This course introduces petroleum engineers to the fundamental principles and applications of geophysics in the energy industry, with a focus on seismic interpretation. Students will explore the entire geophysical workflow, from data acquisition and processing to advanced interpretation techniques, gaining practical insights into how geophysical data informs decisions in petroleum exploration and development. Through a blend of theoretical concepts and real-world case studies, the course emphasizes the integration of geophysical methods with petroleum engineering practices, demonstrating an interdisciplinary approach to reservoir characterization and field development.

The primary objectives of this course are to equip students with a comprehensive understanding of the geologic elements of petroleum plays and how they are detected and interpreted through seismic analysis. Students will gain awareness in the methods employed by petroleum geophysicists to map and evaluate the subsurface using geophysical data, with a particular emphasis on seismic interpretation. The course aims to provide insight into the crucial role of geophysics in reservoir characterization, highlighting its importance in the petroleum industry. Furthermore, students will develop an appreciation for and understanding of common workflows in petroleum geophysics, developing an awareness of the interdisciplinary nature of this field and its integral connection to petroleum engineering practices.

Upon completion of this course, students will be able to:
1. Explain the fundamental principles of geophysics and their applications in the petroleum industry, with a focus on seismic methods.
2. Describe the geophysical workflow, from data acquisition and processing to interpretation, and its integration with petroleum engineering practices.
3. Understand the seismic interpretation techniques to identify and characterize structural and stratigraphic plays in the subsurface.
4. Evaluate the role of geophysics in reservoir characterization and demonstrate its importance in petroleum exploration and development.
5. Learn through case studies that showcase the successful integration of geophysics and engineering in field development, including applications in unconventional resources.