Sean Crawley
About Sean Crawley
Sean Crawley is a Principal Research Geophysicist at PGS in Houston, with a background in Geophysics and Seismology. He holds a Bachelor of Science from the University of Arizona and a Ph.D. from Stanford University, and has authored several research papers in his field.
Work at PGS
Sean Crawley has been employed at PGS as a Principal Research Geophysicist since 2009. He has worked in this role for 15 years, contributing to advancements in geophysical research and technology. His position involves leading research initiatives and applying geophysical principles to various projects within the organization. Crawley operates out of the Houston office, where he collaborates with other experts in the field to enhance the company's capabilities in geophysical data interpretation.
Education and Expertise
Sean Crawley earned a Bachelor of Science (BSc) in Geophysics from the University of Arizona, studying from 1990 to 1994. He furthered his education at Stanford University, where he obtained a Doctor of Philosophy (Ph.D.) in Geophysics and Seismology, completing his studies from 1994 to 2000. His educational background provides a strong foundation in geophysical principles and methodologies, which he applies in his research and professional activities.
Background
Sean Crawley's academic journey began at the University of Arizona, where he developed a fundamental understanding of geophysics. Following his undergraduate studies, he pursued advanced research at Stanford University, focusing on seismology. This background has equipped him with the skills necessary to address complex geophysical challenges. His career at PGS reflects his commitment to advancing the field through research and innovation.
Research Contributions
Sean Crawley has authored significant research papers in the field of geophysics. His work includes a paper on high-resolution angle gather tomography utilizing Fourier neural operators, which explores innovative methods for data analysis. Additionally, he has contributed to the simultaneous inversion of velocity and angle-dependent reflectivity, providing insights into geophysical modeling techniques. These contributions highlight his active role in advancing geophysical research.