Information TechnologyData Science & Analytics ChapterEnterprise Data & Insights Innovation Team• Leading in-house development of oil field leak detection MVP, including facilitating team touchpoints, training computer vision models, developing an end-to-end pipeline (from image retrieval to results visualization in a web app), integrating with existing Chevron systems/tools, coordinating field trials, and refactoring codebase for production implementation• Contributing (or have contributed) to several other computer vision use cases, including: building footprint detection for high consequence area identification along pipeline right-of-way; real-time pipeline surveillance to detect potential threats; and "man down" detection to enable urgent response to emergencies such as falls or other health crises• Participate in Computer Vision Capability Council to grow capabilities, share knowledge, and gain alignment with a diverse group of computer vision practitioners within Chevron• Support the team's alignment with enterprise-wide computer vision innovation goals, especially through facilitation of the Computer Vision Working Group, as well as maintaining a computer vision use case tracking tool and contributing to a corresponding "point of view" document• Collaborate closely with Geospatial Technology & Analytics and Azure Accelerators & Consulting teams in order to experiment with, provide feedback on, and develop an internal SpatioTemporal Asset Catalog (STAC) GUI and other geospatial tools/workflows• Participated in the Maven Automated Insights Design Sprint (as well as preceding scoping discussions, workshops, and stakeholder engagements), during which the team built an interactive prototype of a self-service computer vision system to generate insights on visual data, then subsequently tested it with real users to gather feedback and identify areas of improvement for future iterations• Serve as a buddy/mentor for data science interns each summer

• As part of Chevron's Digital Scholar Program, attended Rice University and completed Master of Computer Science program (with a concentration in Data Science)• In the Capstone Project course, worked closely with five other scholars to develop an automated anomaly detection model for weld X-ray images in support of Chevron facilities inspections - specifically served as a technical lead for my team, taking on a large portion of the responsibility for the modeling and validation aspects of the project, as well as integrating much of the team's individual coding work into a cohesive codebase

Chevron Pipeline & PowerPower Services GroupGas Turbine Technical Support Team• Supported Chevron's global fleet of gas turbines, including driven equipment and balance of plant• Supported development of platform to track and analyze fleet data, e.g., reliability, parts tracking, combustion• Managed fleet downtime data entry and validation, as well as reported on equipment reliability metrics• Created global fleet reports, business-unit-specific benchmarking reports, and reliability dashboards• Compiled and distributed communications regarding significant fleet-related topics• Identified, assessed, and implemented new technologies to improve unit/plant reliability and performance• Served as Chevron Advisor for Electric Power Research Institute’s Combined Cycle Turbomachinery Program• Supported Marginal Abatement Cost Curve efforts to identify and develop fleet GHG reduction opportunities• Supervised, mentored, and assigned projects to summer interns, as well as mentored new team member• Developed reliability engineering skills via mentoring, certificate program, on-the-job application, etc.

Chevron Pipe LineBase BusinessReliability Team• Troubleshot issues and led reliability improvement projects for existing rotating equipment• Supported witness testing, installation, and commissioning of new rotating equipment• Tracked, analyzed, and reported rotating equipment reliability, availability, and bad actor data• Administered Metegrity Visions asset integrity management database for fixed equipment• Liaised with numerous vendors and Chevron employees to support the above tasks

Chevron North America Exploration and ProductionAppalachian/Michigan Strategic Business UnitFacilities Engineering Team• Managed design of condensate truck loading system for new well site• Developed alternatives to allow for reuse of produced water from wet gas sites

Baytown Area ComplexFuels South Fixed Equipment Team• Redesigned and updated bundle replacement specification for heat exchangers• Assessed alkylation unit valves for replacement during turnaround• Updated drawings and database to track fitting replacements for decoking systems

Stockpile Resource CenterMechanical Design Team• Collaborated on development of 3D-printed cutaway model of B61-12 nuclear bomb

Transparency DivisionEngineering Team• Designed mechanical press to perform cast-in-place sealing of airplane cabin windows• Completed various solid modeling, design, and redesign projects using CATIA V5

Mathematics DepartmentMathematics Learning Resource Center• Tutored Level I (Algebra, Trigonometry) and Level II (Calculus I & II) mathematics