-Improved exploration decision confidence by strengthening QI-driven seismic workflows, reducing interpretation turnaround time by approx. 20% and enhancing data reliability for reservoir modelling & well planning -Executed deterministic and stochastic seismic inversion workflows, significantly improving the definition of thin-bed reservoirs and reducing uncertainty in prospect derisking -Built regional frameworks and play-based exploration models supporting exploration screening and portfolio ranking.

- Successfully executed more than 25+ seismic interpretation and processing projects of over the 20 000 km² 3D and 40 000 L-km seismic data overseeing technical delivery and clients/stakeholders reporting - Delivered integrated seismic processing and interpretation solutions for exploration and appraisal projects - Identified new prospect with over 50 MMBOE potential in complex thrust-belt basin - Mentored a team of 3+ junior and mid-level geophysicists, providing training to build internal capability

Duties: Structural and dynamic seismic data interpretation 2D/3D(Petrel, Paradigm, HRS, Paleoscan etc) Acoustic and stochastic inversion performance (Hampson-Russell, Jason) Well driven seismic processing QC Uncertainty analysis and well proposal Achievements: Improving the quality and confidence of seismic interpretation process, with particular emphasis on the unconventional fracture carbonate reservoir properties prediction

Duties: Expert approach to the seismic processing and interpretation solutions Overall project review and risk evaluation Contractors assessment and evaluation, tender documentation, contract award Achievements: Full implementation of the company's seismic works as scheduled

Duties: Structural and amplitude seismic interpretation Well tie, fault and horizon picking Seismic facies analysis, spectral decomposition Quantitative seismic interpretation (QSI) and reservoir characterization Well planning analysis Achievements: Supporting more than 3000 sq. km 3D seismic data for the reservoir engineering process in real time

Duties: - Rock Physics and Fluid Replacement modeling for quantitative seismic interpretation ; - Deterministic and stochastic simultaneous AVO-inversion, reservoir properties prediction; - AVO & AVAZ analysis (HRS) and azimuthal inversion (Jason), fracture prediction; - Bayesian Classification and probability distribution analysis; - Facies and fluid classification using well and seismic data; Achievements: - Gaining practical experience of seismic interpretation data with using state-of-the-art software (Petrel, - IHS Kingdom, Hampson-Russell, Jason). - Implementation project for the main russian and international oil & gas company

Duties: Rock Physics and Fluid Replacement modeling for quantitative seismic interpretation Deterministic and stochastic simultaneous AVO-inversion, reservoir properties prediction AVO & AVAZ analysis (HRS) and azimuthal inversion (Jason), fracture prediction Bayesian Classification and probability distribution analysis Facies and fluid classification using well and seismic data Achievements: Gaining practical experience of seismic interpretation data with using state-of-the-art software (Petrel, IHS Kingdom, Hampson-Russell, Jason). Implementation project for the main Russian and international oil & gas company