Algebra: mathematical induction, binomial theorem with application, partial fraction, general theory of equations, numerical methods, matrices, systems of linear equations, Gauss elimination method, vector algebra. Calculus: functions, trigonometric, exponential and hyperbolic functions, limits, continuity, the derivative, applications of differentiation, indeterminate forms, Taylor's law, McLaurean theorem, Approximation

Material physics: units & dimensions, dimensional analysis, stress-strain relations, modulus of elasticity, Poisson’s ratio. Fluid Mechanics: continuity and Bernoulli’s equations, Torcelli law, viscous-flow properties, applications. Gravity Laws: Kepler laws, potential energy, applications. Electrostatics: Coulomb’s law for point charge, electric field, electric flux, Gauss’s theory for electrostatic fields, electric potential energy and electric potential, conductors, insulators and capacitors

Forces in a Plane;  vectors,  resultant of forces, resolution of forces into components, equilibrium of a particle, free, body diagram. Forces in Space, equilibrium of a particle in space, forces on rigid bodies, principle of transmissibility. Equivalent forces, moment of a force, moment of couples, equivalent systems of forces, reduction of a system  of forces to a wrench. Equilibrium of rigid bodies:  statically indeterminate reaction, equilibrium of rigid bodies in space, reaction at supports and connections. Equations of motion: velocity and acceleration, rotational motion, relative velocity and acceleration, motion of  a body with variable mass, motion in a resisting medium. Conservation of momentum; work, potential energy, kinetic energy, conservation of energy, impact

Components of computer systems. Data storage. Coding of information. Central processing units. Stored program concept. Memory, input and output peripherals. Computer- peripherals. Operating systems and system programs. Application programs. Networks and protocols. Algorithms. Software engineering. Software life cycle. Introduction to programming and programming languages

Gaseous state. Gas laws. Furies and composition.  Properties of scissions.  Dynamic equilibrium in physical and chemical processes. Electrochemistry. Corrosion. Water treatment. Pollution. Lubrication

Drafting equipment. Lettering and numbering. Types of lines used in engineering drawing. Geometry constructions. Tangency. Pictorial views (Isometric & oblique). Orthographic projection. Dimensioning

Characteristics of technical English language. E.S.P English for specific Education .Teaching& Functioning English for technical usages . Review of some rules which enables the student to write& speak correct English. Common errors in technical English writing . Correspondence:-How to write a Paragraph. Topic ideas-Topic sentences. communication skills & How to improve them through engineering technical literature

Analytic geometry: second order equations, translation and rotation of axes, parabola, ellipse, hyperbola, Cartesian, cylindrical and spherical coordinates, equations of planes and lines in space, equations of spheres and rotational surfaces. Calculus: indefinite integrals, methods of integration, definite integrals, applications of definite integration, numerical integration

Electric Current & Magnetism: conductor types, characteristics and Kirshoff’s law, magnetic materials, magnetic field and Lorenz’s law, electric current magnetism, Biot-Savart law & Ampere’s law, induced emf and Maxwell’s laws. Thermodynamics & Heat Transfer: internal energy, specific heat, and heat capacity, first law of thermodynamics, enthalpy, thermodynamic Processes, heat cycles, efficiency, applications, second-law of thermodynamics, entropy, heat conduction equations & applications

Type of communication . Elements of communication . Communication patterns and levels . History of communication. Communication and media functions: a comparative perspective between western and third world countries. Communication models and theories. Communication tools and medium. Newspapers as a mass medium. Television. Cable TV and satellite .Cinema. Public relations. Advertising. Propaganda. Internet and new media. Traditional versus new media: a comparative study. Technological gap. Globalization and mass media. Cross cultural communication

Engineering materials and their properties. Casting processes,  sand casting. Forming of metals: forging, rolling, drawing, extrusion and spinning processes. Metal joining processes: riveting and welding.  Metal cutting processes: bench work, turning, shaping, drilling, milling and grinding processes. Precision measurement: Vernier caliper, micrometer

Missing view. Sectioning (fully, half, offset, partial & aligning). Steel constructions. Auxiliary views. Development of bodies

Scope and fields of EE.  Basic laws of EE. Electrical quantities: charge, current, voltage, and power. Electric Circuits, Kerchoff laws.  Introduction to circuit analysis. Some circuit analysis methods. Node and loop methods. Magnetic fields and quantities. Inductance and capacitance. Sinusoidal signals. Applications