University Requirements Student must complete 20 credit hours

Course Code	Course Name	Credit Hours	Prerequests
10100	Introduction to Computer Science	3
Computer components, types of computers, numbering systems, using of windows operationg system, user applications (word processing, electronic sheets, electroinc slides), introduction to computer networks and dealing with internet.
10101	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.
10102	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.
10103	English Language 1	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.
10105	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.
10108	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.
10117	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.
10322	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.
32100	Remedial English	0

University Optional Requirements Student must complete 6 credit hours

Course Code	Course Name	Credit Hours	Prerequests
10110	Pharmacy & Society	2
10111	Household Gardening	2
10112	Farm Animals Husbandry	2
10115	Democracy,H.Rights & International H.Rights	2
This course explores the concepts of democracy and human rights and the interrelationship between them. it examines the notion of human rights, their foundations, characteristics, and classifications, as well as the role of international organizations in their promotion and protection. the course aims to enhance students' understanding of the significance of democracy and human rights for both the state and society, with particular emphasis on the arab world. additionally, it addresses the evolution of democracy and human rights globally.the course further examines the concept of international humanitarian law (ihl), its historical development, and its principal sources both customary and treaty-based. it outlines the key legal obligations of parties to armed conflicts and neutral states, as well as the duties of occupying powers toward the occupied territory and its population.
10125	Public Health	2
This course aims at studying individual, family and community relationships, the cause of pathological phenomena in the society and their symptoms, sources of water and its pollution, air-transmitted diseases, flora and fauna. in addition, the course highlights diseases resulting from technological and urban development. noise pollution is a case in point. it deals with the dimensions of personal and environmental health and their relationship to social, economic, psychological and political factors, measurements and indices of community health status. theoretical framework for viewing organizational issues in the delivery of health services is also discussed.
10127	Science in Community Services	2
10129	History of Civilization & its Beginning	2
History and origins of civilizationsthis course studies the emergence of early human civilizations, beginning from the paleolithic era through the advent of agriculture and the formation of the first cities and states. it focuses on ancient civilizations in mesopotamia, egypt, the nile valley, india, and china, as well as mediterranean civilizations like greece and rome. the course examines the factors that contributed to the development of civilizations such as social organization, economy, religion, and arts, with emphasis on the key achievements and innovations that laid the foundations of human history.
10130	Information System in Knowledge Society	2
10131	Geography of Palestine	2
10135	History of Jerusalem	2
History of jerusalemthis course provides a comprehensive study of the history of jerusalem through various periods, starting from ancient times through canaanite, jewish, roman, byzantine, islamic, crusader, and ottoman eras, up to the modern age. the course focuses on political, religious, and social events that shaped the city, as well as its role as a significant spiritual and cultural center for the three abrahamic religions. it also covers the architectural and archaeological changes jerusalem has undergone throughout history
10137	Population Communication	2
10142	Family System in Islam	2
10143	Principles of Religious Observances	2
10144	Fiqh of Siyra	2
Topics addressed in this course include concept ofsira(biography), its sources, importance, benefit, qualities, most important contemporary suspicions around the qur'anic narrative and responses to them; study of the most important events in the life of the messenger, peace be upon him, from birth to death. this course is a detailed analytical study of the prophet's biography and the lessons that can be drawn from it.
10151	General Principles in Administration	2
10152	Accounting & Book_Keeping	2
10155	Poison Prevention	2
This course explores the science of toxins and their impacts on human health and the environment, while emphasizing practical strategies for prevention and intervention. students will understand the mechanisms of toxic substances, including chemicals, pharmaceuticals, and environmental pollutants, and examine their effects on biological systems. by the end of the course, participants will be equipped with the knowledge to assess risks, implement safety measures, and advocate for effective public health strategies to mitigate the impact of toxins in various societal contexts.
10156	Investment Principles	2
10157	Medications and community	2
This course an in-depth examination of the interaction between drugs and societal factors, bridging the gap between pharmacological science and its broader social implications. students will explore the mechanisms of drug action, therapeutic uses, and side effects, while also addressing the societal, economic, and ethical dimensions of pharmacology and the impact of pharmaceuticals on public health.
10170	النزاهة والشفافية	2
10181	Introduction to Music	2
Definition of the word "music" from both linguistic and moral perspectives, interpreting the meanings of music as a science, an art, and a language, the different musical divisions and forms, writing these forms on the musical staff, the method of drawing the clef, the various musical scales, the dimensions that confine it, the distances where the notes exist, the different sections, also the student gets acquainted with the global musical templates, such as symphony and opera, and familiarizes with the arabic templates, such as qasida, mawwashah, adwar, and samai.
10189	Palestinian Folk Arts	2
This course underscores the importance of studying folklore and how this genre inspires popular artists. this course also looks at the processes of glass- blowing, pottery-making, textile industry, etc. with a focus on hosting experts and craftsmen in various fields of folk arts.
10251	Animal & Human Health	2
10253	Physical Fitness	2
The course aims to identify the concept of physical education and its directand indirect objectives, the relationship between sports and health and othersciences, physical fitness and its divisions, the factors affecting it and way ofdeveloping it, nutritional elements, the body and abnormal posturing, sportsinjuries and the basic principles of first aid.
10254	Sports and Health	2
10255	Practical Swimming	2
10710	Psychological Culture in Our Recent Life	2
Psychological culturethis course studies the basic concepts of psychology, including perception, emotions, personality, and communication. it focuses on understanding human behavior through various psychological theories and aims to enhance students psychological awareness and culture, helping them interact with themselves and others in a healthy and social manner
10713	Education in Palestine	2
10816001	Planning and Development	2
The course aims to explore the factors and determinants that influence policy formulation in both its internal and external dimensions. It emphasizes the optimal use of tools and instruments and the provision of precise information necessary for planning processes, particularly in the context of social mobilization, security and stability, financial resources, national production, industrial energy, and military power at national and international levels. The course also covers an analysis of theories and schools of political development, including behavioural liberal theory, social growth theory, Marxist theory, dependency and development theory, and the Islamic theory of succession. Additionally, the course focuses on studying the methods of political development theories, their intellectual sources, goals, and dimensions, aiming to understand the reasons behind the failure of these theories and models to achieve the desired political development.
11000111	Jerusalem	2
Jerusalemthis course offers a comprehensive study of the city of jerusalem and its religious and cultural significance throughout history. it covers the geographical, historical, religious, and political dimensions of the city, from the canaanite period through the jewish, roman, byzantine, islamic, crusader, and ottoman eras, up to the current israeli occupation. the course also explores jerusalems importance in the three monotheistic religions, its historical and religious landmarks, and contemporary political issues surrounding the city
11000157	Principles of Marketing and Personal Selling	2
It aims to introduce students to the basics of marketing and personal sales. the course covers basic marketing concepts and processes, such as market analysis, identifying the target audience, product development, and e-marketing, in addition to understanding the basics of personal selling and its various techniques.

College Requirements Student must complete 21 credit hours

Course Code	Course Name	Credit Hours	Prerequests
21101	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.
21102	Calculus II	3	21101
This course introduces students to: the integration and differentiation of exponential and logarithmic functions, trigonometric and partial trigonometric functions and methods of integration, polar co-ordinates, conic sections, extraordinary integration and indefinite quantities.
22101	General Physics I	3
In this course, the following subjects are introduced: vectors, linear and two-dimensional motions, newtons mechanics, work and energy, linear and angular moment, gravitation and simple harmonic motion.
22102	General Physics II	3	22101
This course covers electrical fields and potentials, capacitors, electrical circuits, magnetic field induction, rc and rl circuits, electromagnetic waves, optics, interference and diffraction.
22115	Physics Lab for Engineering	1	22102
This course involves laboratory experimentation in the subjects covered by physics i and physics ii. this includes experiments in the fields of electricity and mechanics. it can be taken concurrent with general physics ii
32101	English for the Workplace	0
English for the workplace is a three-hour non-credited english course offered to students of economics and administrative sciences and engineering. this course is designed to train senior students in these faculties to communicate effectively in the business world. it focuses on practical oral and written business communication principles and applications with particular emphasis on writing, sending and answering e-mails, writing proposals for field projects and discussing them with an audience as well as training students to prepare and execute presentations and to express themselves orally. students are also trained to use modern technology in communication and to contact/ communicate with their instructors through the university moodle program.
62102	Engineering Drawing	2
This course covers several topics including basic drawing techniques and materials used, orthographic projection, technical sketching, geometric constructions and drawing isometric and oblique pictorial views of objects.
64100	Introduction to Eng. & Eng. Ethics	1
This course covers several topics including the history of engineering, evolution and relationship with other disciplines mainly planning and management, types of engineering, engineering design, engineering ethics and the steps for solving engineering problems.
64300	Principles of Scientific & Technical Writing Research	1	10322
This course investigates the fundamentals of scientific research, types of research, experimentation, simulation, statistical analysis, creative thinking, presentation skills, technical report and c.v. writing.
66111	Computer Programming	3
This course introduces the basic programming concepts including writing, executing and debugging programs. concepts of modularity and encapsulation, focusing on modules and abstract data types and basic data structures are covered.
67100	Engineering Workshop I	1
This course is designed to develop basic skills in fields of manual sheet metal fabrication, welding processes and household electrical circuits. students will perform in individual and practical exercises.
67101		0
This is the practical part of the engineering workshop 1 (67101) course.

Speciality Requirements Student must complete 99 credit hours

Course Code	Course Name	Credit Hours	Prerequests
21201	Calculus III	3	21102
Parametric equations and polar coordinates, vectors in r2 and r3 and surfaces, vector valued functions, partial differential with applications and multiple integration, vector calculus and its aspects
21202	Engineering Mathematics	3	21201
Classification and solution of first order equation with application, higher order and solution, power series and solution also the student will learn the fundamental of partial differential equation, method of solution of first and second order nonlinear partial differential equation.
21230	Statistical Methods & Probabilities for Engineers	3	21102
Relative frequency and probability, discrete and continuous random variables, probability distributions, the binomial and normal distributions, sampling distributions, sampling distributions, confidence intervals, testing hypotheses for one and two population parameters, regression and correlation, testing hypotheses for regression line parameters.
23101	General Chemistry I	3
Understanding of basic principles of general chemistry such as : structure of molecules ,ions and atoms , types of reactions , stoichiometry , theories of bonding .
63211	Electrical Circuits I	3	22102
This course studies circuit variables and elements, simple resistive circuits, techniques of circuit analysis, inductance and capacitance, natural and step response of rl, rc, rlc circuits and the sinusoidal steady state analysis.
63212	Electrical Circuits II	3	63211
Included in this course are topics such as power calculations, three phase circuits, series and parallel resonance, laplace transform in circuit analysis, two port network and laplace transformation.
63214	Electronic Circuits I	3	63291 or 63211
This course covers electronic materials, device and principles, p-n junction diode and applications, zener diodes and other 2 terminal devices, bipolar (npn pnp) and fet (junction, enhancement and depletion mosfets) transistors constructions and theory of operations, transistor biasing circuits and graphical (load line) analysis, introduction to op-amp circuits and applications and an introduction to small signal models for diodes and transistors.
63215	Electrical Circuits Lab	1	63211
This course introduces students to lab instruments and covers topics such as ohms law, network theorem, voltage source, characteristics of ac circuit, capacitors and inductors, rlc series and parallel, resonance and three phase circuits
63270	Electromagnetic I	3	63211
This course covers vector algebra, orthogonal coordinate systems, static electric fields produced by discrete and continuous charge distributions, gauss's law, divergence and divergence theorem, electrostatic potential and potential difference, gradient and conservative fields, energy stored in electrostatic fields, current and current density, continuity of current, conductors and their properties, conductor-free space interface, method of images dielectrics, dielectric-dielectric interface, dielectric-conductor interface, resistance and capacitance, laplace's and poissons equations, separation of variables, biot-savart law, amper's law, curl law and stocke's theorem. the course also looks at magnetic flux and magnetic flux density, vector magnetic potential, magnetic materials, magnetostatic boundary conditions, inductance and mutual inductance, maxwell's equations for static fields in differential and integral forms.
63313	Electronic Circuits II	3	63260 or 63214
This course covers a wide variety of topics including large signals amplifiers designs and analysis, small signal models for bjt, and amplifier analysis under various configurations (ce, cc and cb), small signal analysis for fet amplifier analysis for cs, cd and cg configurations, multistage and composite amplifiers, current sources and current mirrors, differential amplifiers and their analysis, power amplifiers (classes a, b, ab and c), power calculations and advanced op-amp circuits.
63314	Electronic Circuits Lab	1	63260 or 63214 63215
This course looks at types of diodes, rectifier dioded, half wave rectifiers, bridge rectifiers, the on state and off state characteristic of zener diode, testing the layering and rectifying of bipolar transistor, characteristic of the transistor, depletion layer fets, the characteristic of the fets, multistage amplifiers, differential amplifiers, push pull output amplifiers, operational amplifiers, static behaviour of operational amplifiers and the dynamic behaviour of the op-amp.
63315	Electrical Measurements & Sensors	3	63292 or 63212
This course looks at measurement and error, electromechanical indicating instruments, bridge measurements, analag electric instruments, digital instruments, oscilloscopes, sensors and transducers and data acquisitions systems
63323	Electrical Machines I	3	63212
This course provides an introduction to machinery principles. it looks at transformers such as single-phase and three phase, dc machinery fundamentals, dc motors and dc generators.
63324	Electrical Machines II	3	63371 or 63323
This course looks at the fundamentals of ac machine, synchronous generators, synchronous motors, induction motors, single phase and special-purpose motors.
63325	Electrical Machines Lab	1	63323
This course looks at single phase transformers, open and short circuit tests, parallel operation of transformers, three phase transformers, star and delta connections, balanced and unbalanced loads, dc generators and separately, shunt, series and compound generators. it also looks at dc motors; shunt, series and compound motors and three phase and single phase synchronous generators. three phase and single phase induction motors and three phase and single phase synchronous motors are also covered, as well as single phase generators synchronized with the main supply.
63343	Control Systems	3	63321 or 63373 or 69230
This course covers a variety of topics including an introduction to control, open-loop and closed loop control, modelling, transfer function, block diagram, signal flow graph and state equations. it also observes feedback control system characteristics, sensitivity, disturbance rejection, steady-state error, performance specifications, second-order system, dominant roots, steady-state error of feedback systems, stability, routh-hurwitz criterion, relative stability, the root locus method, frequency response methods, the bode diagram, performance in the frequency domain, nyquist stability criterion, gain margin and phase margin and the nichols chart.
63364	Modeling of Electrical Engineering Systems	3	69230 or 63373
This course includes the basics of software applications in electrical engineering. students are supposed to learn several software packages related to electrical engineering systems.
63373	System & Signal Analysis	3	63212
This course covers continuous-time signals and systems, continuous-time linear time-invariant systems, impulse response, convolution, system properties, relation to differential equations, fourier series, fourier transform, applications involving the fourier transform, sampling, discrete-time signals and systems, discrete-time linear time-invariant systems, fourier analysis of discrete-time signals/systems, dtft, z-transforms and state variables.
63374	Electromagnetic II	3	63251 or 63270
This course covers many topics including faraday's law, the displacement current, maxwell's equations for time-varying fields, constitutive properties, boundary conditions for time-varying fields, power flow and the poynting vector, the sinusoidal steady state, the wave equation, uniform plane waves in lossless and lossy media, conductors and dielectrics, polarisation of uniform plane waves, group velocity and dispersion, normal and oblique incidence of uniform plane wave on plane boundaries, perpendicular and parallel polarisation, tem waves on lossless tl, frequency-domain analysis of lossless transmission lines, tl matching, power flow on tl's, elemental electric and magnetic dipole antennas, radiation patterns of elemental dipoles, long dipole and monopole antenna, antenna array's, pattern multiplication, antenna directivity and gain and frii's transmission equation.
63375	Communication Principles	3	69230 or 63321 or 63373
General introduction to communication systems. representation of signals. bandwidth. amplitude modulation, ordinary am, dsb-sc, ssb, vsb, frequency translation, phase modulation and frequency modulation. narrow band fm, wide band fm. transmission of information. noise sources and their effects in communications systems. filters and demodulation devices. frequency division multiplexing, sampling theorem and tdm, analog pulse modulation (pam. pdm. ppm)
63411	Power Elctronics	3	67222 or 63363 or 63293 or 63313
Introduction to power electronics. thyristor, triac, diac, gto and igbt. thermal considerations for thyristor. single phase and three phase rectifiers. harmonic analysis of rectifier types. inverters. dual converter. voltage regulators. commutation techniques. dc/dc converter.
63412	Electronic Circuits III	3	63363 or 63313
This course covers low and high frequency response of transistor ( bjt and fet ) amplifiers , bode plots, coupling and bypass capacitors and their contribution to the low frequency response, high frequency transistor model, transistor parasitic capacitances and their effect on the high frequency response, transistor forward current gain variation with frequency, frequency response of cascaded amplifiers, miller capacitance and miller free transistor circuits. it also looks at feedback concept, negative and positive feedback, configurations of negative feedback, feedback amplifier circuit characteristics, frequency response of feedback amplifiers, stability of feedback amplifiers and frequency compensation methods.
63422	Electric Power Systems I	3	63324
This course introduces basic concepts, series impedance of transmission lines, capacitance of transmission lines, current and voltage relations on a transmission line, system modeling, network calculations, load-flow solutions and control.
63423	Electric Power Systems II	3	63481 or 63422
Economic operation of power system, symmetrical three-phase faults, symmetrical components unsymmetrical faults, voltage control, power factor improvement
63426	Electrical Installation and Safety Systems	3	63391 or 63324
Electrical illumination, lighting and power loads in buildings , industrial loads, distribution boards, elements of design . earthing and lightning systems, protective devices.
63441	Control Systems Lab	1	63343 or 63442
This course looks at the fundamentals of controlling, characteristic and response of first and second order system, open and closed loop systems, different types of controllers, the effect of controllers on different systems, basic principles of plc, basic principles of pneumatic systems and machine drive controlling using contractors and timers.
63460	Intership	3
Each student is expected to spend eight weeks of training in a recognised engineering company in order to gain practical experience and he is required to prepare a detailed report summarising the practical work experience.
63471	Digital Communications	3	63375
Topics covered in this course include digital pulse modulation, the principles of pcm, dm, sdm, adm, linear and non-linear quantisation, quantisation noise, different kinds of signaling, tdm, bit error rate, error probability analysis for coherent and non-coherent detection, different kinds of digital modulation techniques (psk, fsk, ask), linear prediction and power spectra of digital signals.
63473	Communication Lab	1	63322 or 63375
This course covers dignal source, resonance circuits, am, dsb-sc, ssb-sc, fm, different kind of demulatoion for am and fm, sampling, kinds of framing, dm, sigma delta modulation, pcm and noise in digital systems and quantisation error.
63568	Grauation Project I	2
A small part of a major project under the supervision of a staff member which enables the student to apply theoretical knowledge gained to an actual problem. its the first phase of graduation project ii. in this phase the student is expected to finish the survey on the intended title, finish all financial and management requirements, purchase all needed components, finish most of the software (if any) and partially start building the hardware (if any).
63569	Graduation Project II	3
A major project under the supervision of a staff member which enables the student to apply theoretical and practical knowledge gained to a large scale engineering problems. it is the second phase in which the student is expected to bring all parts of the project together. all software (if any) and hardware (if any) should be completed. any recommendations for further developments should be indicated.
64251	Engineering Numerical Analysis	3	61201 or 66111 or 65201 21241 or 21202 or 21203
The course aims to clarify the basic skills of numerical methods such as error calculations, solving linear and non-linear equations and their systems, numerical differentiation and integration, solving ordinary differential equations and their systems, curve fitting and interpolation.
65301	Economy & Engineering Management	3	21102
Topics covered include principles and ways used by the engineer to justify the economic decisions concerning long and short-term planning, development of skills in preparing cash-flow as well as present and future value calculations. the students are introduced to different ways used in evaluating projects and their economic feasibility using present value, future value, annual payments, and rate of return profit to choose most feasible project and computer applications, and basic concepts management.
66222	Digital Ciruits I	3	22102
This course covers a variety of topics including number systems, boolean algebra and reduction techniques, logic gates, combinational logic design, multiplexers, decoders, encoders, code converters, flip-flops, synchronous sequential logic, counters and registers, asynchronous sequential logic,cmos families and ttl families
66292	Digital Electronic Circuits Lab.	1	66222
This course introduces students to logic gates circuits, schmitt trigger gates, open-collector gates, encoders, decoders, multiplexers, demultiplexers, clock generator circuits, flip-flop circuits, counters, shift registers, memory circuits (rams,eproms), dac and adc circuits.
66428	Microcontroller	3	66222
This course examines microcontroller architecture, address modes and instruction set, subroutines and interrupts, handling software tools including ide, editor, assembler, simulator and c compiler, interface techniques including parallel, serial, timer, and analogue peripheral interface.
66498	Microcontroller and Digital Electronics Lab.	1	63430 or 66428
This course is designed to elaborate students capability in terms of interfacing with microcontrollers. as how to interface with the microcontroller is the focus of this lab, a student who has completed this course is expected to have the capability to design, develop, implement and test the hardware and software interface so that the microcontroller can work correctly with the device(s). the microchip selected for this lab is the pic microcontroller. six lab assignments are designed to fulfill the above objectives. these include the traffic light control, led 5x7 display, simple piano, temperature measurement, communication, and motor speed controller.
67219	Engineering Mechanics	3	21102 22102
This course introduce the students to the fundamental concepts of vectors, equilibrium of force system, rigid bodies, stress and strain axial and transitional stress equation of motion, work and energy impulse and momentum, eigen frequency and the eigen mode of rotational system.

Speciality Optional Requirements Student must complete 19 credit hours

Course Code	Course Name	Credit Hours	Prerequests
21302	Partial Differential Equations 1	3	21202 or 21203
23107	General Chemistry lab. I	1	23101
The objective of this course is to provide the students with experiences in general chemistry techniques, i.e., using bunsen burner, electric balance, calorimeter, and other glassware, and performing various chemistry techniques such as filtration, titration and gravimetric analysis.
63413	Electronics for Communications	3	63412
This course consists of an overview of communication devices, impedance matching and transformations, oscillators, types analysis and circuits, loop gain analysis, vco, pll, mixers and applications, conversion losses, tuned power amplifiers, agc circuit, low loise amplifiers, phase locked loops and circuits and applications.
63420	Stability and Protection of Power Systems	3	63423
This course covers power system stability, power system protection, instrument transformers, relays, fuses and circuit breakers, transformer protection, motor and generator protection, bus-bar protection and transmission lines protection.
63424	Control of Electric Machines	3	63343
This course looks at the characteristics and sizing of power semiconductor used in controlled electric drives, dc motor drives, speed and torque control, induction motor drives, voltage control and variable frequency control, synchronous motor drives, open-loop, closed-loop variable frequency control, brushless dc drives and drives application examples.
63425	Renewable Energy Systems	3	64395 or 63422
Introduction to solar energy, solar astronomy, analysis of flat plate collectors, solar electric energy systems, storage batteries, wind energy converters, biogas, fundamentals of geothermal energy systems
63427	Power Generating Stations and Substations	3	63422
This course looks at types of generating stations. these include thermal generating stations, hydropower stations, nuclear and diesel generating stations, electrical parts of power stations, switch gears transformers, synchronous condensers and generators, auxiliary power requirements of stations, protection in power stations and substations and the economic factors of power stations and substations.
63428	Programmable Logic Controllers PLC	3
This course covers a variety of topics including plc architecture, plc programming procedures, selecting suitable plc, basic plc programming, ladder diagrams, basic plc functions (register. timers. counter), plc arithmetic functions, data handling functions, rngineering applications, plc installation and troubleshooting and maintenance.
63429	High Voltage Technology	3	63423
This course various topics including the generation of high voltage (hvac & hvdc), high transient voltage, high voltage measurement, electric strength of isolation materials, electric field in homogeneous and heterogeneous materials, graphical and experimental determination of electric fields, phenomena of electric discharge forms, the gas discharge, fluid isolation materials, solid isolation materials, extra high voltage long transmission lines, technical characteristics, equivalent circuit, voltage distribution along the line, real and reactive power flow along the line, methods of increasing the maximum power transferred along the line, of ehv dc transmission lines, rectification, inversion, equivalent circuit and analysis of operating conditions.
63443	Digital Control	3	63343
This coure introduction students to digital control, discrete time systems and the z-transform, sampling and reconstruction, open-loop discrete-time systems, closed-loop discrete-time systems, time response characteristics, stability analysis of discrete-time linear systems and digital controller design. it also provides an introduction to state-space methods.
63444	Artificial Intelligence and Expert Systems	3	63343
This course provides students with an introduction to artificial intelligence, knowledge representation and reasoning, problem solving and search, natural language understanding, visual image understanding and neural networks. it also covers an introduction to expert systems, knowledge acquisition, inferencing strategies and explanations, uncertainty and fuzzy logic, verification and validation, managerial and organisational considerations.
63449	Advanced Control Systems	3	63343
This course looks at state-space representation, a review of matrix algebra and vector spaces, analysis of linear time-invariant systems, modal decomposition. controllability and observability, relationship between transfer function and state equations, realisations, pole assignment, state feedback and output feedback and observer design.
63477	Advanced Telecom Lab	1	63471
Some advanced experiments on some topics like microwave, fiber optics, tv circuit, mobile phone faults, and trouble shooting, dsp including digital filters and signal processing, computer networks and measurement of frequency and wavelength and standing wave ratio
63520	Power Electronics and Control of Electric Machines Laboratory	1	63411
Thyristors, triacs and diacs: their parameters and characteristics. controlled converters and semi converters, controlled three phase converter. controlled dc motor drives. controlled induction motor drives. controlled synchronous motor drives. brushless dc-motor drives
63521	Power Transmission and Distribution Networks	3	63423
Topics covered in this course include design of transmission and distribution networks, choice of nominal voltages, selection of conductors, poles, transformers and switch gears, radial and ring type transmission networks, the reliability of transmission networks, power loss reduction and the economical aspects of the different networks
63522	Operation and Control of Electric Power System	3	63423
This course looks at the control of real and reactive power, optimum reactive power compensation, optimum distribution of load between different power plants, voltage-reactive power control and load-frequency control.
63527	Electric Power System Lab.	1	63422
This lab includes experiments related to synchronous generators, parallel operation of two generators, parallel operation of a s.g with the public mains , transmission line at no load and under different load conditions , series and parallel operation of transmission lines , power factor correction by using a synchronous condenser , power factor correction by using capacitor banks , operation of different types of protection relays, operation of an overall power system .
63529	Special Topic in Power	3
The course subjects and content will be always fixed at the beginning of semester according to the interest of the students and in coordination with the teaching staff of the electrical engineering section
63543	Process and Automated Systems Design	3	63343
Theis course covers a variety of topics based on the building blocks of industrial control and automation systems, including sensors, actuators, signal conditioners, computing units and networks. other areas covered include control systems configurations, feed-forward and cascade, the characteristics of physical variables (temperature, flow, pressure, level, and motion) and the industrial controllers (pid controllers and on-line tuning, plc and networked control).
63544	Special Topics in Control Systems	3
Course subjects and content will be always fixed at the beginning of semester according to the interest of the students and in coordination with the teaching staff of the electrical engineering section
63545	Introduction to Robotics	3	63343
This course civers components of robot systems including coordinate frames, homogeneous transformations, kinematics for manipulator, inverse kinematics, manipulator dynamics and jacobians, including velocities and static forces, control of manipulator and robotic programming.
63546	Computerized Control Systems Design	3	63343
This course looks at digital control theory, data acquisition details, design and implementation of digital control systems, real-time operating systems, specification and design of real-time systems and concurrent systems, including the task model, scheduling of tasks, fault tolerant and fail-safe design and the performance evaluation of real-time systems. the course also provides an introduction to state space methods.
63547	Advanced Control Lab	1	63449
This course deals with practical aspects of control engineering. it is intended as a companion course for digital control, and serves to augment and demonstrate concepts presented in the classroom. discrete-time control systems will be designed and tested using microcomputers, compensators, a/d and d/a converter analog computers. experiments in the control of discrete and analog systems will be performed
63554	Design & Analysis of Electrical Networks	2
This course introduces different sources of energy.units of energy and relationship between them. methods of power factor improvement. different dc and ac distribution systems and methods of their calculations. methods of voltage control and power less reduction. different supply systems. economical choice of different network elements.introduction to switchgear.
63571	Information amd Coding Theory	3	63471
This course looks at the entropy and information theory, types of data, source coding, channel coding, secrecy coding, channel capacity, shannon theorem, error control coding, detection and correction methods
63572	Communication Systems	3	63471
Topics covered in this course include basic television overview from studio to viewer, frequency range and band names, transmitted signals, black and white receivers, color receivers. satellite communication principles, kinds of orbits, transmission path, noise consideration and link budget.
63573	Microwaves	3	63374
This course looks at the electromagnetic wave and transmission line theory, smith chart, impedance matching, tm and te modes, optical fibers, wave guides and wave-guide devices, s-parameters, magic t, attenuators, microwave components, microwave measurements, microwave links and properties of microwave signals.
63575	Digital Signal Processing	3	63471
Topics covered in this course include sampling as a modulation process, aliasing, total difference equation solution, the z-transform and discrete-time system analysis, direct and computer-aided design of recursive and non-recursive digital filters, the discrete fourier transform (dft) and fast fourier transform (fft), digital filtering using the fft, analogue-to-digital and digital-to-analogue conversion, effects of quantisation and finite-word-length arithmetic, stability and applications of dsp.
63576	Mobile Communication Systems	3	63572
This course consists of an overview of mobile communication systems, channel characteristics, signal transmission, channel fading, diversity and combining schemes, cellular mobile systems and source coding.
63577	Digital Image Processing	3	63471
This course consists of an introduction to processing and analysing digital images, image representation techniques, 2d image properties, image enhancement, coding and compression.
63578	Special Topics in Communications	3
This course emphasises current trends in telecommunication engineering and new topics to be discussed.
63579	Networks and Data Transfer	3	63471
This course looks at the applications of networks, wide area networks, network protocols, standardisation, and the osi model, connection oriented and connectionless services, the physical layer, medium access sublayer, the data link layer, the network layer, the transport layer, the session layer, the presentation layer, the application layer, x.25, atm, aloha, ethernet and tcp/ip.
66527	Embedded Systems	3	66428
On successful completion of the course all students will develop the knowledge and understanding hardware and software design ability for basic, simple standalone embedded systems, basic hardware architecture of modern low/medium end microcontrollers, fundamental software architecture of the microcontroller based embedded systems, user-processor interface design ability with lcd displays, keypads, and buzzers, assembler and c programming of stand-alone embedded system microcontrollers, timing in embedded systems by software code and by timer units, interrupt management, servicing and hierarchical interrupt structures with application, building embedded networks with serial communication and the application of the basic system design concepts on a design project.
69550	Advanced Telecommunication Networks	2