Pipe Line & Power Unit- Led and coordinated Black Wax Optimization project team to complete milestones on schedule and on budget. Project has seen $500,000 in increased revenue.- Supported Renewables Adjacency project to reduce emissions in West Texas projects through electrification of facilities and increased use of solar and wind energy to power facilities

Project Resources Company- Created Early Concepts Development Unit (ECDU) work practice document to establish consistent guidelines in our cost & schedule estimating practices for reliable and predictable results- Created cost range analysis template to effectively and efficiently guide discussion and document key assumptions, opportunities, uncertainties during Phase 1 cost estimate engagement between stakeholders- Calibrated accuracy of facility cost tools by comparing actual project costs to their estimated counterpart

Deepwater Exploration & Projects- Completed Tahiti-2 project lookback through interviews and research. Generated lessons learned to ensure future projects execute safely and economically.- Interfaced and influenced Chevron and joint venture partner stakeholders to adopt and implement best practices for two deepwater projects

• Utilized PIPESIM to model flow of oil from deep water reservoirs (Buckskin/Moccasin prospect) to topsides of platform.• Evaluated optimal line size and thermal insulation requirements of utility line/ test line in PIPESIM to meet specified topside gas/oil conditions under various production case scenarios for Buckskin/Moccasin. • Determined injection pressure and volumetric flow of scale squeeze from topsides through utility line/test line to reservoir.• Proposed recommendations for utility line/test line sizing, thermal insulation, and chemical treatment rates in basis of design. • Performed parametric study with PIPESIM to determine best production method between gas lift and multiphase boosting in later stages of Buckskin/Moccasin reservoirs.

• Analyzed and ran Rynaxypyr® solvent recovery. • Evaluated relief valve/deionized resin bed system. Created and implemented new DCS program to stop relief valve from lifting due to dead head pressure of water source and thermal expansion from heat exchanger. • Created mass/energy balance to observe stripper column efficiency and helped determine necessary steps for increased capacity of future processes. • Served as backup Process Engineer for Rynaxypyr® process. Utilized UPbase/Excel/Aspen Process Explorer to illustrate production/efficiency of overall process.

• Researching methods to find most effective acidification agent on activated carbon catalyst for biomass reforming. • Determining stability of these acidified catalysts under varying conditions.