QinShan (Shan) Y.

Define, plan, and lead research team/works for new technologies, products, and their iterations; Explore various areas of technology for opportunities in the current market, to gain competitive advantages; Define short-term and long-term innovation plans including budgets, timelines, patents,papers, display, etc;

Leader and advisor in the field of the well integrity, well logging, Acoustic/EM tool physics, DAS/DTS, Signal processing, and petrophysics. IP contributor. Extend new horizons in machine learning, Fiber Optic, Bayesian statistic, non-linear optimization. Project planning and control. Interfacing with Marketing/Business Operation Groups. Formulating engineering processes and optimize engineering practice. Generating standards for quality assurance and reliability.

Responsible for advising and leading a scientist team on inverse algorithm/nonlinear optimization of various forms IP contributor. Project planning and control in well integrity and formation evaluation areas; Apply theories, principles and practices to the research and development of new and improved products, processes, and procedures.

NSF I-corp award

Shale reservoir mineral and fluid composition analysis based on the combined conventional well logs; Reservoir mineral and fluid composition analysis; Stochastic estimation of permeability and petrophysical properties from well logs in multiple wells; Estimation of petrophysical properties from P- and S-wave velocity logs; Non-linear joint inversion algorithm to integrate well logs, core data, and different formation evaluation information; Tri-axial induction, laterolog, NMR, and acoustic logging tool model and interpretation; Design strategies of 2D stochastic inversion and verify the method by real large field data sets;

Led the R&D teams to research and develop for a series of petrophysics and well logging projects with proprietary intellectual property rights, including formation evaluation, acoustic tools, and a telemetry system. Took responsibilities of applying new research methodology, and leading research directions; Designed and executed training plans in a variety of petrophysical and well logging areas;

Work at the Petrophysics department, develop logging system and interpretation software to support different wireline and LWD tools. Formation evaluation uncertainty analysis and quality control; 3D Module for ultrasonic imager wireline tool; High-speed Wireline Telecommunication System Project;

Project lead in Chinese Academy of Sciences joint venture. National High-technology Plan Project (863). Led the project research for an array acoustic measurement system, which focuses on the Space Channel Adaptive Allocation.