Kimberly Brosnan
About Kimberly Brosnan
Kimberly Brosnan is the OSDU Well Delivery Schema Lead and a Subsurface & Wells Analyst at Chevron in Houston, Texas, with extensive experience in geophysics and seismology.
Current Role at Chevron
Kimberly Brosnan currently holds the title of OSDU Well Delivery Schema Lead and is also a Subsurface & Wells Analyst at Chevron, based in Houston, Texas, United States. In her role as OSDU Well Delivery Schema Lead, she focuses on standardizing well data management. This dual role underscores her extensive expertise and the critical responsibilities she manages in geophysics and well delivery processes.
Previous Roles at Chevron
Kimberly Brosnan has held numerous roles at Chevron including Petrophysicist (2020-2021), SI Technology Development Geophysicist (2018-2020), Geophysics role in the Earth Science Digital Strategy Team (2018), IEMS Geophysicist (2015-2020), Exploration and Asset Development Geoscientist (2012-2015), and Seismic Application and Support Analyst (2011-2012). Each role contributed to her comprehensive experience in geophysics, seismology, and digital strategy.
Experience at Schlumberger
Before joining Chevron, Kimberly Brosnan worked at Schlumberger from 2008 to 2012 as a Microseismic Geophysicist. During her tenure, she was involved in enhancing microseismic monitoring techniques, which added to her expertise in the field of geophysics. This role laid a foundation for her subsequent work in seismic applications and geophysical analysis.
Educational Background
Kimberly Brosnan attended Western Michigan University, where she earned a Bachelor of Science (B.S.) in Geophysics from 2002 to 2006. She later pursued a Master of Science (MS) in Geophysics and Seismology at the same institution from 2014 to 2021. Her educational credentials have been instrumental in her roles that demand a deep understanding of geophysical and seismic data.
Implementation of OSDU Well Delivery Schema
Kimberly Brosnan led the implementation of the OSDU Well Delivery Schema at Chevron, aiming to standardize well data management. This initiative is critical for improving data consistency and efficiency in well delivery processes, demonstrating her leadership skills and technical proficiency in subsurface analysis.