Highlights:

Skills:CFD, modeling, simulation, production engineering, completion engineering, hydraulic fracturing, combustion, heat transfer, reservoir engineering, fluid mechanics, ANSYS, Fluent, COMSOL, numerical programming

Production Engineer 12/2013 - current
Schlumberger, Houston, TX United States
Industry: Energy (Oil and Gas)
Reservoir production modeling, well evaluation, fracturing and re-fracturing completion design and optimization in shale oil and gas
- Advanced reservoir production modeling, complex fracture simulation, design and optimization - Well evaluation with interface to geological models, petrophysical and reservoir interpretation - Re-fracturing completion design and optimization in the Eagle Ford Shale (Marathon, BHP, ConocoPhillips, Encana, SM Energy, Penn Virginia, Devon, Anadarko, etc.) - Extensive experience in artificial lift, well production evaluation, optimization, modeling and completion design, geomechanics, microseismic data processing and evaluation - Primary production engineer for innovative technology (Broadband Sequence Re-fracturing Services), especially for unconventional shale plays (Eagle Ford, Barnett, Haynesville, Bakken)--
Senior Technical Professional 12/2010 - 12/2013
Halliburton, Houston, TX United States
Industry: Energy (Oil and Gas)
R&D in hydraulic fracturing, engineering and modeling in completion and production applications
- 7 filed patents, 3 technology innovation applauds awards, 2 publication awards - Lead project teams on innovative combined hydraulic fracturing and acidizing technology with newly designed emulsion acids to increase production stimulation for deep reservoir formations - Lead projects on development and CFD simulation of acid reactive flow and dissolution in matrix acidizing and validated results with core flow experiments and 3D CT image rock core reconstruction - Development of complex fracture design and analysis services (Knoesis/Cypher Software Suite) * Key fluid mechanics specialist in the Digital Asset team to build a physics based model for proppant transport and sedimentation in complex hydraulic fractures * Developed CFD programs to simulate fracturing fluid flow and proppant transport in wellbores and complex fracture networks * Developed coupling of flow in well bore and fractures, fluid loss into reservoirs, and fracture patterns generated from 3D microseismic fracture matching - Technical lead on evaluation of reduced water stimulation technology in hydraulic fracturing - Project lead on optimization of fracturing injection rate in job design for Angola’s reservoirs - Technical lead on CFD modeling of fiber optical cable in coiled tubing - Industrial liaison for joint research projects with external clients and organizations (ConocoPhillips, Chevron, Texas A&M University, University of Houston, etc.)--
Postdoctoral Research Associate 08/2009 - 12/2010
University of Notre Dame, Notre Dame, IN United States
Industry: Higher Education
Research of theoretical modeling and numerical simulations in fluid mechanics and coastal engineering
Department of Civil Engineering and Geological Sciences (Coastal Hydraulics Lab) - Developed highly accurate water wave models for coastal circulation and hurricane storm surge - Contributed to modeling Deepwater Horizon Oil Spill in the Gulf of Mexico Department of Aerospace and Mechanical Engineering - Two-phase modeling and simulation of energetic granular materials and numerical applications--
Research Assistant 08/2002 - 08/2009
University of Notre Dame, Notre Dame, IN United States
Industry: Higher Education
Research of theoretical modeling and applications in fluid mechanics and continuum mechanics in the Department of Aerospace and Mechanical Engineering
- Developed continuum theory to model multiphase mixtures/flows with internal microstructure - Applied the theory to model two-phase bubbly fluid flows--
Research Assistnat 09/1999 - 06/2002
Tsinghua University, Beijing, Beijing China
Industry: Higher Education
Engineering modeling and simulation of combustion flow in a burning tower in the Department of Engineering and Mechanics
- Developed a 3-D model for compressible combustion fluid flow in a yellow-phosphor burning tower and optimized the number of injection guns for burning tower design--

North China University of Technology 09/1995 - 07/1999
Beijing, Beijing, China
Degree: Bachelor's Degree
Major:Mechanical Engineering
In the College of Engineering

Mechanical Engineer - CFD CFD,multiphase fluid flow, numerical methods,combustion
Production Engineer petroleum, CFD, modeling, simulation