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EEN 444 - Optical modeling and prediction are also EEN 443 - Power Distribution mechanisms. The course also covers restoration and analysis, image special topic in the Electrical
Communication and Laser presented, including rain fading, and writing programs for minimizing segmentation. Engineering area, includes any
Technologies channel interference. Recent space Credit Hours: 3 energy use and enhancing the specialized topic in EEN chosen by
communication advances are also Prerequisite: EEN 345 battery life. CEN 454 - Computer Vision and a faculty who has experienced in
Credit Hours: 3 discussed. This course is designed to give the Machine Learning that particular area, but the topic is
Prerequisite: EEN 337 + EEN 338 Robotics and Instrumentation not covered by other courses in the
students in electrical engineering a Credit Hours: 3
This course introduces the analysis Power Systems and Renewable practical introduction to electrical EEN 310 - Instrumentation and Prerequisite: CEN 320 + BME 320 curriculum.
and design of optical communication Energy power distribution and transmission. Measurement
and laser technologies. First, the Topics dealing with electric power This course will introduce concepts
of computer vision including image
basics of optical fibers are presented. EEN 447 - Batteries & Fuel Cells distribution engineering such Credit Hours: 3 Bachelor of
Second, optical transmitters are Fundamentals as distribution system planning, Prerequisite: CEN 304 representation and enhancement,
edge detection, image segmentation,
presented, including optical diodes, load characteristics, application of This course will provide a Science in
laser diodes and transmitter Credit Hours: 3 distribution transformers, distribution foundation of Instrumentation feature extraction and object
circuit design. Third, optical Prerequisite: EEN 345 + EEN 340 substations and transmission lines, and Measurements including recognition. It is focused on the Information
application of machine learning,
receivers are presented, including The objective of this course is to primary and secondary systems, Units, Dimensions, and standards;
photodetectors and receiver circuits provide an introduction to Fuel voltage drop and power-loss Measurement errors; Statistical especially deep learning, to images, Technology
video, or 3D signals. It explores both
design. Fourth, optical amplifiers Cells’ technology in comparison calculations, application of capacitors, analysis of experimental data; op-
are presented. Fifth, the fiber optic to traditional battery systems. The voltage regulation, and distribution amp circuits in instrumentation; raw input and feature-space (e.g.,
dispersion managements and WDM different types of fuel cells are system protection and reliability. Mechanical and Electrical shape, appearance, spatial, etc.),
imaging data as input to machine
optical networks are presented compared to one another with EEN 445 - Power System Transducers; Measurements of basic Degree Requirements
and discussed. Finally, recent respect to the type of electrolyte Protection electrical quantities: digital multi- learning for segmentation, object
recognition, object detection, and
advances in laser technologies for used and the choice of fuel. meters, AC bridges; Digital-signal
communications are discussed. Then, an essential guide to the Credit Hours: 3 conditioning: ADC, DAC converters, scene understanding. Students
will learn to use Matlab’s Image
EEN 435 - Wireless thermodynamics and principles of Prerequisite: EEN 345 sample-and-hold circuits, data Processing and Computer Vision SWE 201 - Structured
Programming
acquisition hardware, IEEE 488
Communication operation of fuel cell systems are The objective of this course to study toolboxes and Python’s OpenCV
presented. In addition, a complete instrumentation bus; Oscilloscopes: in labs and projects to design Credit Hours: 3
Credit Hours: 3 overview of two major fuel cell power system faults and application Digital and Analog. image and video processing and Prerequisite: MTT101 or Higher
of relays for power system protection.
Prerequisite: EEN 337 systems (PEMFC and SOFC) is understanding pipelines.
provided. The course includes elements of EEN 413 - Sensors and The main objective of this course is to
This course introduces students power system protection including, Transducers EEN 366 - Introduction to provide students with the logic and
to the principles of wireless EEN 441 - Photovoltaics instrument transformers, relays Robotics tools required to develop structured
communication analysis and design. and circuits breakers. Introduction Credit Hours: 3 software programs in Java. Java is a
Topics discussed include digital Credit Hours: 3 to various protection schemes Prerequisite: EEN 310 Credit Hours: 3 challenging programming language
communication basics, cellular Prerequisite: EEN 345 including, Overcurrent, differential, This course includes introduction Prerequisite: EEN 365 that is based on the object-oriented
radio, wireless PCS communications, This course covers the energy distance protection, protection of to sensors: definition, classification, programming methodology.
multiple access techniques, channel consumption and conversion, solar transformers, bus-bar generators, calibration, errors and uncertainty, This course aims at mathematical However, this course focuses on
modeling of robots with an emphasis
coding and equalization, and energy and photovoltaics basics, sun motors, transmission lines and design requirements, and signal structured programming as the main
standards of digital cellular/ PCS radiation, semiconductor junctions, distribution system, Introduction to conditioning circuits. Sensors on kinematics and planning learning objective. It also serves as
systems, wireless LAN, Mobile ad hoc photovoltaic cell parameters and digital filtering and microprocessor included: Temperature, pressure, algorithms. The robot fundamentals a preliminary foundation for learning
will cover: kinematics, statics
network. equivalent circuit, photovoltaic based relaying is also included. ISE sensors, Ion-sensitive field effect and trajectory planning; and the the object-oriented programming
EEN 455 - Satellite and Space technologies, crystalline silicon, Computer simulations are also for chemo-sensors, optical sensors, technology of actuators, sensors and methodology. The material for this
the application of relays.
thin films, fabrication processes,
Communication Systems photovoltaic systems, modules, CEN 435 - Low Power Operation Ultrasound transducers. control units. Other topics include course includes: Introduction to
Computers and Java Programming,
Credit Hours: 3 series/parallel connections, irradiance of Embedded Systems EEN 420 - Digital Image studying theory and implementation Control Structures (loops and
of manipulators, design
Prerequisite: EEN 337+ EEN 338 on PV systems, maximum power Processing considerations, kinematic structure conditions), Functions, Arrays, and
point tracking, batteries, charge Credit Hours: 3 modeling, trajectory planning, and Strings and the notion of algorithms
This course introduces satellite and controllers, cables, photovoltaic Prerequisite: CEN 425 Credit Hours: 3 for solving problems
space communication systems in systems design, stand-alone systems, Prerequisite: CEN 320 motion control methods.
thorough details. The analysis and load profile, grid-connected systems, This course covers techniques and Two-dimensional discrete systems, EEN 490 - Special Topics in CSC 202 - Computer
design of satellite transmitter and solar thermal energy, solar thermal operations for lowering the power two-dimensional Fourier Transform, Electrical Engineering Programming II
receiver are presented. Satellite heating, concentrated solar power usage in the computing processes. design of two-dimensional filters,
orbits, earth stations, and satellite (CSP). The course starts with identifying digital filters, human perception Credit Hours: 3 Credit Hours: 3
subsystems are presented and the major sources for consuming of images, color models, picture Prerequisite: CEN 325 + Department Prerequisite: SWE 201 or CSC 201
thoroughly discussed. The RF link energy and proceeds with the power processing, sampling and data Approval Object-oriented programming offers
design and spectrum allocation are saving approaches in the embedded compression, picture enhancement, greater reliability, maintainability
covered. The propagation effects systems and sleep/wakeup The course will introduce a selected
Abu Dhabi University | Undergraduate Catalog 2023 - 2024 Abu Dhabi University | Undergraduate Catalog 2023 - 2024