This course presents: some general statistical concepts, tabular and graphical presentation of statistical data, measures of central tendency, measures of dispersion, correlation and regression.

This course provides students with a basic understanding of functions, continuity, differentiation and its applications, and other basic concepts of mathematics.

The general chemistry course seeks to provide the student with theoretical knowledge about chemistry and its importance. The course also covers units of chemical measurement and chemical calculation. It also briefly covers a definition of the periodic table and the arrangement of elements based on their properties. And the shapes of some chemical molecules

The course provides the physics student with the basic principles of physics through systems of units and the basics of mechanics, from motion in one dimension to Newton's laws, work, energy, potential energy, and conservation of energy

This course studies heat and the properties of matter, including the following topics: temperature and thermometers, the zeroth law of thermodynamics and ideal gases, the amount of heat and thermal energy, elasticity, stress and strain, and fluid mechanics

This course is concerned with studying mechanical (transverse and longitudinal) and electromagnetic waves and the phenomena resulting from them.

This course is concerned with studying some important applications of differentiation that were not taught in the first general mathematics course. It is also interested in studying integration in detail and dealing with the mathematical methods used to find it and some related applications.

This course presents the principles of classical mechanics by studying different types of motion: such as motion in one dimension under the influence of variable forces (depending on time, speed, and position), motion under the influence of centripetal forces, gravitational forces, and rotational motion of solid bodies.

This course studies static electricity, represented by Coulomb's law, electric field intensity, Gauss's law, electric voltage, capacitors, and methods of connecting them, and current electricity, represented by Ohm's law, electric current circuits, and methods of analyzing them

This course introduces the principles of optics theories, geometric optics, and physical optics. It covers a range of topics such as wave motion in one and three dimensions, plane waves, spherical waves, propagation of light: refraction, internal reflection and optical properties of metals, geometric optics: lenses and mirrors, polarization, interference, diffraction and optical devices.

This course provides the student with some definitions of the basic concepts, principles, terminology, and variables in thermodynamics as well as thermodynamic systems. Explains the concepts of work, heat, internal energy, and heat capacity. It includes topics such as the first law of thermodynamics and its applications, the concept of entropy, reversible and irreversible processes, and thermodynamic cycles.

This course provides an explanation of the basic concepts in modern physics, such as the theory of relativity, the wave behavior of particles, the particle behavior of electromagnetic waves, and the ways photons interact with matter, with an introduction to quantum mechanics.

This course aims to introduce the student to classical mechanics by covering a group of topics, such as identifying the center of mass of a system of bodies, as well as deducing the principle of conservation of linear momentum and how to apply it to study the motion of a system of particles, and studying the issue of collisions, types of collisions, and simple rotational and harmonic motion

This course introduces the principles of electronics and covers various topics such as the electronic arrangement of atoms, pure and doped

This course provides basic mathematics skills for use in solving physical problems. Its lectures cover a range of topics such as matrices, complex numbers, values, eigenvectors, first- and second-order differential equations, and their physical applications

This course covers a range of topics such as the nature, history, and philosophy of science, the development, goals, and characteristics of science, approaches and methods of teaching physics, and the role of modern educational methods and technology in teaching physics

This introductory course in solid state physics enriches theoretical and experimental knowledge in the properties of solids. It covers several topics, including, but not limited to, lattice points, symmetry processes, types of crystals, X-ray diffraction, binding energy of a crystal, thermal properties of solids, and free electron theory

This course presents the principles of nuclear physics and covers the topics of the atomic nucleus, nuclear force, nuclear phenomena, nuclear models, nuclear radiation, nuclear reactions, and Q reaction energy. Nuclear decay theories (alpha, beta, and gamma). Radiation detectors and radiation doses.

This course introduces the principles of quantum mechanics and covers the wave function, the principle of imprecision, algebraic operations on effects, time-dependent and non-time-dependent Schrödinger equations, their applications, and the hydrogen atom

This course introduces the physics student to the principles of statistical physics and covers many topics such as statistical methods, distribution of velocities in Maxwell-Boltzmann statistics, applications of Bose-Einstein statistics, and Fermi-Dirac statistics.

This course covers basic topics about: vectors, basic electromagnetic concepts, and electromagnetic theories.