Working in the Western US/Canada Division• Application of quantitative geophysics, closely linked with other disciplines, for improving returns in development and production areas of company assets in the Division• Test innovative QI technologies for use in the Division and other assets company-wide• Assist other teams/divisions with application of Rock Physics/QI techniques• Work on regional assessment/unconventional play fairway mapping

Working exclusively on the Farsund Unconventional Hydrocarbon Maturation Team:· Project Lead – Regional Farsund Unconventional Assessment Project: This encompasses theregional assessment of the unconventional potential of the Upper Jurassic source rock in theoffshore Danish sector by re-interpreting and holistically assessing and analyzing keyunconventional play elements (geochemical, structural, petrophysical, depositional,biostratigraphical, geomechanical, etc.) into a play fairway type analysis for assigningunconventional potential hierarchy to areas and stratigraphic sections of the Farsund section inthe Danish sector of the North Sea.· Mapping and selection of unconventional well target locations· Design of unconventional well geophysical data collection program· Quantitative seismic attribute (spatial and pre-stack) analyses at various scales for assessment ofareas for unconventional exploration and production potential.· Mentorship of MS level interns and MS new graduates

Application of quantitative geophysics, closely linked with engineering, for exploration and production areas, to various assets of different geological and commercial characteristics• Global Production - Valhall and Hod Fields (Stavanger, Norway)o Integration of 4D data into reservoir prediction modelso Use of 4D in Geomechanical Modelingo Quantitative seismic analysis and modelingo Assistance to other company assets with time-lapse issues• New Ventures – Exploration: Unconventional Resources (Paris, France)o Design and execution of Unconventional Resource Assessment Geophysical programo Interpretation of regional 2D lines for well location for onshore unconventional plays (France)o Quantitative analyses at different scales for assessment of the entire basin and detailed understanding of currently held acreage.• Williston Basin – Unconventional Exploration (Denver, CO)o Seismic interpretation on 2D and 3D for prospecting at different stratigraphic intervalso Testing of quantitative geophysical techniques (3C, P-wave anisotropy, AVO, inversion) for exploration in an unconventional setting• Offshore North Sea (København, Denmark)o Application of AVO and rock physics techniques to rank near field exploration opportunities in function of geophysical response and geological possibilitieso Use of geophysical parameters and attributes to extrapolate permeability enhancement needed for simulation match away from well controlo Creation of an internal seismic inversion workflow, for quick updating of AI volume• Offshore West Africa (Houston, TX)o Time-Lapse seismic feasibility studieso Creation and application of workflows designed to link ECLIPSE outputs to seismic parameters for 4D modeling and interpretation, as well as for comparing INIT parameters to original seismic input

Reservoir Geophysics Research Group: “Edinburgh Time Lapse Project” Supervisor: Prof. Colin MacBeth• Research: Quantification of Reservoir Connectivity with the use of Time-Lapse Seismic data and Engineering constraints for turbiditic reservoirs, testing on offshore Africa and North Sea fields.

Assigned to the Time-Lapse seismic group in the ‘Subsurface Imaging Division’ of the URC. Part of PhD work. Focused on modeling and inversion of 4D AVO effects, Bayesian inversion; interpretation of 4D AVO volumes; looking into possible overburden and compaction signals in Offshore Angola; and calibration of reservoir simulator derived pressure and saturation changes to 4D signal and wireline lithology logs.

Veritas Exploration Services Division, AVO and Seismic Attribute Group. Helped design and worked on Prospect Assessment Services, a VES service time critical projects, focusing mainly on the Gulf of Mexico, using AVO attributes and modeling to understand risk of prospects. Completed the geophysical component of a number of Veritas’ Well Tie & AVO Regional studies, such as Campos Basin, Santos Basin, and Deepwater, Long Offset Gulf of Mexico. Participated in various reservoir characterization, fracture modeling and fast-track interpretation, projects with PEMEX, in AVO analysis inversion and modeling. Also worked on LMR (Lambda Rho Mu Rho) pre-stack inversions for areas such as Argentina and Offshore China. Areas worked on: Gulf of Mexico (US and Mexico), onshore US, onshore Mexico, Argentina, Ecuador, Offshore Brazil, Canada (Alberta). Worked on the technical aspect of these projects as well as lead, at times, the G&G team (3 to 4 technical staff) and provided the point of contact between VES and the client party.