My current work focuses on building cloud-native applications that aim to digitalize the geo-processes and standardize the way of data collection, storage, processing, analyzing, and visualization. I use frontend technology like Javascript and React to build user interfaces and data visualization charts. I also utilize my geoscience expertise to bridge the gaps between geoscience problems and IT solutions.

My main responsibility in this period is working as a development consultant to speed up a Leading Oil Company’s digitalization transformation, specifically, to migrate their legacy E&P systems to Azure cloud.

My main responsibility in this period was working as research scientist to develop and conduct Oil companies R&D projects.• As product manager, develop a digital core analysis tool for Lundin Norway AS which integrates & co-visualizes the CT-scanned core & well-log data, automates the process of properties identification like fracture, pore structure. • As key researcher, developed a detailed plate tectonic model to better understand the evolution of mid-Norway and the greater NE Atlantic area.• As key researcher, integrated the geological & geophysical observation data in active margins and built an ArcGIS & Google Earth like 3D geo-database.• As geophysicist, helped to reconstruct the Tampen basin for Equinor’s exploration Team.

Geomechanical modeling of induced microseismicityReview of friction laws and their application for simulation of microseismicityprior to hydraulic fracturing

• Developed a 3-D geomechanical model to systematically investigate the fault evolution and strain partitioning in Southern California.• Developed a 3-D geomechanical model to better understand the formation of Salton Sea pull-apart basin.• Computed multi-scale crustal strain rates to better understand the long-term seismicity in mainland China.• Maintained a 12 nodes Linux cluster for 2 years

Three dimensional visco-elastic numerical simulation of the upliftand contemporary tectonic deformation in Tibet Plateau