Curriculum Vitae
Umar Nabiel Farhan
Media Social
Geophysical engineering fresh graduate with hands on experience in geological and geophysical interpretation using industry standard software such as Petrel, Hampson-Russell, Paleoscan, and Geolog. Familiar with qualitative and quantitative interpretation workflows, especially within the South Sumatra Basin. Also possesses working knowledge of Python for machine learning tasks including classification, clustering, predictive modelling, and data visualization.
April 2025
Universitas Brawijaya
S1 • Teknik Geofisika • IPK 3.43
Oktober 2024 - Januari 2025
Bachelor Thesis Writing
PT Pertamina Hulu Rokan • Magang
Working on thesis research with the Exploration Division at Pertamina Hulu Rokan, Regional 1, focusing on quantitative and qualitative seismic analysis. My research focused on “Quantitative Seismic Interpretation on Reservoir Characterization and Spectral Decomposition Attribute for Illustrating Depositional Environment: Case Study Muara Enim Formation, South Sumatera Basin.”
Key Responsibilities:
• Performed well data quality control.
• Conducted pre-conditioning of pre-stack seismic data.
• Executed well Seismic Tie (WST) on both post-stack and pre-stack seismic data.
• Carried out 3D seismic interpretation and time to depth conversion.
• Computed S-wave logs using S-wave estimation on HRS.
• Applied spectral decomposition attributes.
• Performed simultaneous inversion and generated Lambda-Rho & Mu-Rho volume
Key Outcome:
• Structural mapping of the study area.
• Depositional environment interpretation at horizon slices
• Characterized the reservoir to identify prospective zones in the Muara Enim Formation at Icibos Field
Media
Maret 2024 - Maret 2024
Geophysicist Student Intern
Medco Energi • Magang
Internship with the topic “Interpretation Seismic and Multi-Seismic Attribute Analysis Using Neural Network Method (Principal Component Analysis)” several things I learned during my internship:
• Well Seismic Tie for three wells and sonic data QC
• Seismic 3D Interpretation and time to depth conversion
• Seismic Attribute and Neural Network
• Outcome: structure map, attribute map, and zone classification