Committed reservoir engineer boasting over 8 years of leadership in numerical reservoir simulation, specializing in Enhanced Oil Recovery (EOR) processes. Possesses a high level of expertise in comprehending thermal multiphase and compositional flow phenomena within porous media. Proven track record in collaborative teamwork, excelling under pressure, and maintaining exceptional organizational skills.I have dedicated myself to the intricate realm of numerical reservoir simulation and the mathematical modeling of enhanced oil recovery processes. My expertise extends across various techniques, encompassing thermal, miscible, and chemical processes, among which are steamflooding, SAGD, ES-SAGD, CO2 injection, polymer injection, and in situ combustion.In the course of my work, I have proficiently navigated through the intricacies of several numerical reservoir simulators. Notable among these are CMG's IMEX, STARS, GEM, WinProp, and CMOST, as well as ECLIPSE with its ECLIPSE 100 and ECLIPSE 300 modules, alongside TNavigator.To complement my proficiency, I have also developed customized simulator tools. Leveraging Python and Fortran languages, I've crafted my own black oil, thermal compositional, and PVT simulators. This synthesis of theoretical understanding and practical application underscores my commitment to advancing the frontiers of reservoir simulation and enhanced oil recovery processes.