understand and explain fiscal aspects and various economic calculations in upstream oil and gas activities.
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