| Course Code |
Course Name |
Credit Hours |
Prerequests |
|
10032100
|
Remedial English
|
0 |
|
| Remedial English (E10032100) is a three-hour non-credited English course offered to students
who score poorly (i.e. below 50%) on the placement test. Since the major concern of this course
is to improve the students? proficiency before starting their ordinary university English basic
courses and major courses taught in English, special emphasis has been placed on enhancing the
students? ability to effectively acquire the four language skills: reading, writing, listening, and
speaking. Specifically, the course attempts to ensure an academically acceptable performance on
the part of the students at the level of the English basic courses. Moreover, the course aims at
expanding students? vocabulary needed for various tasks. |
|
11000101
|
Islamic Culture
|
3 |
|
| This course aims to establish the concept of Islamic culture and its position among the other international cultures, its position in the Muslim life, its sources, its bases and its characteristics. It also aims to introduce the Islamic culture in faith, worship, relations, morals, and knowledge, to discuss the clash between cultures in addition to Globalization, Human Rights, Woman Rights, Democracy and other contemporary issues. |
|
11000102
|
Arabic Language
|
3 |
|
| This course aims to improve the level of students in language skills and various literary, read and absorb and express written, and oral and tasted literary, through texts flags authors and poets in different eras, lessons in grammar and spelling, and brief definition months dictionaries and Arab old ones the modern and how to use them. This course aims to implement the Arabic language in the areas of reading and expression of both types oral and written communication. |
|
11000103
|
English Language I
|
3 |
|
| University English I (E11000103) is a three credit-hour university-required English language course designed for students who need to work on the four skills of the language: reading, writing, listening, and speaking. The development of vocabulary and skills of comprehension are integral parts of the course. In addition, various reading strategies (making predictions, identifying main ideas, reading for details, relating information in the text to life experience) are introduced and developed through a wide range of topics for reading and writing. The course encourages a more analytical and independent approach to study and helps prepare the students for any subsequent exam preparation. |
|
11000105
|
Palestinian Studies
|
3 |
|
| The course is mandatory for university students from various disciplines, so it provides students with knowledge and `information about the Palestinian reality and in particular the political developments of the Palestinian cause since its inception until the present day in line social and economic developments and political which constitute the main pillars for the study of the Palestinian political reality. This course aims to study the Palestinian issue from its beginning until present in social, economic and political issues. |
|
11000108
|
Community Service
|
1 |
|
| This course aims to familiarize students with community institutions and their contribution through voluntary efforts to serve these institutions to achieve the SDGs. Students are required to complete a minimum of 50 hours of community service to successfully pass the course. Additionally, students must attend 6 guidance sessions on volunteer work and participate in intensive training for selected community service programs if they choose to engage in such programs. |
|
11000117
|
Leadership and Communication Skills
|
1 |
|
| The course aims to assist students in acquiring modern concepts in the field of communication and understanding the essential skills for effective communication with oneself and others. This is achieved through the use of effective teaching methods that rely on student engagement and motivation to learn through training and self-directed learning. The course emphasizes skill development through teamwork and interactive methods, helping students improve their verbal and non-verbal communication skills by learning public speaking and the fundamentals of oration. Additionally, it helps students develop active listening skills, and contributes to enhancing their abilities in dialogue and persuasion, overcoming public speaking anxiety, self-promotion, negotiation, job interviews, presentation and delivery, and writing. The course also provides students with knowledge about innovative and creative ideas that can be implemented, as well as how to write a resume. Furthermore, the course aims to refine students' personalities through participation in group presentations. |
|
11000127
|
Introduction to Computer Science
|
1 |
|
|
11000328
|
English Language II
|
3 |
|
| University English II is a three-credit hour university-required English language course which is offered to students majoring in Sciences, Engineering, Agriculture, Veterinary, and Information Technology ... etc. Students in this course will be exposed to a range of science-based writings in English that supply students with samples of the kind of academic English they are likely to encounter in their textbooks. Exercises on grammar, vocabulary and textual organization are geared towards developing students? observational and analytical skills that aid comprehension. The course uses an integrated approach which allows for communicative interaction in the class to actively test and broaden the listening and speaking abilities of the students. Furthermore, the acquisition of vocabulary items will be reinforced through their use in written sentences. Additional training in writing will be given through questions and answers, summaries of principal ideas in a reading passage and the preparation of reports. |
| Course Code |
Course Name |
Credit Hours |
Prerequests |
|
10201119
|
General Biology for Science Students
|
3 |
|
| This course discusses biological activity at the level of the cell, including cell structure, chemical constituents, architecture, material exchange with the environment, the role of the cell membrane, major energy generating biochemical pathways, cellular respiration, control of cellular activities and gene expression. In addition, this course discusses the anatomy and physiology for a number of systems in the human body such as digestive, nervous, reproductive, motor and endocrine system, |
|
10201120
|
General Biology for Science Students Lab.
|
1 |
|
| This course offers an opportunity for students to experience the biological concepts taught in lectures of general biology I 10201119. The students will make experiments on physical properties of living organisms, the microscope and the cell. Furthermore, the students will investigate different experiment like blood groups and excretion. In addition to studying animal tissues and organs, |
|
10211101
|
Calculus I
|
3 |
|
| This course covers the concepts of function, inverse function, models, limits, continuity and derivatives, the differentiation rules and their applications, related rates, linear approximation, and hyperbolic functions. The mean value theorem, indeterminate forms, L' Hospital's rule, curve sketching, and optimization problems. |
|
10211102
|
Calculus II
|
3 |
|
| Definite and Indefinite integrals. The Fundamental Theorem of Calculus. The Substitution Rule. Applications of integration (Areas and volumes), Average Value of a Function. Techniques of Integration (Integration by parts, Trigonometric Integrals, Trigonometric Substitution, Integration by Partial Fractions, Improper Integrals). Applications of integration (Arc Length, Area of a Surface). Infinite sequences and series (The Integral Test and Estimates of Sums, The Comparison Tests, Alternating Series, Absolute Convergence and the Ratio and Root Tests, Power Series, Taylor and Maclaurin Series) |
|
10211201
|
Calculus III
|
3 |
|
| Topics covered in this course include: parametric equations and polar coordinates; vectors in R2 and R3 & surfaces; vector-valued functions; partial differentiation with applications; multiple integrals. |
|
10211203
|
Principles of Differential Equations
|
3 |
|
| Classifying and solving 1st order ODEs, solving homogeneous and
non-homogeneous 2nd and higher order linear ODEs, power series
and Laplace transforms Methods to solve linear ODEs, solving 2nd
order Cauchy-Euler ODEs, solving systems of linear 1st-order ODEs in
2 or 3 variables using Eigenvalues- Eigenvectors as well as Laplace
transforms. |
|
10221101
|
General Physics I
|
3 |
|
| This course covers the following topics: motion in one and more dimensions, the laws of motion with an application of Newton?s laws, vector quantities, work and mechanical energy, linear momentum and collisions, and rotational dynamics |
|
10221102
|
General Physics II
|
3 |
|
| This course is a study of the following topics: electric charges; forces and fields; electric potential and electric potential energy; electrical capacitance electric elements like capacitors, resistors, and conductors; electric current and direct-current circuits; magnetic fields; magnetic force; induction; and RC and RL circuits. |
|
10221103
|
General Physics III
|
3 |
|
| This course includes the following topics:
Static equilibrium, Gravitation, AC circuits, Fluid mechanics, Oscillatory motion, Wave motion, Sound waves, Superposition & standing waves, Temperature and first Law of thermodynamics. |
|
10221107
|
General Physics 1 Lab.
|
1 |
|
| In this lab., experiments related to mechanics mostly covered in general physics I (10221101) are performed. This includes
-Measurements
-Vectors.
-Acceleration on an inclined plane.
-The speed of sound in air
-Viscosity
-Newton?s second law
-Conservation of energy and momentum
-Rotational dynamics
-Simple harmonic motion.
-Boyle?s law. |
|
10221108
|
General Physics II Lab.
|
1 |
|
| In this lab., experiments related to electricity and magnetism mostly covered in general physics II (10221102) are performed. This includes experiments on:
- Electric field and equipotential surfaces.
- Current, resistance, and ohms law.
- The CRO as voltmeter and frequency meter,
- Wheatstone bridge (DC and AC).
- Capacitance (series, parallel and RC circuit).
- Earth magnetic field.
- Resistance and Temperature.
- Joule?s Constant.
- Refractive index of glass. |
|
10221213
|
Physics Lab. I
|
1 |
|
| In this Lab., selected experiments in optics electricity, magnetism, thermodynamics and modern physics are introduced. This includes the following experiments:
- e/m
- Current balance.
- Oscillation of a bar magnet in a uniform magnetic field.
- Doppler?s effect.
- Radioactivity (?) rays.
- Thermodynamics (Cu-Fe) thermocouple.
- Prism spectrometer.
- Diffraction grating.
- Newton?s Rings.
- Quincke?s interference tube (path difference).
- Photocell.
- Lenses.
- Dc ammeter and voltmeter construction. |
|
10221221
|
Waves and Optics
|
3 |
|
| This course includes the following topics:
- Duality nature of light
- Ray optics which includes reflection, refraction, lenses, and mirrors.
- Wave nature of light which includes interference and diffraction,
- Resolution optical instruments such as microscope, telescope, Michelson and Fabry-perot interferometer.
- Diffraction grating.
- Polarization and holography. |
|
10221231
|
Electronics I
|
3 |
-
-
10221106 or
-
10221102 or
-
10221111
|
| This course includes the following topics:
Part I: Review and analysis methods for basic circuits:
- review for ohms law, Kirchhoff's law, resistive circuits
- circuit analysis like voltage divider, current divider, node voltage analysis, mesh current analysis, source transformation, Thevenin analysis and Norton analysis
Part II: basics for Semiconducting electronic devices:
- semiconductor fundamentals
- diode and its applications
- Special purpose diodes like zener, varactor, LED, etc.
- bipolar junction transistor fundamentals and applications (switch and amplifier)
- Transistor bias circuits: Dc operating point, Voltage divider bias, and other bias methods |
|
10221233
|
Electronics Lab. I
|
1 |
|
| In this lab., experiments related to topics mostly covered in electronics I (10222231). This includes experiments on.
- Kirchhoff's laws.
- Diode characteristics.
- Zener diode.
- Diode circuits and applications.
- Transistor characteristics.
- Transistor as an amplifier.
- Transistor as a switch used in logic circuits. |
|
10221241
|
Thermodynamics and Statistical Physics
|
3 |
|
| This course includes the following topics:
- Different Thermodynamic properties.
- Processes in thermodynamics.
- Equations of state including ideal gas equation.
- The first law of thermodynamics, work, internal energy, and heat flow equation, car not cycle.
- Entropy and second law of thermodynamic.
- Thermodynamic potentials.
- Statistical physics. |
|
10221242
|
Modern Physics I
|
3 |
|
| This course includes the following topics:
- Introduction to Relativity.
- Particle properties of waves.
- Wave properties of particles.
- Atomic Structure.
- Introduction to Quantum Mechanics.
- Quantum Theory of the Hydrogen Atom. |
|
10221253
|
Mathematical Physics I
|
3 |
|
| This course includes the following topics:
- Review of series
- Complex numbers.
- Linear Algebra (matrices, determinates).
- Vectors Analysis.
- Special functions (Beta, Gamma, etc.).
- Series solution of differential equations.
- Coordinate Transformations with common special functions (like Legendre, Hermite, Laguerre ?) |
|
10221301
|
Computer in Physics
|
3 |
|
| This course includes the following topics:
- Algorithms
- programming language (Fortran 90 or C)
The duration for above two topics must be at least 7 weeks (~1/2 semester duration).
- Introduces a wide selection of computer-powered mathematical tools for doing physics and mathematics problems. It introduce software package (Mathematica, Maple) starting with following basics and applications:
? Fundamental Commands
? Real and complex algebra
? Trigonometry
? Linear algebra
? Differential equations
? Special functions
? Graphics in 2D and 3D and
? Displaying and Fitting Data
? Some Physics applications to intermediate physics course. |
|
10221313
|
Physics Lab. II
|
2 |
|
| In this Lab., selected experiments in optics and waves, Atomic physics and modern physics are introduced. This includes the following experiments:
- Frank hertz.
- Electron diffraction.
- e/m (Thomson method).
- Atomic spectra.
- Photoelectric effect.
- Microwave.
- Hysteresis.
- X-ray (atomic levels involved in cooper; K? and k? emissions).
- Velocity of sound in liquids as function of temperature.
- Speed of light.
- Michelson interferometer.
- e/k. |
|
10221351
|
Electricity and Magnetism I
|
3 |
|
| This course includes the following topics:
- Electrostatics and relevant vector operations and theorems.
- Special techniques in electrostatics and solving boundary-value problems.
- Electrostatics in matter and relevant quantities needed.
- Magnetostatics and methods to calculate magnetic fields.
- Magnetic fields in matter. |
|
10221352
|
Classical Mechanics I
|
3 |
|
| This course includes the following topics:
- Coordinate systems.
- Newtonian Mechanics in one dimension.
- Damping oscillations.
- General Motion of a particle in three Dimensions.
- Non-inertial reference frames.
- Gravitation and central forces.
- Lagrange?s and Hamilton?s equations. |
|
10221353
|
Mathematical Physics II
|
3 |
|
| This course includes the following topics:
- Calculus of variation.
- Fourier series and Fourier transforms.
- Special functions: Bessel.
- Functions of complex variables.
- Laplace transforms.
- Introduction to group theory. |
|
10221354
|
Quantum Mechanics I
|
3 |
|
| This course includes the following topics:
- Wave function and statistical interpretation.
- Time-independent Schr?dinger equation,
- Stationary states.
- One-dimensional quantum systems.
- Formalism- observables and Hermitian operators.
- Quantum mechanics in three dimensions.
- Hydrogen atom.
- Angular momentum and spin. |
|
10221371
|
Solid State Physics I
|
3 |
|
| This course includes the following topics:
- Crystal structure.
- Reciprocal lattice and Binding.
- Brillouin Zone
- Phonons
- Fermi Gas and Density of states.
- Energy Bands.
- Semiconductors |
|
10221399
|
Scientific Research
|
3 |
|
| This course includes the following topics:
- Technical scientific writing.
- Techniques of citations.
- Writing scientific article.
- In this course, student must choose a project, with the help and approval of the instructor, and write scientific paper on the project.
- Student has to give an oral presentation for his project |
|
10221413
|
Advanced Physics Lab.
|
2 |
|
| In this Lab., selected experiments in solid state physics, atomic and nuclear physics, electromagnetic and optics are introduced. This includes the following experiments:
- Radioactivity
- Hall effect
- Faraday effect
- Electron Spin Resonance
- Thermionic emission
- Microwave attenuation
- Zeeman Effect
- Resistivity versus temperature
- Four probe measurement for a semiconductor
- P-N junction
- Kerr effect
- Magnetic susceptibility
- Compton scattering |
|
10221451
|
Electricity and Magnetism II
|
3 |
|
| This course includes the following topics:
- Electromagnetic induction and electromagnetic energy
- Maxwell?s equations in free space and in different media.
- The electromagnetic waves in vacuum, in matter and in closed regions.
- Electromagnetic radiations and potential formalism. |
|
10221452
|
Classical Mechanics II
|
3 |
|
| This course includes the following topics:
- Lagrange?s and Hamilton?s equations.
- Dynamics of systems of particles.
- Mechanics of Rigid Bodies: planar Motion.
- Motion of Rigid Bodies in Three Dimensions.
- Dynamics of oscillating systems ? small oscillations |
|
10221454
|
Quantum Mechanics II
|
3 |
|
| This course includes the following topics:
- Identical particles with applications to atoms and solids.
- The theory of perturbation approximations with applications for the fine structure.
- Zeeman Effect.
- Other approximations as variational principle and WKB.
- Time-dependent perturbation theory and applications.
- Multiparticle quantum system. |
|
10221462
|
Nuclear and Particle Physics
|
3 |
|
| This course includes the following topics:
- Scattering theory.
- Nuclear forces.
- Nuclear models.
- Alpha, beta, and gamma decays and applications.
- Elementary particles.
- Symmetries.
- Standard model.
- Fundamental forces. |
|
10221490
|
Practical training
|
3 |
|
| The student registered for this course after he/she completed at least 90 credit hours successfully. The student must complete at least 45 (in schools) or 90 (the public or private institution) real hours in practice in one of the public or private institution that is relevant to his/her career. The training period have to be in the working place in one of the selected institutions. The choice of the institution must be approved by the university training center with the consultation of the physics department. An example for the public or private institutions those are relevant to physics department students are listed below:
- Palestinian Ministry of Education (in schools).
- Elevators companies.
- Electricity companies.
- Power and Energy companies.
- Palestinian Energy and Natural Resources Authority (PENRA).
- Palestine Standards Institution (PSI).
- Cellular communication companies (JAWWAL and WATANIYA).
- Communication Company (PALTEL).
- Cars companies (electronic maintenance section). |
|
10231101
|
General Chemistry 1
|
3 |
|
| A compulsory 3-lecture course that is mainly designed to give students a knowledge of the most important chemical principles such as atomic structure and periodic table, mass relationships in chemical reactions, reactions in aqueous solutions, gases, thermo chemistry, quantum theory and the electronic structure of atoms, periodic relationships among the atoms, basic concepts of chemical bonding, molecular geometry and hybridization of atomic orbitals. |
|
10231102
|
General Chemistry II
|
3 |
|
| A compulsory 3-lecture course that is a continuation of General Chemistry (I). It is designed to introduce some basic chemical facts and theories about solutions, kinetics, dynamic equilibrium, thermodynamics, electrochemistry and nuclear chemistry |
|
10231107
|
General Chemistry 1 Lab.
|
1 |
|
| A compulsory practical course, designed to introduce the students to various experimental practices used in general chemistry, such as accurate weighing, performing basic chemical methods such as filtration, titration and gravimetric analysis, make simple metathesis and redox reactions, calorimetry experiments and calculations. |
|
10512182
|
Methods of Teaching Science
|
3 |
|
| Methods of Teaching Science
The course presents modern methods for teaching science based on inquiry and discovery. It bridges theory and practice through hands-on classroom activities.
Moreover, it encourages future teachers to foster scientific thinking. As a result, students are prepared to teach science in an engaging way. |
| Course Code |
Course Name |
Credit Hours |
Prerequests |
|
10221314
|
Physics Lab. III
|
2 |
|
| In this Lab., selected experiments in different physics topics are introduced. This includes the following experiments:
- Millikan?s Experiment.
- Half life and radioactive equilibrium with cobra 3
- Rutherford experiment.
- X-ray fluorescence and Moseley?s law.
- X-ray Characteristic of molybdenum.
- Fabry-Perot interferometer.
- Magnetic moment in the magnetic field.
- Coulomb?s law with cobra 3.
- Heat capacity of gas with cobra.
- Vapor pressure of water at high temperature.
- Fresnel?s equation - theory of reflection. |
|
10221342
|
Modern Physics II
|
3 |
|
| This course includes the following topics:
- Many Electron Atoms.
- Molecules.
- Introduction to Statistical Mechanics.
- Introduction to solid state physics.
- Nuclear Structure.
- Nuclear Transformations.
- Elementary particles. |
|
10221356
|
Theory o Relativity
|
3 |
|
| This course includes the following topics:
- Relativistic kinematics.
- Relativistic Dynamics ? collisions and conservation laws.
- Lorentz ? Einstein transformations.
- Relativity in measuring length and time.
- Relativity and electricity.
- Introduction to general theory of relativity. |
|
10221361
|
Atomic and Molecular Physics
|
3 |
|
| This course includes the following topics:
- Hydrogen atom.
- Multi-electron atoms.
- Zeeman Effect.
- Fundamental symmetries in atoms.
- Interaction of atoms with electromagnetic fields and radiations.
- Laser spectroscopy and Bose-Einstein condensation. |
|
10221364
|
Principles of Laser
|
3 |
|
| This course includes the following topics:
- The nature of light and the meaning of laser.
- Atom and molecules as a source of light.
- Black body radiations.
- Energy levels and electronic transitions.
- Lasing processes: 3-level and 4-level systems.
- Einstein?s relations and population inversion.
- Laser cavity and laser gain and threshed gain
- Types of lasers.
- Applications of lasers. |
|
10221373
|
Applied Geophysics
|
3 |
|
| This course includes the following topics:
- A view of the earth sciences.
- Plate Tectonics.
- Geological hazards.
- Introduction to geophysics.
- Seismic exploration.
- Geoelectrical methods. |
|
10221381
|
Introduction to Nanoscience and Nanotechnology
|
3 |
|
| This course includes the following topics:
- What is Nanoscience and Nanotechnology
- Review of Fundamentals of quantum physics.
- Materials Classification
- Energy spectra and density of states in reduced dimensions (2D, 1D, 0D and quantum rings) for semiconductor nanomaterials.
- Quantum Tunneling Phenomena in nanomaterials.
- Fabrication Methods and Characterization tools for Nanomaterials.
- Nanoelectronics: Single ?Electron Transistor
- Ohm?s Law in Nanostructures (Quantization of Conductance).
- 2D and 1D Nanomaterials: Carbon-Based Materials(2D Graphene and 1D Carbon Nanotubes) and 2D Silicene.
- Applications of Nanomaterials in: Spintronics, quantum computing, quantum Well lasers and Medicine. |
|
10221385
|
Renewable Energy
|
3 |
|
| This course includes the following topics:
- Energy role in modern society.
- Classical sources of energy.
- Environmental impact of fossil fuels.
- Importance of renewable energy sources.
- Solar energy potentials.
- Solar Thermal.
- High temperature solar photovoltaics.
- Passive and active techniques.
- Wind energy potentials and techniques.
- Geothermal energy. |
|
10221421
|
Acoustics
|
3 |
|
| This course includes the following topics:
- Transverse waves in a string.
- Longitudinal and transverse vibrations of rods and bars.
- Vibration of membranes and plates.
- Plane sound waves.
- Reflections and transmission of plane sound waves at plane boundaries.
- Spherical waves and radiation from a piston.
- Architectural acoustics.
- Noise - its measurement and control.
- Underwater sound.
- Ultrasonic in liquids and solids. |
|
10221455
|
Statistical Mechanics
|
3 |
|
| This course includes the following topics:
- Maxwell- Boltzmann statistics.
- Bose-Einstein statistics.
- Fermi-Dirac statistics.
- Statistical calculation of thermodynamic quantities.
- Applications on statistical thermodynamics.
- Thermodynamic laws.
- State of equilibrium.
- Temperature and randomness.
- Applications on statistical thermodynamics. |
|
10221464
|
Laser Spectroscopy
|
3 |
|
| This course includes the following topics:
- Spontaneous and stimulated emission.
- Atomic spectrum.
- Line broadening.
- Nonlinear optical processes.
- Two photon spectroscopy.
- Saturation spectroscopy.
- Raman spectroscopy.
- Applications in material science (like Medicine, Environmental studies and Industry). |
|
10221465
|
Spectroscopy
|
3 |
|
| This course includes the following topics:
- Energy spectrum.
- Energy levels.
- Excitation of atoms.
- Electron Spin Resonance (ESR).
- Nuclear Magnetic Resonance (NMR).
- IR spectrum and Raman spectrum.
- Electronic vibrational and rotational spectra of diatomic molecules. |
|
10221468
|
Astrophysics
|
3 |
|
| This course includes the following topics:
- Contents of the universe; matter, Energy, Dark matter and Dark energy.
- Channels of Astronomical information.
- Astronomical scales and Measurements.
- Stiller formation and evolution.
- Universe of Galaxies.
- Life in the universe. |
|
10221471
|
Solid State Physics II
|
3 |
|
| This course includes the following topics:
- Semiconductor crystals
- Fermi surfaces
- Superconductivity
- Magnetic Materials
- Nanomaterials
- Dielectrics |
|
10221481
|
Special Topics
|
3 |
|
| This course includes physics topics related to the interest of the instructor. It offers instructor?s experiences in theoretical and/or experimental physics. This make the course has no fixed description, because it varies according to instructor interest. It is usually offered on demand of the instructor after the approval of the department. |
|
11011222
|
Entrepreneurship and Innovation
|
3 |
|
| Explores the world of entrepreneurship and creativity by examining the processes and techniques used to develop ideas and turn them into successful projects. The course includes understanding the foundations of entrepreneurship and the stages of emerging business development, in addition to analyzing the factors that affect the success of entrepreneurial projects and enhancing creativity in various fields. |
| Course Code |
Course Name |
Credit Hours |
Prerequests |
|
10211301
|
Special Function
|
3 |
|
| Frobenius method in solving 2nd-order ODEs around regular singular points, Definitions, properties and applications of Special functions such as: Beat and Gamma, Bessel's, Legendre, Chebyshev, Hermite, Laguerre & Hypergeometric functions |
|
10211302
|
Partial Differential Equations I
|
3 |
|
| Topics covered in this course include: the formation of a partial differential equation; methods of solutions of first order linear and nonlinear partial differential equations; methods of solutions of second order linear and nonlinear partial differential equations; Fourier series and transforms; wave equation, Laplace?s equation, potential equation, equation of an infinite wire, heat equation. |
|
10211303
|
Vector Analysis
|
3 |
|
| Topics covered in this course include: vector algebra, vector products, vectors and scalar fields; the gradient, divergence and curl theorems; line, surface and volume integrals, related theorems; curvilinear coordinates |
|
10211314
|
Advanced Calculus
|
3 |
|
| Topics covered in this course include: coordinate systems; functions of several variables, parametric representations of curves and surfaces, transformations of regions; derivatives and directional derivatives; implicit functions, Jacobians and related theorems; extreme; multiple integrals and related theorems. |
|
10211403
|
Ordinary Differential Equations
|
3 |
|
| Differential equations with variable coefficients, Solutions about ordinary and singular points including the Frobenious method. Systems of linear differential equations: homogeneous linear systems ( distinct, complex, and repeated eigenvalues) and non-homogeneous linear systems. Solution techniques including methods of undetermined coefficients and variation of parameters method. Numerical methods for solving initial value problems: Euler method, Improved Euler method, Taylor method, Runge-Kutta method, and multistep methods. Errors and stability. |
|
10216302
|
Probability Theory I
|
3 |
|
| Random experiments and events, basic probability rules, discrete and continuous random variables, the probability density function and cumulative distribution function for one and two random variables, mathematical expectation, measures of central tendency, measures of dispersion and percentiles, moments and moment-generating functions, conditional probability distributions, correlation coefficient, stochastically independent random variables, some special distributions; binomial, negative-binomial, gamma and normal distributions, transformation method. |
|
10216304
|
Mathematical Statistics I
|
3 |
|
| Review for the probability density functions for one random variable or more, distribution of functions of random variables, t-distribution, F-distribution, order statistics, estimation, , efficient and maximum likelihood estimation, confidence intervals, testing statistical hypotheses: best test, uniformly most powerful test, likelihood ratio test, sufficient and complete statistics, the Rao-Blackwell theorem and Rao-Cramir inequality. |
|
10226331
|
Solid State Electronics
|
3 |
|
| This course includes the following topics:
- Semiconductor materials.
- Crystal lattices.
- Growth of semiconductor crystals.
- Energy bands and charge carriers in semiconductors
- Excess carriers.
- Different junction types
- Fabrication and characteristics of p-n junctions.
- Different types of diodes (photodiodes, LED, varactor diodes, tunnel diodes) |
|
10226341
|
Digital Electronics I
|
3 |
|
| This course includes the following topics:
- Numbers Systems.
- Codes.
- Binary logic.
- IC-Circuit.
- Rules of Boolean algebra.
- Logic gates.
- Design of combinational logic circuits.
- Analysis procedure.
- Combinational logic with MSJ and LSI.
- ROM.
- PLA. |
|
10226351
|
Analogue Electronic Circuits
|
3 |
|
| This course includes several electronic devices:
- FET and JFET
- Frequency response of RC and RL circuits.
- Small signal amplifiers, power amplifiers?.
- Frequency response of amplifiers.
- Thyristors.
- Operational amplifiers and its applications.
- Active filters.
- Oscillators.
- Voltage regulators. |
|
10226441
|
Digital Electronics II
|
3 |
|
| This course includes the following topics:
- Sequential logic circuits.
- Registers.
- Counters.
- Memory unit.
- Register transfer logic.
- A.L.U.
- Accumulators.
- Processor logic design. |
|
10226481
|
Magnetic Instruments
|
3 |
|
| This course includes the following topics:
- Definitions and units.
- Experimental Methods.
- Diamagnetism and paramagnetic.
- Ferromagnetism.
- Anti-ferromagnetism.
- Ferrimagnetisms.
- Soft magnetic materials.
- Hard Magnetic Materials.
- Magnetic materials for recording and computer.
- Motors and Transformers.
- Maglev train.
- Electromagnetic stoves.
- Hard disks.
- Electromagnetic Bomb.
- Superconductor properties. |
|
10226483
|
Special Topics in Electronics
|
3 |
|
| This course includes topics related to the interest of the instructor. It offers instructor?s experiences in theoretical and/or experimental electronics. This make the course has no fixed description, because it varies according to instructor interest. It is usually offered on demand of the instructor after the approval of the department. |
|
10226484
|
VLSI Design
|
3 |
|
| This course includes the following topics:
- Impacts and progress of IC-Technology.
- Implementation of electronic components.
- IC- fabrication.
- CVD ? Technique.
- Ion-Implantation technique.
- Entire sequence of IC design.
- Mask design.
- Lithography.
- Layout design.
- Logic design.
- Design rules.
- Stick diagrams |
