Dedicated geophysicist with a Master’s degree in Petroleum Geophysics and over 8 years of hands-on experience in seismic data processing, subsurface imaging, and technical leadership. Proven track record in managing complex 2D and 3D projects, including the processing of 13 surveys totaling 22,500 km, and leading a team of 15 geophysicists on a 15,000 km² mega merged project. As project leader, I successfully directed 15 mega merge projects, overseeing full workflow production, rack/noeud management, and task prioritization. Proficient in SeisSpace (Landmark), Geovation II (CGG Veritas), GeoTomo, and Tornado, I integrate advanced software platforms to optimize seismic workflows and enhance data quality. Beyond project execution, I actively contribute to the global geophysical community. I have presented technical work at prestigious events, including the EAGE Second Indian Near Surface Geophysics Workshop, NAPEC 2024, and several SEG-affiliated conferences. I also participated in specialized workshops at Sonatrach, sharing insights on optimizing near-surface velocity models in merged datasets.
Handled the processing of a complex 3D seismic data in the highly noisy area, and velocity inversions. Through careful analysis and targeted velocity picking, we successfully built an appropriate velocity model despite inversion effects. This allowed for improved subsurface imaging and reliable seismic data interpretation in a geologically challenging area.
Processed a 2D seismic line in a geologically complex northern zone, where challenging near-surface conditions and significant statics variations required careful handling from early preprocessing to final migration. Successfully managed these difficulties, and the final migration delivered clear and geologically consistent seismic imaging, enabling better interpretation in a structurally intricate area.
Worked on the processing and reprocessing of 2D seismic data in the BIR-EL-ATR region, facing significant challenges related to high noise levels, complex velocity variations, and the preservation of sensitive shallow structures. Applied advanced noise attenuation techniques, and carefully selected velocity models. Implemented variable aperture migration to preserve shallow reflectors while maintaining imaging quality at depth, resulting in improved structural interpretation from both recent and legacy data.
Worked as a seismic processing analyst, closely supporting the project manager across all project phases—from geometry definition to final migration. Took primary responsibility for first-break picking, static model building, and velocity model construction, in coordination with the project manager, client representatives, and experienced colleagues