Page 288 - Postgraduate Catalog 2026-27

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Master of set to build advanced embedded Topics covered include Load medical data, and 4) fundamentals aspects. There are no formal lectures a proposal and defend their proposal
Characteristics, Steady-state analysis,
successfully. While in the second part
of machine vision and medical data
Linux applications.
associated with the course. Teams of
Science in ECE 510 – Advanced Distribution Transformers, Electrical visualization. Students will learn students will be formed to work as (ECE691B) students are expected
a unit on each project, and also for
image restoration, computer vision
energy utilization, Power Quality,
to get to complete their thesis work
Communication Systems
Power factor improvement, and
and visualization techniques with
the purpose of an oral special topic
including defending it successfully
Electrical and Credit Hour: 3 voltage regulation. Students connect applications to medical data through presentation. Every project is unique and submit at least one original
theoretical concepts learned in the
journal paper or multiple quality
and may require additional readings
examples and reading papers.
Computer Prerequisite Graduate Standing course to practice using hands-on Students are expected to work on to promote self and life-long learning, conference papers for publication.
The course covers recent advances
laboratory experiences covering
and part of the challenge for the
a team project and write technical
Engineering in today’s communication systems. Measure the Power using Three reports. _ students is to determine the steps Elective Courses
The course’s main focus is on the
to take.
Ammeter or Three Voltmeter
optical communication system, Method, Measure the Power of an AC, MEM 501 – Project Management
including different types of fiber 3-phase system using Two Wattmeter Credit Hour: 3 Typical goals are conducting
used, the advantages and limitations Method, and Power Factor Correction Prerequisite: Graduate Standing feasibility studies, development of ECE 622 – Embedded Signal
offered, and the internationally by using Capacitor Bank in parallel preliminary designs, creation of Processing
Core Courses implemented standards and design with Inductive Load. This course covers the elements advanced designs in software and Credit Hour: 3
procedures. Advanced topics such of project management critical hardware, final building and testing Prerequisite: Graduate Standing
as special fibers, high order effects ECE 611 – Advanced Mixed Mode to the success of engineering of the product, and understanding
ECE 500 – Integrated Circuit in optical waveguides, dispersion, Integrated Circuit Design projects: project management the impact of the solution in a This course introduces students to
Design and dispersion management Credit Hour: 3 framework, strategic management global economic, environmental real-time signal processing systems
Credit Hour: 3 are thoroughly investigated. Prerequisite: Graduate Standing and project selection, project and societal context. There will be and their design and implementation
regularly scheduled online class
Prerequisite: Graduate Standing Furthermore, the course offers organization, human aspects of using embedded systems. It
examples of communication system The increasing market demand project management, conflicts and sessions every week. All members introduces students to the Blackfin
This course introduces students design, including optical amplification on integrated system-on-chip negotiations, scope management, of the class are expected to attend processor and its programming and
to the MOS fabrication processes, and soliton signaling. The course applications creates wide demand time management, cost these sessions, which are partially applications in the area of real-time
modeling of MOSFETs in analog concludes with the practical design of for integrated circuits (ICs) that can management, risk management, devoted to class discussion, overall audio, image, and video signal
and digital modes, including the ultra-fast fiber optic communication process both analog signals and contracts and procurement, project planning and scheduling of class processing. It also discusses the
small signal models, noise models, systems. digital logic. This course covers termination, the project management activities. Students on the MEngECE limitations imposed due to use of
delay and transition times. It also electrical system building blocks office, and modern developments program are expected to orient their embedded systems and the influence
covers the inverters and their noise ECE 512 - Smart Grids and working between the analog and in project management. Integrates project towards management of of these limitations on algorithm
margins, static logic gates, switching Renewable Energy digital world that are used in and clarifies the principles and tools Electrical and Computer Engineering utilization and design. The course
characteristics, biasing of current Credit Hour: 3 integrated circuits. Such structures through case studies from a variety project. discusses digital signal processing
mirrors, and the applications of Prerequisite: Graduate Standing include e.g. comparators, Nyquist- of disciplines. principles and filter design before
MOSFETs as voltage references. Rate analog to digital converters, Thesis Option introducing implementation
ECE 501 - Advanced Embedded The objective of this course is to Nyquist-Rate digital to analog Project Option techniques using embedded systems.
cover smart grids, renewable power
System Design generation technologies and their converters, and oversampling ECE 630 – Advanced Low-Power
converters.
Credit Hour: 3 integration into power systems. It The students will learn the ECE 691- Thesis in ECE Integrated Circuit Design
Prerequisite: Graduate Standing includes analysis, challenges for the methodologies to carry out a design ECE 690 - Electrical and Credit Hour: 3 Credit Hour: 3
This course introduces students to construction and operation of various of a mixed-mode IC, and related Computer Engineering Project Prerequisite: 15 credit hours Prerequisite: Graduate Standing
power plants including hydroelectric
advanced embedded systems design and emerging renewable energy computer-aided design (CAD) Credit Hour: 3 This course is amendatory In recent years, with the development
techniques and their applications. software tools to improve the quality Prerequisite: 15 credit hours requirement for all Masters’ students.
Students learn and experiment with technologies including solar, wind, and optimality of mixed-signal IC The objective of this course is to The thesis consists of two successive of applications such as mobile
biomass, marine and geothermal
systems, sensor networks, and
building their own microcontroller designs. provide guided experience in wide courses A and B. The purpose of
printed circuit board and interface energy in Europe and North America. ECE 621 – Computer and areas of Electrical and Computer the thesis is to complete individually biomedical applications, power
consumption has become the most
it to external hardware such as ECE 520 – Advanced Power Engineering to student teams a research capstone project in the compelling constraint in designing
different sensors and actuators. They System Analysis Machine Vision working on design projects. The field of electrical engineering to
then move to discuss networking Credit Hour: 3 Credit Hour: 3 projects will integrate various culminating the student experience integrated circuits (ICs). This course
introduces in depth the theme
aspects of embedded systems at the Prerequisite: Graduate Standing Electrical and Computer Engineering and validate them as Masters
low-level using USART, SPI, and I2C, Prerequisite: Graduate Standing skills into operational prototypes. Practitioners. Moreover, the student of low-power analog and digital
integrated circuits. At first, energy-
and the high-level using HTTP over This course builds on the concepts This course covers: 1) The should implement and use their constrained applications and system
WiFi. They experiment with RTOS and skills acquired in EEN345 Power fundamentals of 2-D and 3-D image The projects will emphasize problem gained experience to complete and
for microcontroller. Finally, students Systems. It introduces students computing, 2) the application of definition, design conceptualization, publish research work. In the first requirements are introduced. In the
second section, MOSFET modeling
study Linux for embedded system to concepts, techniques, and image computing algorithms to implementation and system part (ECE691A) the students are
design and use its powerful feature applications of power distribution. medical images, 3) enhancement integration in software and hardware expected to select and advisor, write in weak inversion is presented.
and restoration of 2-D and 3-D The second section of the course
Abu Dhabi University | Postgraduate Catalog 2026 - 2027 Abu Dhabi University | Postgraduate Catalog 2026 - 2027