Providing the student with the basic principles of physics through unit systems and the basics of mechanics, from motion in one dimension to Newton’s laws, work, and conservation of energy.

Provides the student with a basic understanding of calculus, its applications and other basic concepts of mathematics.

The student learns about temperature, thermometers, the zeroth law of thermodynamics, ideal gases, thermal energy, elasticity, stress, strain, and the mechanics of constraints.

The student studies static electricity represented by Coulomb's law, electric field intensity, Gauss's law, electric voltage, capacitors and methods of connecting them, current electricity in Ohm's law, and current circuits.

This course is concerned with studying mechanical waves (longitudinal and transverse) and electromagnetic waves.

The course contains many laboratory experiments that cover the basics of physics.

This course presents basic mathematics skills in solving physics problems.

This course aims to introduce the student to classical mechanics.

This course studies the relationship between electricity and magnetism.

Laboratory experiments covering basic physics of electricity, sound and light.

It provides some definitions of the basic concepts, principles, terminology, and variables in thermodynamics and its systems, and clarifies the concept of work, heat, internal energy, and heat capacity.

This course introduces basic mathematics skills for use in solving physics problems.

The course provides many laboratory experiments covering the basics of physics.

Principles of classical mechanics by studying different types of motion, such as motion in one dimension that induces the influence of varying forces.

Explaining basic concepts in modern physics such as theories of relativity, wave behavior of particles, and particle behavior of electromagnetic waves.

It studies the history and philosophy of science, its development, the goals and characteristics of science, and methods of teaching physics.

This course introduces the principles of electronics and covers various topics of atoms, semiconductors, diodes, transistors, and digital circuits.

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

Laboratory experiments covering electronic physics.

Covers the topics of the atomic nucleus, nuclear phenomena, nuclear reactions, reaction energy, and radiation doses.

This course covers advanced topics of Newtonian mechanics that relate to motion under the influence of a centripetal force and Hamiltonian and Lagrange mechanics.

This course introduces the principles of optical theories, geometric and physical optics, and covers a range of topics such as wave motion, plane and spherical waves, light propagation, and geometric optics.

This course provides basic skills in teaching physics and covers many topics, the most important of which are training in the skills of formulating educational objectives and training in the art of formulating questions when explaining the lesson and evaluating students.

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

The course introduces the basics of solid state physics and enriches theoretical and experimental knowledge in the properties of solids.

It introduces the student to the principles of statistical physics and covers many topics such as statistical methods and the distribution of velocities in Maxwell and Boltzmann statistics.

This course introduces advanced concepts of quantum mechanics at the final level of the program and covers a range of topics ranging from Dirac codes, orbital angular momentum, approximate methods and scattering theories.

This course presents many laboratory experiments that cover the basics of physical and modern optics, such as determining the wavelength of sodium light in different ways and determining the specific charge of the electron.

This course presents modern theories in the field of radioactive materials and subatomic particles by presenting physical phenomena in a practical, tangible way, such as studying the properties of the Geiger tube.

This course presents a group of laboratory experiments related to solid state physics, which contribute to the student’s understanding of the composition of solid materials and the theories related to them, such as the magnetic retardation curve experiment.

This course provides a scientific critical analytical study of the topics of textbooks in science along with solving methodological textbook exercises.

This course provides a scientific critical analytical study of the topics of textbooks in chemistry along with solving methodological textbook exercises.

This course provides a study of some important applications and details that were not studied in the first general mathematics course.

This course provides the student with theoretical knowledge about chemistry and its importance.

This course provides the student with theoretical knowledge about new concepts in chemistry and their importance.

This course enables the student to learn about various laboratory tools, the dangers of chemicals, and methods of preventing them.

This course is a university requirement and provides the student with many topics related to Islamic culture that lead to consolidating the principles of Islam, believing in its ideals, understanding its systems, and helping him to contribute to the scientific and technical renaissance.

The student learns the skills of reading, expression, the art of dialogue, summarization, and text analysis.

This course covers basic skills and key concepts related to ICT

Basic grammar rules of the English language and how to use them.

It presents some general statistical concepts and tabular and graphical presentation of statistical data

The student acquires knowledge, skills, values, and attitudes through introducing the principles of general psychology.

Topics related to Islamic culture that lead to the consolidation of the principles of Islam

Arabic writing and its concept, knowledge of the Arabic letter, the hamzat al-wasl, qat`, alif, and others.

The course covers key concepts related to using spreadsheets, using standard mathematical formulas and functions, and skills for working with presentation software to create and use presentations.

Developing the student’s ability to communicate effectively in writing in English, and providing the student with linguistic skills that enable them to use the language correctly.

Strengthening the Libyan identity, forming the student’s national cultural awareness, and clarifying Libya’s status, location, and role in the past and in the present. It also seeks to instill the national spirit and pride in belonging to the homeland.

Arabic writing, its concept, knowledge of the Arabic letter, the hamzat al-wasl and qat`, etc

Providing the student teacher with knowledge and skills and giving him the values ​​and attitudes that contribute to his preparation and qualification for the teaching profession. The student is acquainted with the concepts of education, its patterns, characteristics and functions, and is acquainted with educational opinions and ideas.

Providing the student with the most important modern teaching strategies that make the learner the focus of the educational process.

Providing the student with skills, knowledge, and attitudes about the curriculum in terms of its origin, development, significance, and meaning

Introducing the student to the scientific method and the origins of research methods in the human science

He studies Arabic writing and its concept, knowledge of the Arabic letter, the hamzat al-wasl, qat`, alif, and others.

Educational psychology and its importance in the educational process, with a focus on educational goals, their levels and formulation

Distinguishing between scientific research and scientific activity, its basics, and how to approach the steps of scientific research procedurally.

Measurement and evaluation are among the basic skills that a teacher must master and are part of his professional behavior.

Communication skills, educational methods, educational techniques, systems introduction, and e-learning

The student knows the knowledge, values, and trends in the field of modern school administration, its technical and human requirements, and its responsibilities towards employees

Providing the student with knowledge, skills, values, and attitudes by learning about the concept of mental health, its manifestations, and psychological adjustment.

Providing the student with a training and educational program based on what the student has learned theoretically and practically

Preparing the student for a field study of a physics problem

1- Introducing the student to the concept and goals of new and renewable energies. 2- Introducing the student to the importance of new and renewable energy and its uses. 3- Introducing the student to new and renewable energy types. 4- Introducing the student to the practical applications of photovoltaic cells and photovoltaic systems.

This course aims to provide the student with the skills of the basic laws and principles of astrophysics so that he can apply and use them to interpret cosmic natural phenomena, calculate numerical results of astronomical facts such as dimensions, masses, volumes, speeds, and energy, and determine our location in the universe. The course provides the student with astronomical and physical concepts about the formation of the solar system, stars, black holes, galaxies, and dark matter, as well as the age of the universe since the Big Bang and its current radius.

This course presents the basic principles of plasma generation and its properties and covers the general introduction to plasma physics - (plasma density and temperature - Debye protection - collision frequency - cyclotron frequency...) - particle movement (in the magnetic field - in the magnetic and electric fields) - waves in the plasma Cold - kinetic theory, equation of motion and plasma applications (industrial and medical plasma applications).

This course aims to introduce the student to the center of gravity of the human body, levers and their applications, laws of speed for uniform motion, equations used for bodies in a previous state of motion, and some examples of them, some foundations of mathematics used in biomechanics, such as weight, mass, and Newton’s laws of motion, torque of force, analysis of components of force, and the effect of force on movement within the framework of the concept Systems, the effect of force, resistive force, driving force, analysis of radial acceleration, types of friction, and forms of motion.

The course aims to introduce the student to the study of the general properties of semiconductors - models for studying semiconductors. Properties of charge carriers - doping (doping) of semiconductors and the theory of energy bands. Statistics of charge carriers - carrier concentrations.