Matthew Couchman Email and Phone Number

Ground Penetrating Radar (GPR) data processing and modelling development

Developed algorithm (Python) to calculate and visualize apparent resistivity values from time-domain controlled-source electromagnetic field data.

PhD Candidate (Geophysics): MODELING CONTROLLED-SOURCE ELECTROMAGNETIC RESPONSES OF IDEALIZED HYDRAULIC FRACTURING SCENARIOSCourses Taught:Global GeophysicsIntroduction to Petrology

I supported proper identification of probability distribution functions for petrophysical properties by developing work plan, including detrending and time-scale analysis. I utilized python, powerful multi-purpose programming language. I conducted exploration and reservoir geophysical studies.Here are the followig key contributions:¬ Drove accurate results and reduced cycle-time by modelling workflow, which decreased risk and cost.¬ Decreased likelihood of drilling a dry hole while ensuring opening up of new/existing unseen prospects.Determined petrophysical trends within large-scale target area and provided analysis into potential causes of said trends.

I planned and conducted seismic imaging of over 6000km 2D land and marine datasets for crude oil from NW Europe, Africa, and America. I undertook accountability of all processes on data records from 1968 to 2014. Managed number of large-scale projects across multiple sites. Following is the core achievement:¬ Enabled high level interpretations with the achievement of pronounced uplift in imaging via geophysical reprocessing of marine dataset, 6400km on various vintages.