• Developed AI powered web app for optimal irrigation device selection and placement for Gardena customers • Created algorithms for ‘letter generation’ and ‘plots generation’ from text using GPT-J • Conducted deep learning model deployment to GCP, created grid propagation and recommendation algorithms • Delivered MVP product solving major challenges of the Gardena company in 3-month period

As Analyst and ML engineer: • Defining and analyzing key solution metrics • Time and depth log data aggregating, analysis and processing from several oilfields • Hypothesis testing and features engineering • Main project: Application of ML to the drilling data in real-time for optimizing drilling and completion Geomechanical software: • Researched, prepared and delivered the latest methods for stress regime detection into the commercial software. Created code for in-situ stress prediction from wellbore wall failures Technical consulting projects: • Identified the stress state in multiple oilfields • Wellbore Stability and completion optimization for reservoirs with abnormally high pore pressure • Conducted a coupled Geomechanics-Hydraulic fracturing modeling study

Working under supervision of Dr. Luis Rojas and Dr. Dhawal Shah as an undergraduate research assistant in following projects: [1] Use of Micro-Channels to Enhance Oil Sequestration [2] Formation of type III Deep Eutectic Solvents and study of its properties

• Technical analysis of drawings and documentation, progress report • Worked with data from sensors, researched chemicals for water purification • Conducted water intake for determination of quality