PHM 400 Solid State Physics

Periodic Structures, Translation Symmetry, Periodic Functions, Properties of Reciprocal Lattice, Fundamentals of The Band Theory, Schrodinger Equation for The Crystal, Brillouin Zones, Concepts of Metal Semiconductor and Dielectric.

PHM 401 Semiconductor Physics

Crystalline Structures, Electronic States, Carrier Statistics, Transport in Semiconductors, Recombination Process.

PHM 402 Atomic Physics (1)

Radiation Theory, Photon Particle Scattering, Models of Hydrogen Atom, Optical Spectrum of The Atom, Magnetic Quantum Numbers and Electron Distribution in The Atom.

PHM 403 Nuclear Physics (1)

Fundamental Properties of The Atomic Nucleus, Different Types of Nuclear Reactions, Detection Methods of Nuclear Particle (Electronic and Visual), Nuclear Accelerator, Production of Radioisotopes and Their Every Day Uses, Simple Quantum Mechanical Example of Nuclear Sculpturing Treatment, Different Models of Nuclear Structure.

PHM 404 Quantum Mechanics

Old Quantum Theory, Physical Basis of Quantum Mechanics, Properties of Operators, Applications on Schrodinger Wave Equation, Quantum Mechanical Treatment of Hydrogen Atom, Time Independent Perturbation Theory.

PHM 405 Statistical Mechanics

Complete Review of Maxwell’s Thermodynamic Relations, Disorder, Entropy, Information and Equilibrium Distribution, Equilibrium of Energy and Maxwell Boltzmann Distribution Function, Statistical Mechanics of a Photon Gas and Plank’s Law and Bose-Einstein Function, Statistical Mechanics of an Electron Gas and Fermi Dirac Function, Electron Motion Inside a Non-Metallic Crystal (Pure or Doped), Magnetic Cooling.

PHM 406 Computational Physics

A Monte-Carlo Importance Sampling Method, Approximate Models of Random Fields, Solving Boundary Value Problems By The Monte-Carlo Method, Stochastic Processes and Markovian Chains, Eigenvalues of a Sparse Matrix and The Monte-Carlo Technique.

PHM 407 Material Science (1)

Type of Materials According to Their Structure, Different Techniques Used to Identify The Structure of Materials, Bulk and Surface Properties of Materials, Preparation of Polycristalline and Single Crystals, Composite Materials and Their Structure.

PHM 408 Electrodynamics (1)

Maxwell's Equations, Scalar and Vector Potentials, Power Density and Pointing Theorem, Radiation from a Current Element, The Wave Equation and Its Solution, Special Theory of Relativity.

PHM 409 Dielectric Physics

Dielectric Polarization, Type of Polarization, Permittivity and Conductivity, Cramer- Kronig Relations, Representation of Dielectric Functions: Impedance and Permittivity, Equivalent Circuits, Representation of Temperature Dependence, Models of Dielectric Polarization: The Harmonic Oscillator, Free Charge Carriers, Dipole Floating, Dielectric Phenomena in Semiconductors: P-N Junction, Schottky Barrier, Diffusive Transport.

PHM 410 Plasma Physics (1)

Partial Ionization of a Gas and Its Statistics and Radiation Aspects, Scattering and Capture Interactions and Their Relations to Fundamental Plasma Properties, Laws Governing Transport of Plasma Consistence Inside It, Physical Properties of a Plasma Under The Action of External Fields, Radiation Phenomena Resulting from The Waves and Interactions Inside a Plasma, Study of Plasma Phenomenon in Higher Atmospheric Layers in The Sun and in Fusion Reactions.

PHM 411 Physics and Technology of Semiconductor Devices

An Introduction Course Encompassing The Principles of Device Operation, Review of The Fundamentals of The Electronic Properties of Semiconductors, Contact Phenomena, P-N Junctions, Schottky Diodes, Photo-Diodes, Bipolar, Transistors, Field Effect Transistors, Crystal Growth, Oxidation, Diffusion and Ion Implantation.

PHM 440 Linear Algebra (1)

Vector Spaces, Matrices and Determinants, Linear Transformations, Sets of Linear Equations, Convex Sets and N-Dimensional Geometry, Characteristic Value Problems and Quadratic Forms.

PHM 441 Abstract Algebra (1)

Binary Operations, Groups, Subgroups, Homomorphisms, Cosets, Lagrange's Theorem, Permutation Groups, The General Linear Group, Rings, Polynomial Ring, Euclidean Rings.

PHM 442 Real Analysis (1)

Construction of The Real Numbers, Introduction to General Metric Spaces and Their Basic Properties, Detailed Study of Continuous Functions.

PHM 443 Functions of Complex Variables (1)

Basic Concepts, Analytic Functions, Infinite Series, Integral Theorems, Calculus of Residues, Conformal Mappings and Applications.

PHM 444 Ordinary Differential Equations (1)

First-Order Differential Equations, General Theory of Linear Differential Equations, Systems of Linear Equations.

PHM 445 Partial Differential Equations (1)

Basic Concepts, Classification of Second-Order Linear Equations, Cauchy Problem for Wave Equation and Its Solution, Fourier Series, Separation of Variables for Equations of Mathematical Physics.

PHM 446 Numerical Analysis (1)

Iterative Methods in Matrix Algebra, Eigenvalues, Nonlinear Equations, Numerical Differentiation and Integration, Initial-Value Problems for Ordinary Differential Equations, Boundary Value Problems for Ordinary Differential Equations, Numerical Solution of Partial Differential Equations.

PHM 447 Probability and Statistics (1)

Random Variables and Their Distributions, Independence, Moments and Moment Generating Functions, Conditional Probability, Estimation Theory, Testing of Hypotheses, Regression and Correlation

PHM 448 Computer Science (1)

Computer Systems Architectures, Introduction to Information Systems, Introduction to Operating Systems, File Organization and Database Design, Data Communications and Networks, Introduction to Graph Theory.

PHM 449 Operational Research (1)

Linear Programming, Two-Person Zero-Sum Games, Integer Linear Programming, Goal Programming, Nonlinear Programming.

PHM 460 Differential Geometry (1)

Vectors, Scalar and Vector Products, Linear Dependence and Independence, Differentiating of Vectors, Plane Curves, Tangent, Normal Unit Vector, Curvature, Space Curves, Tangents, One Length, Osculating Plane, Binomial Moving Tourism, Frenet Formulas, Intrinsic Equations, Surface Arc, Surfaces, Tangent Plane, Normal Line, Arc Length, Surface Area, First and Second Fundamental Forms, Asymptotic Lines, Geodesics.

PHM 461 Projective Geometry (1)

Introduction, Euclidean and Projective Geometry, Principal of Duality, Projective and Perspective Pencils and Sets, Theorems of Projectivities, Cross Ratio, Invariance of Cross Ratio, Disargue’s Theorem, Plane and Space Configuration, Harmonic Sets, Projectivities and Pappus Configuration, Parabolic and Hyperbolic Projections, Intvolutions, Conic, Poles and Polar, Pascal and Brianchon’s Theorems, Steelier Circle, Plane Affine and Euclidean Geometry.

PHM 470 Analytical Mechanics (1)

Kinematics in a Moving Reference Frame, Lagrange's Equation of Motion, Lagrange's Equation of Impulsive Motion, Lagrange's Equation of Small Oscillations, Motion of a Particle in a Central Field Force, Kinetics of a Rigid Body in Three-Dimensional Motion, Vibrations.

PHM 471 Fluid Mechanics

The Equation of Continuity and Boundary Conditions, Rate of Change of Linear Momentary, The Equation of Motion of an Inverted Fluid, The Energy Equation, Irrotationcal Motion Presume Equation, Two Dimensional Motion Steam Function, Conflict The Circle, Friction of Conferral Representations, Blazes Theorem, Katte and Jorukousbi's Theorem, Two-Dimensional, Some Symbol and Doublets, The Seth of Images, Recline Monition Vortex Sheet.

PHM 472 Elasticity and Plasticity

Analysis of Stress, Analysis of Strain, Stress-Strain Relations, Extension Torsion and Flexure of Beams, Two-Dimensional Elasto-Static Problems.

PHM 501 General Engineering Mathematics (1)

Linear Algebra, Eigenvalues and Iterative Methods for Finding Them, Numerical Solution of Nonlinear Equations, Interpolation and Curve Fitting, Systems of Differential Equations and Its Methods of Solution.

PHM 502 General Engineering Mathematics (2)

Probability and Statistics, Random Variables and Probability Distributions, Principles of Mathematical Statistics and Goodness of Fit, Linear Programming By Graphs and By Simplex Method.

PHM 503 General Engineering Mathematics (3)

Vector Analysis, Gauss and Stoke's Theorems, Boundary Value Problems in Partial Differential Equations and Methods of Solution, Laplace Transform and Its Applications.

PHM 511 Engineering Statistics

Random Variables, Estimation Theory, Goodness of Fit, Testing of Hypotheses, Regression, Correlation.

PHM 592 General Engineering Physics

Atomic Structure and Bonds, Structure of Crystalline Materials, Mechanical Properties of Materials, Properties of Composite Materials, Different, Techniques of Determining The Structure of Materials, Introduction to Wave Mechanics, Electrical Properties of Semiconductors.

PHM 594 General Engineering Chemistry

Atoms and Molecules, Types of Bonds, Types of Attractive Forces Between Molecules, Distillation, Extraction, State of Matter, Metals and Alloys, Ceramics and Polymers, Electrochemistry, Dielectric Materials.

PHM 595 Ceramics

Raw Materials, Synthesis of Ceramics, Types of Ceramics, Cement, Refractors and Ceramics Insulation, Ceramics Insulation, Ceramics Plates and Ceramics Pastes.

PHM 596 Polymer Science and Engineering

Types of Polymers: Natural, Synthetic Polymers, Chemical Principles of Polymers, Characterization and Testing of Polymeric Materials, Polymer Structure, Polymer Applications, Polymer and Industry, Polymer and Building, Polymer and Environment.

PHM 600 Advanced Solid State Physics

Semiconductor Band Structure, Kohn-Luilinger Method for Quantum Well Band Structure, Band Structure in Diffraction Through Strain, Carrier Transport, The Hydrodynamic Model Obtained from Boltzmann’s Transport Equation, Low Field Transport: Mobility, High Field Transport: Starvation Velocity, The Gun Effect. Electron-Phonon Interaction, Acoustic Phonon Scattering (Intravalley), Optical Phonon Scattering, Polar Optical Phonon Scattering, Transport in Hetero-structures, Parallel Transport in Quantum Wells and MDDFET’s, Mobility in a MDDFET Quantum Well, Transport in Quantum Wires, Real Space Change Transfer, Quantum Transport: Resonant Tunneling. Interaction of Photons With Semiconductors.

PHM 601 Advanced Quantum Mechanics

Helium Atom, Theory of Scattering, Approximation Methods, Time Dependent Perturbation Theory, Elastic and Inelastic Collisions.

PHM 602 Solid State Electronics

Crystallography, Statistics, Elements of Quantum Mechanics, Energy Band Structure, Effective Mass, Phonons Relaxation Times, Mobility, Diffusion, Generation, Recombination, Absorption, Emission, Transport Equations, Junction and Tunnel Devices Luminescence in Solids.

PHM 603 Solid State Devices

Characteristics, Models, and Limitations of Selected Semiconductor Device Structures: Diodes, Transistors, Integrated Circuit Devices, Charge-Coupled Devices, Multi-Layer Devices, Selected Topics from The General Areas of Opto-Electronic and Magnetic Devices, Electro-Luminescent, Photovoltaic and Photo-Detector Devices, Magnetic Bubble Devices, Memory Devices, Magneto-elastic Devices, Noise.

PHM 604 Thin Film Technology

Vacuum Technology, Thin Film Deposition Technology, Techniques for Measuring The Thickness of Thin Films, Analytical Techniques for The Composition of Thin Films, Structure of Thin Films, Applications of Thin Films.