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rounded learning experience that to fully realize their projects, EEN338 Electromagnetic Fields and In this project, students work teams applications of Batteries and Fuel EEN 443 - Power Distribution
encapsulates the realities of working providing a unique opportunity to Waves. It provides students with an using MATLAB Simulink, testing, and Cells. Topics covered include types
on large-scale, complex engineering experience the complete life cycle in-depth understanding of concepts, measurement equipment to design of fuel cells, Cells thermodynamics, Credit Hours: 3
projects.” of a complex engineering project, techniques, and applications of a wireless communication solutions efficiency and open Circuit voltages, Prerequisite: EEN 345
from initial conceptualization to final optical communications. Topics and communicate their experience Operational Fuel Cell voltages, and “This course builds on the concepts
EEN 452 - Electrical Engineering execution and evaluation.” covered include optical fibers, optical using presentations and reports. Proton Exchange Membrane Fuel
Design Project II transmitters, optical receivers, Cells. Students connect theoretical and skills acquired in EEN345
Power Systems. It provides students
Credit Hours: 2 lightwave systems, multichannel EEN 455 - Satellite and Space concepts learned in the course to with an in-depth understanding
Communication Systems
Prerequisite: EEN 451 systems, loss management, practice using hands-on laboratory of concepts, techniques, and
dispersion management. Students Credit Hours: 3 experiences covering Lead Acid applications of power distribution.
“This course builds on the concepts, Major Electives connect theoretical concepts learned Prerequisite: EEN 337+ EEN 338 and Ni-MH Batteries Charging Topics covered include Load
skills, and progress acquired and in the course to practice using hands- Fundamentals, Ni-MH Battery Characteristics, Steady-state
achieved in EEN451 Electrical on laboratory experiences covering This course builds on the concepts Capacity vs Discharge Rate, and analysis, Distribution Transformers,
Engineering Design Project I. It Communications optical properties, optical transmitter and skills acquired in EEN337 Analog Battery Charging Methods and Electrical energy utilization, Power
continues to engage students and receiver circuits, and laser diode and Digital Communications and Efficiency . The course has a project. Quality, Power factor improvement,
in concepts, techniques, and EEN 430 - Radiowave characteristics. The course has a EEN338 Electromagnetic Fields and In this project, students work teams and voltage regulation. Students
applications of comprehensive Propagation project. In this project, students work Waves. It provides students with an using MaTLAB Simulink to design connect theoretical concepts learned
project design and development Credit Hours: 3 teams using optical-based circuits in-depth understanding of concepts, a Analysis Characterization and in the course to practice using
within Computer and Electrical and laser technologies to design a techniques, and applications of Performance Analysis of Batteries hands-on laboratory experiences
Engineering. Prerequisite: EEN 337 + EEN 338 optical systems and communicate communication systems. Topics and Fuel Cells in Powering Various covering Measure the Power using
This course continues the topics This course builds on the concepts their experience using presentations covered include Orbits Perturbations, Energy Demanding Loads and Three Ammeter or Three Voltmeter
covered in the first part, including and skills acquired in EEN337 Analog and reports. Digital Communications Techniques, communicate their experience using Method, Measure the Power of an AC,
advanced problem definition, and Digital Communications and Uplink, Downlink, and Link presentations and reports. 3-phase system using Two Wattmeter
design conceptualization, modeling, EEN338 Electromagnetic Fields and EEN 435 - Wireless Performance, Multiple Access, Method, and Power Factor Correction
fabrication, and system integration Waves. It provides students with an Communication and Satellite Networks. Students EEN 441 - Photovoltaics by using Capacitor Bank in parallel
in both software and hardware in-depth understanding of concepts, Credit Hours: 3 connect theoretical concepts learned Credit Hours: 3 with Inductive Load. The course has a
aspects. The centerpiece of the techniques, and applications of Prerequisite: EEN 337 in the course to practice using Prerequisite: EEN 345 project. In this project, students work
course remains the design project. radio-wave propagation. Topics hands-on laboratory experiences teams using MATLAB Simulink to
Students continue their work from covered include Electromagnetic This course builds on the concepts covering Designing and Simulating This course builds on the concepts design a Power Factor Correction in
Electrical Engineering Design Waves Theory, Antennas for RF Radio and skills acquired in EEN337 a Satellite Communications System, and skills acquired in EEN345 Power Three Phase Power Systems: Design,
Project I and develop a prototype Links, Microwave and millimeter-wave Analog and Digital Communications. Link Performance Analysis and Systems. It provides students with an Implementation, and Analysis and
based on the research conducted in propagation, Atmospheric Effects in It provides students with an in- Multiple Access Techniques, and in-depth understanding of concepts, communicate their experience using
Capstone I, utilizing various software Radio Wave Propagation, Fluctuation depth understanding of concepts, Earth Station and Satellite Payload techniques, and applications of presentations and reports.”
tools and hardware components to Processes, RF-Link Stability Analysis techniques, and applications of Simulation. The course has a project. photovoltaics. Topics covered include
refine, finalize, and optimize their and Radio Wave Reception. Students wireless communication. Topics In this project, students work teams solar energy technologies, fabrication EEN 445 - Power System
operational engineering prototypes/ connect theoretical concepts learned covered include applications using MATLAB Simulink to design a of solar cell, solar cell properties and Protection
systems. This process may involve in the course to practice using hands- and requirements of wireless Advanced Satellite Communications design, solar resources, solar system
strict testing, troubleshooting, and on laboratory experiences covering services, technical challenges System Design and Simulation and components, standalone, hybrid, Credit Hours: 3
iterative design improvements to modeling and analyzing radio-wave of wireless communications, communicate their experience using and distributed pv systems. Students Prerequisite: EEN 345
ensure the prototype meets the communication systems . The course wireless system design overview, presentations and reports. connect theoretical concepts learned This course builds on the concepts
project objectives and standards. has a project. In this project, students propagation mechanisms, statistical in the course to practice using hands- and skills acquired in EEN345 Power
Students will also gain experience in work teams using MATLAB to design description of the wireless channel, on laboratory experiences covering Systems. It provides students with an
delivering professional presentations a designing radio-communication wideband and directional channel Power Systems and Renewable solar irradiance measurement in-depth understanding of concepts,
and composing detailed written including noise effect systems and characterization, channel models, Energy and analysis, PV modules techniques, and applications of
reports, focusing on the design communicate their experience using antennas, modulation formats EEN 447 - Batteries & Fuel Cells characterization and performance, power protection. Topics covered
enhancements and challenges presentations and reports. and demodulation, diversity, Fundamentals and PV simulations using Simulink. include Instrument Transformers,
overcome during the project’s channel coding and information The course has a project. In this relays and circuit Breakers,
second phase. Further, students EEN 444 - Optical theory, equalizers, and orthogonal Credit Hours: 3 project, students work teams using Differential Protection, Busbar
will deepen their understanding Communication and Laser frequency division multiplexing Prerequisite: EEN 345 + EEN 340 electric systems including PV cells to Protection, Transformer Protection,
of the societal, environmental, and Technologies (ofdm). Students connect theoretical design a photovoltaic systems and Generator Protection, Motor
economic implications of their concepts learned in the course to This course builds on the concepts communicate their experience using Protection, and Numerical Protection.
engineering solutions, facilitating Credit Hours: 3 practice using hands-on laboratory and skills acquired in EEN345 presentations and reports. Students connect theoretical
Prerequisite: EEN 337 + EEN 338
a comprehensive understanding experiences covering channel Power Systems and EEN340 Energy concepts learned in the course to
Conversion. It provides students
of their role and responsibilities This course builds on the concepts coding, signal propagation, antenna practice using hands-on laboratory
as electrical engineers. The two- and skills acquired in EEN337 Analog design techniques, and channel with an in-depth understanding experiences covering Overcurrent
semester structure enables students and Digital Communications and modelling. The course has a project. of concepts, techniques, and Protection of a Power Transformer

Abu Dhabi University | Undergraduate Catalog 2026 - 2027 Abu Dhabi University | Undergraduate Catalog 2026 - 2027