Mapping and interpreting deep water oil and gas reservoirs to ensure that production in the Gulf of Mexico is done as efficiently and economically as possible. Software programs I typically use include Petrel and ArcMap. Data that I frequently use to evaluate my study areas include 3-D and 2-D seismic, paper well logs, digital LAS curves, core photos and pressure data. For each reservoir I study, I create the following: - 2-D and 3-D structure and amplitude maps- Well log cross section- Seismic cross section- Net Pay maps- AVO analysis (if necessary) - Synthetic well tie to seismic (if necessary) - Petrophysical analysis- Pressure analysis - Economic analysis

Analyzing 2-D seismic reflection and core data from the non-volcanic passive margin off the coast of Newfoundland with the intent of re-interpreting the rift and tectonic history, as well as finding the source of two magmatic sills in the area and determining the age constraints on them.

Working with other members to improve the status of our branch in the AAPG community, constructing fund raising activities, organizing lectures and presentations for guest speakers, planning extracurricular activities for group bonding.

Collaborating with other members and clubs to improve the status of our branch in the SEG community, organizing fund raising activities, setting up lectures and presentations for guest speakers, signing other students up to participate in activities for group bonding.

Integrating seismic, well, and production data within GeoGraphix to evaluate reservoirs located within the Austin Chalk formation, creating a petrophysical model of the Austin Chalk formation, and strengthening company relationships through a presentation of work completed to senior leadership.