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is dedicated to the analog circuits is introduced. The crystal structure optical devices are presented in this ITE 510 – Advanced Data flows, potential flows, and introduce
in weak inversion. Finally, the third and fabrication technologies, the course and thoroughly explained. Communication and Computer Master of transition to turbulence and
section of the course is dedicated to semiconductor band structures, Namely, nano-optical devices based Networks turbulent flows.
low-power digital circuits. the scattering processes and the on Metal-optics/plasmonic and Credit Hour: 3 Science in
optical and the optoelectronics silicon photonics. The analysis and MEC 515 - Linear Elasticity
On the other hand, the students properties of semiconductors are design of these nano-optical devices Prerequisite: Graduate Standing Credit Hours: 3
will be involved in a project work in all presented. In the second section, are the focus of this course. As the Mechanical
small groups. They will apply their the optical sources and detectors theme in its nature is dynamic and The course covers the advancements Pre-requisite: Graduate status
knowledge from earlier courses to are introduced. These include: Light continuously evolving, the course is of communication networks and Engineering Stress and strain in three dimensions,
design a low-power integrated circuit. Emitting Diodes (LEDs) and their based on conducting several projects presents in depth some topics fundamental field equations of
This is done using modern CAD tools structures, output characteristics, covering the outline. Students introduced in the first networking linear elasticity; deformation:
such as CADENCE. It will provide coupling to fibers, bandwidths, shall research, analyze, and design course such as advanced routing Core Courses displacements, strains and
precious hands-on experience as the and spectral emissions. The nano-optical devices and systems protocols, advanced congestion compatibility; equilibrium; three
students go through a realistic ASIC LASERS and their operation types, in this project with the instructor’s control techniques, and Quality of dimensional Hooke’s law; energy
design cycle from specification to spatial emission pattern, and their assistance. This will provide them Service. In addition, this course MEC 511 - Advanced methods and related principles; two-
finished integrated circuit. current Vs. output characteristics. with up-to-date knowledge, provides an in-depth understanding Mathematics and Applied dimensional problems in elasticity;
of existing and emerging optical
ECE 632 – Computer Based The photo-detectors and their experience in modern design tools, network technologies and includes: Statistics stress function solutions in Cartesian
Power System Planning and characteristics, Photoemissive types, and an understanding of state-of-the- fiber optic communications, SONET/ Credit Hours: 3 and Polar coordinates; torsion of
Design Photoconductivity and photovoltaic art technology. _ SDH, WDM, DWDM, and optical Pre-requisite: Graduate Status prismatic and thin-walled members;
stresses in thick and thin-walled
devices. Finally, the last section of the
Credit Hour: 3 course is dedicated to introduce the ITE 500 – Rich Internet Ethernet. The course also covers new This course focuses on mathematical pressure vessels and rotating discs;
Prerequisite: Graduate Standing theme of integrated optical circuits. Applications emerging networks such as sensor formulation and analysis of linear elastic fracture mechanics;
networks, MANETs, VANETs and their
These include dielectric waveguides, Credit Hour: 3 Mechanical engineering processes anisotropic elasticity. Ethical and
This course covers power systems coupled-mode theory, directional applications and systems, including initial and autonomous learning techniques will
and analysis techniques, load flow couplers, and photonic crystals. Prerequisite: Graduate Standing ITE 520 – Mobile Application boundary value problems. The course be employed throughout the course
analysis-based applications in Rich Internet applications (RIAs) are Development will include matrices and vectors, where relevant.
PowerFactory, control of reactive ECE 635 - Special Topics in web applications that approximate system of equations, ordinary and
power flow and frequency variation Electrical and Computer the look, feel, and usability of desktop Credit Hour: 3 partial differential equations, and MEC 522 - Advanced Heat
and load profiling, and modelling of Engineering applications. The techniques to Prerequisite: Graduate Standing complex variables. Mathematical Transfer
transmission systems. It introduces implement them are based on a methods such as separation of Credit Hours: 3
the students to the implementation Credit Hour: 3 group of technologies collectively With the ever increasing proliferation variables, Laplace transformation,
of generic and realistic power Prerequisite: Graduate Standing known as Ajax (Asynchronous Java of mobile devices such as smart Fourier transformation, integral Pre-requisite: Graduate status
systems, load flow analysis in This course introduces students to Scrip and XML), which uses client-side phones and tablets, it becomes very transformation, orthogonal functions Review of fundamentals of heat
distribution systems, and the advanced topics in areas not covered scripting to make web applications pertinent for Information Technology and Bessel functions will be covered. transfer modes (conduction,
assessment of renewable energy by the program. Students cover more responsive. The resultant professionals and students to learn Applications to structural analysis, convection, radiation). Steady
sources integration. It also estimates these topics theoretically and using applications were richer than the how to write software for these fluid mechanics, Heat transfer and State conduction with internal
the technical performance indices for hands-on software or hardware lab relatively static pure-HTML-based devices. Mobile Applications are dynamical systems to practical heat generation. Solution of 2-D
assessing the impact of renewable experiments. The course emphasizes Web applications that preceded becoming one of the most popular mechanical engineering problems conduction and fins problems.
energy sources in power systems exploration of recent technologies them. These applications have ways to quickly reach millions of are demonstrated. Laminar Boundary layer concepts
and implements simplified automatic and advances in the area. The course become known as Ajax applications, users. In this course students learn and solution of Laminar and
generation frequency controllers. content may change as the course is rich internet applications, or Web how to develop a variety of mobile MEC 513 - Advanced Fluid turbulent convection problems.
The course also covers the modelling repeated. 2.0 applications. They separate applications. Android will be used Mechanics Different forms solutions for heat
of double fed induction, power client-side user interaction and as the development platform but Credit Hours: 3 exchangers. Black body and gray
plants, risk evaluation of oscillatory server communication, and run other platforms can be considered surface radiation exchange. Boiling
stability in power systems, study of them in parallel reducing the delays by students and instructor whenever Pre-requisite: Graduate status and condensation heat transfer.
low frequency oscillations, and novel ECE 638 – Nano-Optical Devices of server side processing normally needed. The course covers the most Review of vectors, tensors, tensor
heuristic optimization algorithms. _ Credit Hour: 3 experienced by the user. This course relevant concepts and techniques notation, vector and tensor calculus, MEC 524 - Finite Element
for developing mobile applications.
ECE 634 - Optoelectronic Devices Prerequisite: Graduate Standing will examine techniques to develop It introduces students to the basic stresses in fluids, and Eulerian Applications in Solid Mech and
Heat Transfer
and Circuits Recently, research has focused Ajax applications. It will look at the components that define a mobile and Lagrangian viewpoints. Study Credit Hours: 3
the fundamental concepts and
underlying techniques; explore client-
Credit Hour: 3 on a new range of materials and side tools, and server-side tools. OS or platform and then moves to equations of fluid mechanics and Pre-requisite: Graduate status
Prerequisite: Graduate Standing technologies that fall under the cover specific structures for building conservational laws in a unified
umbrella of nanotechnology. a mobile application. Topics such vector/tensor approach. Develop The course provides a brief review
This course introduces in depth the Optical devices are developed on a as mobile user interface, storage conservation of mass, momentum,
theme of optoelectronic devices nanometer scale, promising a new organization, application life cycle and energy laws and examine their of basic FE in solids and builds
and circuits. At first, an extensive world of scalability and integration. and communication will be covered properties. Analyse boundary layer on the knowledge gained in the
revision of semiconductor physics The main two categories of nano- in details. introductory course in FEA. The
Abu Dhabi University | Postgraduate Catalog 2026 - 2027 Abu Dhabi University | Postgraduate Catalog 2026 - 2027