Work Experience

Geophysicist | EDCON-PRJ | 2013 - Present

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Critically evaluate and analyze gravity and magnetic data in the field and provide quality control, processing reports and overall data analysis to clients from different disciplines. 

Key Responsibilities:

  • Rigorously process marine and airborne gravity and magnetic data using in-house software and Oasis Montaj to assess noise, navigation bias and instrument malfunction.

  • Communicate company workflow and products to clients through email, phone calls, face-to-face meetings, and attendance in industry events.

  • Interpret gravity and magnetic data using inversion, modeling, and physical techniques.

  • Creating, documenting, and communicating processing results through a series of presentations and publications which promotes the use of gravity and magnetic data for exploration.

Technology Consultant | Deep Imaging Technologies | Jan 2020- Mar 2020

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Consulted an interdisciplinary team of software developers, production engineers, and business development advisors in a high-paced startup-up environment. The technology is focused on monitoring fluid during hydraulic fracturing operations using electromagnetic methods.

Key Achievements:

  • Wrote case studies explaining new technology for academic and oil and gas journals.

  • Automated client presentations that included real-time movies, pump curves, and completions data. I sped up the process from 1 week to a 15-minute procedure using Python.

Graduate Research Assistant | Colorado School of Mines | 2016-2017

Collaborated in an academic environment as part of CGEM (Center for Gravity and Electromagnetic methods) led by Professor Yaoguo Li

Key Results:

  • Integrated time-lapse gravity data with water/gas production data to monitor groundwater encroachment using inversion software in a gas reservoir in Western China. 

  • Created a workflow to include geologic and production data in time-lapse gravity inversion

  • Prepared materials for reports, presentations, and submission to peer-reviewed journal publications

  • Utilized potential field inversion algorithms in Fortran/Python and developed a 3D interpolation algorithm in Matlab.

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