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EEN 338 - Electromagnetic Fields work teams using MATLAB to design analysis. The course has a project. the nature of the organization and The topics covered are dictated by theoretical concepts learned in the
and Waves a liquid level control system for a In this project, students work teams the specific work assigned to the the nature of the organization and course to practice using hands-on
chemical processing facility and using DIgSILENT Power Factory to students. This hands-on experience the specific work assigned to the laboratory experiences covering
Credit Hours: 3 communicate their experience using design a simulation for a 9-bus can encompass various aspects of students. This hands-on experience Load Distribution Analysis and
Prerequisite: MTT 205 presentations and reports. system to study its stability and computer and electrical engineering can encompass various aspects of Optimization in Electrical Systems,
Co-requisite: MTT 201 load flow and communicate their such as hardware design, software computer and electrical engineering Final Distribution Board Inspection,
EEN 340 - Energy Conversion
This course builds on the concepts experience using presentations and development, network architecture, such as hardware design, software and Final Circuits Inspection. The
and skills acquired in MTT205 Credit Hours: 3 reports. circuit analysis, control systems, and development, network architecture, course has a project. In this project,
Differential Equations. It introduces Prerequisite: EEN 220 + EEN 338 EEN 449 - Renewable Energy power distribution. In the course of circuit analysis, control systems, and students work teams using DIGSI
students to concepts, techniques, “This course builds on the concepts their internship, students will embark power distribution. In the course of 5, Matlab Simulink, and Power
and applications of Electromagnetic Credit Hours: 3 on a well-planned course of action their internship, students will embark Distribution Board to design a
Fields and Waves. Topics covered and skills acquired in EEN220 Prerequisite: EEN 345 jointly devised by the site-supervisor on a well-planned course of action Residential/Commercial Building
Electric Circuits II and EEN338
include Static Electric and Magnetic and the college-supervisor. This jointly devised by the site-supervisor Electrical Systems and communicate
Fields, Electromagnetic Waves, Electromagnetic Fields and Waves. This course builds on the concepts plan is intended to expose the and the college-supervisor. This their experience using presentations
Propagation of EM Waves in It introduces students to concepts, and skills acquired in EEN345 students to a broad range of practical plan is intended to expose the and reports.
Power Systems. It provides students
techniques, and applications of
Free Space, Wave Reflection at experiences that reflect the diverse students to a broad range of practical EEN 451 - Electrical Engineering
Normal Incidence, and Wave Electric Machines. Topics covered with an in-depth understanding nature of computer and electrical experiences that reflect the diverse Design Project I
include electromagnetic induction,
of concepts, techniques, and
Polarization. Students connect engineering fields. A significant part nature of computer and electrical
theoretical concepts learned in the transformers, alternating current (AC) applications of renewable energy. of this course is the internship report engineering fields. A significant part Credit Hour: 1
course to practice using hands-on machine fundamentals, polyphase Topics covered include Introduction and presentation that students are of this course is the internship report Prerequisite: Senior Level
to Renewable Energy, Wind Energy,
synchronous generators/motors,
laboratory experiences covering required to prepare. In this report and presentation that students are
electromagnetic principles. The induction motors, DC motors and Hydro Power, Solar Energy and and presentation, students will detail required to prepare. In this report “This course builds on the concepts
PV Systems, Geothermal Energy,
generators, and single-phase
course has a project. In this project, their experiences, learning outcomes, and presentation, students will detail and skills acquired in courses
students work teams using MATLAB, induction and synchronous motors. Ocean Energy, Biomass Energy, Tidal challenges faced, and solutions their experiences, learning outcomes, throughout the Electrical Engineering
electronic components, and Students connect theoretical Power, Economics of Renewable devised. They will communicate challenges faced, and solutions program. It is the first part of a two-
Energy, Energy and the Environment.
concepts learned in the course to
testing and measuring equipment their findings and reflections in a devised. They will communicate part sequence and requires students
to design a antenna for wireless practice using hands-on laboratory Students connect theoretical comprehensive report and present their findings and reflections in a to be at the senior level. It introduces
experiences covering Transformers,
concepts learned in the course to
communication and communicate their experiences in presentations. comprehensive report and present students to concepts, techniques,
their experience using presentations DC motors, and Three-Phase Motors. practice using hands-on laboratory This enhances their communication their experiences in presentations. and applications of comprehensive
and reports. The course has a project. In this experiences covering harvesting and analytical skills and helps them This enhances their communication project design and development
project, students work teams using wind and solar energy, and energy introspect and understand their and analytical skills and helps them within Electrical Engineering. Skills
EEN 365 - Control System MATLAB and testing equipment to storage. The course has a project. strengths, weaknesses, and areas introspect and understand their covered include problem definition,
design a simulation for separately In this project, students work teams of interest in the field. Additionally, strengths, weaknesses, and areas design conceptualization, modeling,
Credit Hours: 3 excited DC Shunt and a Series Motors using MATLAB Simulink to design students will analyze the impact of of interest in the field. Additionally, fabrication, and system integration
Prerequisite: MTT 204 + CEN 320 and communicate their experience a renewable energy resources computer and electrical engineering students will analyze the impact of in both software and hardware
This course builds on the concepts using presentations and reports.” utilization for power generation and on society, the environment, and computer and electrical engineering aspects. Students connect theoretical
and skills acquired in MTT204 EEN 345 - Power Systems communicate their experience using the economy, providing them with a on society, the environment, and concepts learned in the program to
Introduction to Linear Algebra and presentations and reports. more holistic understanding of their the economy, providing them with a practice through the development of
CEN320 Signals and Systems. It Credit Hours: 3 EEN 399i - Internship in role as future engineers. more holistic understanding of their their research proposals.
introduces students to concepts, Prerequisite: EEN 220 Electrical Engineering I EEN 399ii - Internship in role as future engineers. The core of the course is research.
techniques, and applications of This course builds on the concepts Electrical Engineering II EEN448 - Electrical Installation In this phase, students work on
Control Systems. Topics covered Credit Hours: 2 literature reviews and develop
include Modeling in Frequency and skills acquired in EEN220 Electric Prerequisite: 90 Credit Hours Credit Hour: 1 and Design a proposal for the project they
Circuits II. It introduces students
and Time domains, The Transfer Prerequisite: EEN 399i Credit Hour: 3 will work on in Capstone 2. This
Functions, Poles, Zeros, System to concepts, techniques, and “Internship in Computer/Electrical Prerequisite: EEN345 process involves integrating various
Response, block diagrams, Signal- applications of Power Systems. Topics Engineering I” is designed to expand “Internship in Electrical Engineering engineering skills and knowledge
covered include PerUnit Quantities,
Flow Graphs, Stability, Steady- on the knowledge and skills acquired II” is designed to expand on the This course builds on the concepts acquired throughout the program.
State Error, Root Locus, and PID Load Flow Study, Economic Dispatch, in the first 90 credit hours of the knowledge and skills acquired and skills acquired in EEN345 Power Students communicate their research
Symmetrical Components, Fault
Controllers. Students connect Computer/Electrical Engineering EEN399i Internship in Electrical Systems. It provides students with an process, challenges encountered,
theoretical concepts learned in the Study, System Protection, Stability, program. This course provides Engineering I, and in the Computer/ in-depth understanding of concepts, and project outcomes using
course to practice using hands-on and transmission line protection. students with an opportunity to Electrical Engineering program. This techniques, and applications presentations and detailed written
Students connect theoretical
laboratory experiences covering practically apply their theoretical course provides students with an of electrical power distribution. reports.
control systems analysis, PID concepts learned in the course to concepts in the fields of computer opportunity to practically apply their Topics covered include final circuit Extending the course over two
practice using hands-on laboratory
controllers on Simulink, and PID and electrical engineering within theoretical concepts in the fields of design, power protection, lightning semesters gives students time to
controllers on Arduinos. The course experiences covering transformers, a professional, industry setting. computer and electrical engineering protection, power factor, cable sizing, research the topic and develop
has a project. In this project, students power systems simulation and load The topics covered are dictated by within a professional industry setting. UPS, and earthing. Students connect a prototype. This leads to a well-
Abu Dhabi University | Undergraduate Catalog 2026 - 2027 Abu Dhabi University | Undergraduate Catalog 2026 - 2027