Page 472 - Undergraduate Catalog 2023-24

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EEN 339 - Communication EEN 338 - Electromagnetic Fields using analytical and simulation EEN 345 - Power Systems to-day business events in a relevant, EEN 452 - Electrical Engineering
Systems and Waves techniques is also covered. System modern and automated organization. Design Project II
stability analysis using Routh-Hurwitz Credit Hours: 3 The student will follow a well-planned
Credit Hours: 3 Credit Hours: 3 criterion, root locus, and Bode gain Prerequisite: EEN 220 course of action during the period Credit Hours: 2
Prerequisite: EEN 330 + EEN 337 Prerequisite: MTT 205 and phase margins are introduced. This course includes elements of of training. The plan will be devised Prerequisite: EEN 451
Co-requisite: MTT 201
Signal space analysis. Optimum Classical linear controller design Power System; Per–Unit Quantities; jointly by the site supervisor and The objective of this course is to
receivers for digital communication. This course covers the fundamentals in time and frequency domain is Load Flow Study; Economic Dispatch; college supervisor. The course will provide guided experience in wide
Maximum a posteriori and maximum of applied electromagnetics and comprehensively covered, such as Symmetrical Components; Fault be a breakthrough in exposing the areas of electrical engineering to
likelihood detection. Matched filter emphasizes the practical applications lead, lag, and lead-lag compensators. Study; System Protection; Stability. students to the professional work student teams working on design
and correlation receiver. PAM, QAM, in Electrical Engineering systems. It Moreover, students will be exposed Long-distance transmission of culture and conduct of business projects. The projects will integrate
PSK, and FSK and their performance. deals with the study of static electric to various analytical and experimental electric power with emphasis complexities. various engineering skills into
Introduction to equalization, fields in vacuum and dielectrics, techniques to design PID controllers. on admittance and impedance EEN 399ii - Internship in operational engineering prototypes.
synchronization, information theory, conductors, capacitance, electrostatic Furthermore, students will become modeling of components and Electrical Engineering II The projects will emphasize problem
and error control codes. energy and forces, Poisson’s familiar with modeling, designing systems, mathematical models of: definition, design conceptualization,
equation, static magnetic fields, and analyzing linear control systems three phase ideal and actual faults Credit Hour: 1 modeling, fabrication and system
CEN 320 - Signals and Systems Biot-Savart law, Ampere’s law, vector using MATLAB and Simulink. and superposition method applied Prerequisite: EEN 399i integration in the area of power,
Credit Hours: 3 magnetic potential, inductance, EEN 340 - Energy Conversion in a three-phase power systems; This course focuses on getting the communication, instrumentation,
Prerequisite: MTT 205 + CEN 201 Maxwell’s equations for time varying power flow studies and calculations, signal processing, and control.
fields, Faraday’s law, plane wave Credit Hours: 3 symmetrical and unsymmetrical fault student practically involved in day-
This course will provide a foundation propagation, time-harmonic fields, Prerequisite: EEN 220 + EEN 338 calculations, economic operation to-day business events in a relevant, The course is split into two and is
to other courses that deal with propagation in lossless and lossy of large-scale generation and modern and automated organization. taken over two semesters to allow
signals and systems concepts directly media, and wave reflection and This course is intended to transmission systems, control the real The student will follow a well-planned students enough time and improve
or indirectly such as communication, transmission at normal incidence. introduce students the concepts and reactive power flows, load flow course of action during the period the quality of their design project.
control, instrumentation, etc. and techniques of state-of-the-art analysis. Power system stability and of training. The plan will be devised In this course students design,
The course covers the following EEN 466 - FPGAs and Digital electrical machinery and energy protection. Emphasis on applications jointly by the site supervisor and implement, and test the solution they
topics classification of systems DT Design conversion principles. The main of computer-based methods to college-supervisor. The course will proposed in EEN451.
and CT systems, signal modeling Credit Hours: 3 focus is on reviews of circuit power-system problems. be a breakthrough in exposing the
and transformation, LTI systems, Prerequisite: EEN 210 principles; Electromechanical energy students to the professional work
Frequency domain analysis and conversion principles, Magnetic EEN 449 - Renewable Energy culture and conduct of business Major Electives
Fourier transform, Laplace transform, In this course students will study the Circuits, Transformers; Single Credit Hours: 3 complexities.
Z-Transform, and Discrete Fourier combinational logic circuit design phase transformer, three phase Prerequisite: EEN 345 EEN 451 - Electrical Engineering
transform. techniques, sequential logic circuits, transformer, Distribution transformer. Design Project I Communications
registers and counters, memory, Machine classification, AC machines, The objective of this course is to
CEN 464 - Digital Signal and state machines. Parallel to DC machines concepts; DC machine cover renewable power generation Credit Hour: 1 EEN 430 - Radiowave
Processing the lectures students will develop fundamentals, voltage/torque technologies and their integration Prerequisite: Senior Level + EEN 345 Propagation
Credit Hours: 3 experimental skills by studying induction, commutation, windings, into power systems. It includes + EEN 337 + CEN 425 Credit Hours: 3
power losses and analysis, inter-poles
Prerequisite: CEN 320 various digital design techniques compensating windings, DC motor analysis, challenges for the The objective of this course is to Prerequisite: EEN 337 + EEN 338
during laboratory sessions. The construction and operation of various
This course is concerned with signals experimental setup will be based starting; AC machine fundamentals, power plants including hydroelectric provide guided experience in wide This course introduces radio
and systems, specifically, processing on Field Programmable Gate Array rotating magnetic field, MMF and and emerging renewable energy areas of electrical engineering to wave communication systems.
of digital and/or discrete time signals (FPGA) structure, and students will flux distribution, induced voltage/ technologies including solar, wind, student teams working on design First, time varying fields analysis,
using linear time invariant systems, experience schematic and hardware torque, power flow and losses; biomass, tidal and geothermal projects. The projects will integrate Maxwell’s equations, and plane wave
hence digital signal processing - DSP. description language (HDL) design Polyphase synchronous generator, energy. Integration of renewable various engineering skills into propagation are presented. Second,
The design and the implementation tools. speed, equivalent circuit, phasor energy into the grid will be covered operational engineering prototypes. the electromagnetic spectrum;
of DSP are introduced via a diagram, power and torque analysis, in more detail and future energy The projects will emphasize problem receiver systems; reflection,
mini- project to provide hands on EEN 365 - Control System efficiencies, transients, operation scenarios will also be included and definition, design conceptualization, refraction, diffraction and scattering
experience. This course builds Credit Hours: 3 of synchronous motors; Induction analyzed for future energy and modeling, fabrication and system of radio waves are introduced
upon concepts that students have Prerequisite: MTT 204 + CEN 320 motor, concepts, equivalent circuit, environmental impacts. integration in the area of power, thoroughly. Third, the ground waves,
learned in Calculus, Linear algebra power, torque, speed analysis, motor communication, instrumentation, sky waves, tropospheric waves
and Signals and Systems and This course is intended to introduce starting, induction generator; Single EEN 399i - Internship in signal processing, and control. and space waves are discussed
competency of MATLAB. It is the students to the concepts and phase induction motor, single phase Electrical Engineering I The course is split into two and is and analyzed. Finally, microwave
student’s responsibility to come to techniques of classical linear control synchronous motor, stepper motor, Credit Hours: 2 taken over two semesters to allow communication links design is
class equipped with the knowledge theory. This includes frequency and brushless DC motor. Prerequisite: 90 Credit Hours students enough time and improve presented and analyzed.
provided in those courses. time domain modeling of linear the quality of their design project.
time-invariant systems. Steady-state This course focuses on getting the EEN451 is a pre-requisite to EEN452.
and transient performance analysis student practically involved in day-

Abu Dhabi University | Undergraduate Catalog 2023 - 2024 Abu Dhabi University | Undergraduate Catalog 2023 - 2024