Page 454 - Undergraduate Catalog 2024-25

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electromagnetic principles. The induction motors, DC motors and to Renewable Energy, Wind Energy,
course has a project. In this project, generators, and single-phase Hydro Power, Solar Energy and
students work teams using MATLAB, induction and synchronous motors. PV Systems, Geothermal Energy,
electronic components, and Students connect theoretical Ocean Energy, Biomass Energy, Tidal
testing and measuring equipment concepts learned in the course to Power, Economics of Renewable
to design a antenna for wireless practice using hands-on laboratory Energy, Energy and the Environment.
communication and communicate experiences covering Transformers, Students connect theoretical
their experience using presentations DC concepts learned in the course to
and reports. motors, and Three-Phase Motors. practice using hands-on laboratory
The course has a project. In this experiences covering harvesting
EEN 365 - Control System project, students work teams using wind and solar energy, and energy
Credit Hours: 3 MATLAB and testing equipment to storage. The course has a project.
Prerequisite: MTT 204 + CEN 320 design a simulation for separately In this project, students work teams
excited DC Shunt and a Series Motors using MATLAB Simulink to design
This course builds on the concepts and communicate their experience a renewable energy resources
and skills acquired in MTT204 using presentations and reports.” utilization for power generation and
Introduction to Linear Algebra and communicate their experience using
CEN320 Signals and Systems. It EEN 345 - Power Systems presentations and reports.
introduces students to concepts, Credit Hours: 3
techniques, and applications of Prerequisite: EEN 220 EEN 399i - Internship in
Control Systems. Topics covered Electrical Engineering I
include Modeling in Frequency This course builds on the concepts Credit Hours: 2
and Time domains, The Transfer and skills acquired in EEN220 Electric Prerequisite: 90 Credit Hours
Functions, Poles, Zeros, System Circuits II. It introduces students
Response, block diagrams, Signal- to concepts, techniques, and “Internship in Computer/Electrical
Flow Graphs, Stability, Steady- applications of Power Systems. Topics Engineering I” is designed to expand
State Error, Root Locus, and PID covered include PerUnit Quantities, on the knowledge and skills acquired
Controllers. Students connect Load Flow Study, Economic Dispatch, in the first 90 credit hours of the
theoretical concepts learned in the Symmetrical Components, Fault Computer/Electrical Engineering
course to practice using hands-on Study, System Protection, Stability, program. This course provides
laboratory experiences covering and transmission line protection. students with an opportunity to
control systems analysis, PID Students connect theoretical practically apply their theoretical
controllers on Simulink, and PID concepts learned in the course to concepts in the fields of computer
controllers on Arduinos. The course practice using hands-on laboratory and electrical engineering within
has a project. In this project, students experiences covering transformers, a professional, industry setting.
work teams using MATLAB to design power systems simulation and load The topics covered are dictated by
a liquid level control system for a analysis. The course has a project. the nature of the organization and
chemical processing facility and In this project, students work teams the specific work assigned to the
communicate their experience using using DIgSILENT Power Factory to students. This hands-on experience
presentations and reports. design a simulation for a 9-bus can encompass various aspects of
system to study its stability and computer and electrical engineering
EEN 340 - Energy Conversion load flow and communicate their such as hardware design, software
Credit Hours: 3 experience using presentations and development, network architecture,
Prerequisite: EEN 220 + EEN 338 reports. circuit analysis, control systems, and
power distribution. In the course of
“This course builds on the concepts EEN 449 - Renewable Energy their internship, students will embark
and skills acquired in EEN220 Credit Hours: 3 on a well-planned course of action
Electric Circuits II and EEN338 Prerequisite: EEN 345 jointly devised by the site-supervisor
Electromagnetic Fields and Waves. and the college-supervisor. This
It introduces students to concepts, This course builds on the concepts plan is intended to expose the
techniques, and applications of and skills acquired in EEN345 students to a broad range of practical
Electric Machines. Topics covered Power Systems. It provides students experiences that reflect the diverse
include electromagnetic induction, with an in-depth understanding nature of computer and electrical
transformers, alternating current (AC) of concepts, techniques, and engineering fields. A significant part
machine fundamentals, polyphase applications of renewable energy. of this course is the internship report
synchronous generators/motors, Topics covered include Introduction and presentation that students are

Abu Dhabi University | Undergraduate Catalog 2024 - 2025