This course aims to introduce the student to coefficients, differential operations, and partial differential equations in geophysics, methods for arriving at their solutions, familiarity with Fourier functions and their integrals, and learning about linear systems, Z-transforms, and the properties of their coefficients.

This course aims to acquaint the student with how to accurately process gravitational and magnetic data and interpret their information using modern technologies and introduce him to the first and horizontal derivatives and the Wagier and Euler method for studying the depths of the Earth.

Advanced Seismology explores the theoretical background of wave propagation in the earth and the new techniques being developed to determine earth structure and earthquake source processes. Many classic problems in introductory mathematical seismology (stress-strain, reflection coefficients, ray theory, earthquake location, etc.) will be reviewed, plus the character and interpretation of seismograms.

This course aims to familiarize the student with the various electrical and electromagnetic methods, surface and well self-potential, its sources and types, devices, methods of measurement and interpretation, applications in the field of dispersed metals and non-dispersed metals, the application of resistivity and apparent conductivity maps, as well as the use of electrical coefficients to describe geoelectric layers and isotropic coefficients, isotropy test, and learning about horizontal scanning methods. The vertical and different layers are the principle of equivalence in electrical interpretation, direct and indirect electrical interpretation.

This course aims to familiarize the student with the measurements and recordings that take place inside the well according to the type of physical property of the rock to be studied, the basic elements that make up the layers of the earth inside the well, and the corrections to the data that are made after recording, and if the layers contain oil, water, or gas initially, by comparing the results. recordings together.

This course is deleted that the student is able to organize the research program) the graduation project (and its coordination, organizing and arranging ideas, describing tables and shapes and analyzing them and writing in a smooth and harmonious way and in the scientific context and preparing the research proposal and writing scientific reports according to the requirements of the plan to write the research project and cover KEFA topics writing sentences and time Suggestions and project proposal

This course aims to introduce the student to the use of nuclear physics in the field of geophysics, specifically the study and measurement of radiation, particles, and nuclear energy that are emitted from various minerals and rocks. This leads to the detection of various radioactive elements, radioactive metals and rocks, or minerals associated with radioactive minerals. The method was also used to identify some different geological structures, as well as the use of nuclear geophysics in the field of research and exploration for water and oil.

This course aims to familiarize the student with collecting information, the ability to deliver, and use the computer - visual presentation program, and to help develop skills and ways of thinking in dealing with scientific research, and for the student to be able to discuss (or defend in his own way) his ideas.

This course aims to achieve the following:1- The student is familiar with the mechanism of doing the research, completing the results, analyzing them, writing a message and defending them2- Helping to develop the skills and methods of thinking about dealing with scientific research.3- The ability to solve and address a physical issue in one of the theoretical or practical branches4- The ability to write reports, submit and discuss light offers, and discuss (or defend his style) on his ideas