- Spearheaded the department’s commercial growth, attracting 50% new clients and securing contracts worth 1.1 billion KZT annually. - Introduced non-explosive pulsed electromagnetic energy sources for seismic acquisition, enabling data retrieval from 4-5 km depths while reducing costs and fieldwork time by 30%. - Pioneered the first-ever application of Convolutional Neural Networks (CNN) in Kazakhstan for seismic data analysis, significantly enhancing the prediction of petrophysical properties. - Co-led the implementation of the CO2 storage project in the aquifers of the Priirtysh basin.

- Managed geological modeling and resource assessment for Kazakhstan’s largest mature assets (JV Kazgermunai, Mangystaumunaigas, Ozenmunaigas). - Directed the testing and implementation of neural network algorithms to build predictive saturation and porosity cubes from seismic data, optimizing infill drilling locations. - Coordinated the large-scale reprocessing and reinterpretation of seismic data for the Kashagan mega-project.

- Directed the full lifecycle of high-resolution 3D seismic exploration (2019) at Akshabulak and Aksai South fields, overseeing operations from fieldwork acquisition to final data interpretation. - Identified optimal locations for 35 appraisal wells based on dynamic seismic analysis, achieving a 90% drilling success rate and discovering a new productive reservoir. - Led the "Intelligent Field" project, integrating digital technologies into field development workflows to automate routine tasks. - Conducted a comprehensive regional study of major sedimentary basins (Northern/Southern Torgai, Pre-Caspian) to identify new exploration prospects.

- Executed Quality Control (QC) of reprocessing and reinterpretation of 3D seismic data across multiple fields. - Constructed a complex structural-tectonic model of the Eastern Pre-Caspian basin to assess regional oil and gas potential. - Performed seismic inversion and litho-facies modeling for the S. Nurzhanov field using Hampson Russell, improving reservoir characterization accuracy. - Conducted uncertainty analysis and probabilistic reserves estimation (Monte Carlo method) for investment portfolios.

- Executed Quality Control (QC) of reprocessing and reinterpretation of 3D seismic data across multiple fields. - Constructed a complex structural-tectonic model of the Eastern Pre-Caspian basin to assess regional oil and gas potential. - Performed seismic inversion and litho-facies modeling for the S. Nurzhanov field using Hampson Russell, improving reservoir characterization accuracy. - Conducted uncertainty analysis and probabilistic reserves estimation (Monte Carlo method) for investment portfolios.

- Executed Quality Control (QC) of reprocessing and reinterpretation of 3D seismic data across multiple fields. - Constructed a complex structural-tectonic model of the Eastern Pre-Caspian basin to assess regional oil and gas potential. - Performed seismic inversion and litho-facies modeling for the S. Nurzhanov field using Hampson Russell, improving reservoir characterization accuracy. - Conducted uncertainty analysis and probabilistic reserves estimation (Monte Carlo method) for investment portfolios.

- Managed the Urikhtau field database in Petrel, integrating seismic and well-logging data for precise geomechanical modeling. - Optimized well placement designs through rigorous QC of 3D seismic processing (Time/Depth migration).

- Performed comprehensive interpretation of 3D seismic data for the Fedorovsky block, identifying zones with enhanced reservoir properties.

- Executed comprehensive 2D/3D seismic interpretation and processing QC (Time/Depth migration) for the Fedorovsky and Tasbulat blocks, creating robust geological models to identify structural and lithological traps. - Managed the regulatory reporting and relinquishment process for Zharkamys East-I and Temir territories, successfully defending exploration results before the State Committee ("Zapkaznedra").

- Executed advanced 2D/3D seismic reinterpretation and attribute analysis for Karaton-Sarkamys and Uzen-Karamandybas structures, successfully identifying zones with enhanced reservoir potential. - Led the reserves estimation and exploration planning process for the Temir and Karaton-Sarkamys blocks, defending technical reports and project supplements before state commissions ("Zapkaznedra") and corporate technical boards.

- Executed onsite 3D seismic survey planning (MESA) and primary processing (Paradigm Focus), ensuring optimal acquisition parameters and data quality across multiple onshore exploration areas. - Managed daily field QC and client reporting, rigorously verifying geometry and placement accuracy to guarantee data reliability for subsequent interpretation.