• Part of Global team to Optimize Drilling via Geomechanics based solutions • Digitalizing Drilling Technologies• Using AI to solve Drilling Challenges• Digitial Transformation• Stimulation Design and Modelling • Water Conformance Strategy and Planning

• Development of stimulation chemicals, Foamers, and Water Conformance Chemicals• Digitalizing pressure pumping technology• Qualification of Chemicals• Lost Circulation Materials Design and Development• R&D Projects Management• Cost Optimization

• Product Champion: Carbonate Acidizing Design Software• Wellbore Geo-mechanics Consultant• Wellbore Stability analysis - Develop 1D MEM • Prediction of safe mud weight window for Target wells• Analysis of preferred drilling direction based on Geo-mechanics approach• Mud Logging Field/rig site assignments• Managing relationships with Clients• Overseeing the administration of the Research & Development center• Part of the Strategic team to get the center up and running as per research focus and client requirement

• Analyzing Jobs of various product lines and tracking NPT cases for potential research & development• Analyzing and history matching long-term Flowing Pressure and Production Data using Pressure Decline Analysis (PDA) methods• Analyzing and history matching wireline formation tester probe or packer data simultaneously with observation probe data• Designing Well Tests and preparing detailed reports on analysis• Interpretation of Petro Physical log data & Interpretation of Image Logs• Preparing and editing Well Test Data from conventional gauges and wireline formation testers• Competitor Intelligence Gathering/Research• Preparing Research Proposals and managing Weatherford's Research Projects with Universities• Assisting the Software development team to perform QA and QC of the internal software builds• Computation of mathematical equations for designing a thermal module for a wellbore stability project, to calculate the temperature of pipe & annulus affected by heat source due to wellbore friction and various other parameters.

• Design and Development of Polymeric Lost Circulation Materials to minimize downhole losses• Developed a loss zone experimental setup for modeling high permeability, and fractured cavernous formations for evaluating sealing, blocking, and stability of the Lost Circulation Materials

Course 1: Engineering Mechanics • System of forces in plane, space and equilibrium of forces • Significance of Centroids, Pappus Theorems, center of gravity • Friction, laws of friction, screw - jack and differential screw jack • Moments of Inertia (Area & Mass) • Kinematics and Kinetics • Mechanical VibrationsCourse 2: Engineering Graphics • Geometrical Construction of Figures, curves, polygons • Projection of straight lines, points, planes, solids, section of solids • Development of solid surface