• I’m a geophysicist with 5+ years of experience in seismic data processing, interpretation, acoustic inversion, sequence stratigraphic analysis, and subsurface static and dynamic modeling. I have built a strong foundation in delivering geophysical interpretations that support exploration through development across the Ganga and the Vindhyan basins in India. •Interpreted more than 150+ 2D lines and 3D seismic for the Ganga-Vindhyan Basin project under DGH. My work involved developing seismic-to-well ties, time-to-depth velocity models, acoustic impedance inversion, and FD-based earth models, all integral to improving prospect delineation and reservoir prediction accuracy. I have also utilized machine learning-based workflows for seismic noise attenuation, aligning closely with Quest Global's drive toward digital subsurface innovation. • My Ph.D. research work includes “Evaluation of Paul Wavelet-based TFCWT in comparison to Ricker and Morlet Wavelets for Seismic Spectral Analysis,” where I enhanced visualization of paleo river channels in Lower Siwalik while shallow marine deposition environment below it and “Delineation of Proterozoic sedimentary sequences in the Indo-Gangetic Basin using seismic and gravity data.” In this study I integrated gravity, petrophysical, and seismic data to estimate densities of deeper Proterozoic sedimentary sequences. • My technical proficiency includes Kingdom, Petrel, PaleoScan, RadExPro, Vista, PaleoScan, Hampson-Russell, Oasis Montaj, OpendTect, Geolog, SeismicUnix, CMG, QGIS, ArcGIS, Dataiku, and Python-based geophysical automation. • Secured 3rd place in the semifinals of AAPG's Imperial Barrel Award (IBA) Program 2023 in the Asia Pacific Region. • Evaluated Proterozoic sequences in the evaluation of Ganga-Punjab & Vindhyan Basins (project sponsored by DGH India) • Interpreted 150+ seismic lines to model subsurface stratigraphy, faults, and fold traps. • Analyzed features on and below the Earth's surface using geological and geophysical concepts. • Delivered seismic well ties and 3D earth models integrating acoustic impedance and inversion results. • Built velocity and time depth models to enhance structural imaging and prospect delineation. • Performed depth uncertainty analysis and seismic inversion for Proterozoic sedimentary sequences. • Evaluated 6+ Proterozoic sedimentary sequences below regional unconformity, structurally mapped 3 unconformities. • Established seismic and gravity anomalies correlation across the Ganga Basin.

Petrel, Kingdom, Oasis Montaj, RadExPro. Opendtect