| Course Objective: throughout the class, the emphasis is on practical processing - how to choose tools and parameters for successful results, rather than on the mathematics behind the software. This will be achieved starting from the study, as an overview, of the basic geophysical principles and the detailed study of the different processing steps, in addition to the rules and theories behind each step. Also toreaching how to choose tools and parameters for successful seismic data processing results for both 2D and 3D seismic data either marine or land. Course Contents:  Seismic Waves, Velocities, Frequencies, & Resolution  Acquisition Systems;  Seismic energy Sources,  Seismic Recording, &  Recording Instruments  Demultiplexing,  Scaling,  Editing, & Muting  Static Corrections  Deconvolution  F/K Filtering, Linear Tau-P filtering, and Frequency Filtering  Sorting and Gathering  Dynamic Corrections  Noises and Multiples Attenuation  Stacking  Migration, and Depth Conversion Who should attend?  Geophysicists work with Processing, Acquisition, and interpretation that are actively involved in seismic processing and/or liaise with seismic processing contractors. Geophysicists who are involved in special studies should have a through an understanding of conventional processing |