About this role
Job Purpose Geophysicist (GSC/S) is responsible for the execution of technical workflows, QA/QC, supervision of junior staff and project management. Key Accountabilities Carrying out seismic data processing project work, identifying and solving moderate geophysical problems independently, and working with Project Leader for complex geophysical problems. Developing and optimizing some processing steps in projects, managing, preparing and ensuring quality control of geosciences data to support team projects. Performing time processing and depth imaging of 2D and 3D land and marine seismic data (including generation of processing flows, parameter testing, velocity interpretation and model building). Preparing, running, and managing production migration, tomography and other processing workflows on the company computer system and resolving any issues that may arise during production run. Ensuring quality of seismic products deliver to clients is good quality and preparing project reports and presentations, and participating in project meetings Communicating with asset team and geophysicist on project matters, supervising other processing/depth imaging staff to complete their project work and assisting the team leader to manage team projects Reporting to Project Leader or above and perform other related tasks as assigned by the team leader/project leader Supervising and QC all out-house seismic processing projects Guiding junior processing geophysicists, evaluate new algorithmic updates or software modules, and streamline production workflows. Professional Knowledge & Experiences Educational Background Bachelor's degree or higher in Geophysics, or related geoscience discipline. Professional Experience Experience in seismic imaging with good general geological knowledge and exploration & development geophysics in Oil & Gas or related industry. 3-5 years of hands-on experience directly running seismic processing projects in deep/ shallow marine, land, or OBN. Technical Knowledge In-depth understanding of acoustic and elastic wave theory, ray tracing, wave equation propagation, and seismic anisotropy (VTI/TTI). Practical knowledge of pre-processing, migration algorithms such as Kirchhoff, Reverse Time Migration (RTM), and/or Least-Squares migration techniques. Understanding in high-density velocity analysis, grid tomography, anisotropic parameter estimation, and Full Waveform Inversion (FWI) workflows. Awareness in AVO/QI Compliant Processing: Thorough comprehension of amplitude-preserving flows, phase preservation, spatial sampling/regularization, and wavelet processing.