Page 471 - Undergraduate Catalog 2023-24

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professional practice. This includes a CSC 305 - Data Communications distributions, the concept of mean EEN 220 - Electric Circuits II that describe the operation of these CEN 425 - Internet of Things:
discussion of the code of ethics and and Network and variance, functions of one and devices and how they can be used to Applications & Networking
responsibility of engineers, ethical two random variables, central limit Credit Hours: 3 design circuits that provide important
theories, ethical problems-solving Credit Hours: 3 theorem, statistics, and random Prerequisite: CEN 201 electronic functions. Credit Hours: 3
methods, and case studies based Prerequisite: Junior Level processes. Emphasis is given to This course introduces alternating Prerequisite: CEN 325
on real events that illustrate the This course provides an introduction applications to signal processing and current (AC) analysis. It defines CEN 324 - Digital and Analog This course introduces the complete
problems faced by engineers. The to modern data communications communications. instantaneous Power, average power Electronics development cycle of Embedded
case studies also show the effects of and computer networks from the and RMS values, active and reactive Credit Hours: 3 Linux System, teaches the
engineering decisions on society. physical to the transport layers. CEN 201 - Electric Circuits I Power. Topics covered include: Three Prerequisite: CEN 304 knowledge to create an embedded
The second part of the course gives Topics include data transmission, Credit Hours: 3 Phase Circuits and Power Distribution The course covers the analysis Linux foundation, and extends
students a working knowledge data encoding, transmission media, Prerequisite: ECS 200 or PHY 201 systems: Configuration of Different and design of digital and analog this foundation to interfacing
on making economic comparison data communication interfaces, data This is the first course in the Three phase Systems, Three-phase circuits. Analog-to-digital and application designs.Linux offers
of investment alternatives in link control, multiplexing, spread Computer and Electrical Engineering Power, Power factor Correction. digital-to-analog conversion circuits. reliability, features, open-source
engineering project environment. spectrum, local area networks (LANs), Program on electric circuits. It Magnetically Coupled Circuits: Mutual Fundamental concepts in digital code, and a proven track record;
This includes description of the circuit switching, packet switching, teaches the fundamentals of Inductance, Dot Convention, Energy electronics: VTC curve, Fan-out, these features make it perfectly
interest and time value of money and cellular wireless networks. electrical circuit theory and its stored, Ideal Transformers, Three Propagation delay and static/ suited for embedded system
relationships, methods of comparing CEN 333 - Cross-platform Mobile application to practical direct and Phase Transformers. Frequency dynamic power dissipation. NMOS/ design. Topics covered include an
alternatives using economic concepts Application Development alternating current circuits. The Response: Network Functions, Bode CMOS inverters, CMOS NOR/NAND introduction to Linux, how to use and
such as: the rate-of return (ROR), the course starts with an introduction Plot, Resonance Circuits. Two port gates. Operational amplifiers. Low, develop Embedded Linux products,
present worth (PW), the future worth Credit Hours: 3 to the fundamental electrical networks: Admittance Parameters, medium, and high frequency models including the production of a live or
(FW), the annual equivalent (AE), Prerequisite: CSC 201 quantities, presenting the concept Impedance Parameters and Hybrid for transistors. Small-signal analysis simulated target system. Students
cost-benefit analysis and breakeven of passive and active components. Parameters. (Hybrid-π model) and design of will take home their own developed
and payback analysis. Other topics This course teaches students The circuit analysis techniques are CEN 304 - Electronic Devices and single-stage MOSFET/BJT circuits. Embedded Linux System. The
include replacement analysis, cross-platform mobile application then presented. These include, nodal Circuits Frequency response characteristics course is designed to teach a wide
inflation and depreciation. The course development with a focus on analysis, mesh analyses, source of single/multi-stage amplifiers. range of applications from vending
enables students to make suitable advanced topics including navigation, transformation, and superposition. Credit Hours: 3 Power amplifiers: class A and B. machines, ATMs, airplane multimedia
decisions in their professional life persistence both remote (Firebase Furthermore, the Thevenin and Prerequisite: CEN 201 Feedback topologies and stability. management and delivery systems,
when they have to make a decision & Google Cloud Storage) and local, Norton equivalent circuits techniques Wave shaping: Multi-vibrators (Mono- etc.
on ethical and economical basis. RESTful API integration, localization, and the maximum power transfer This course introduces the stable, quasi-stable, and Bi-stable) EEN 337 - Analog and Digital
reverse-geocoding, and geofencing fundamentals and essential topics
services on Google Maps API, device concept are taught. The last part for the study of electronic circuits. and oscillators. Communications
sensors for orientation, motion, and of the course focuses on circuits Topics covered include: diodes, CEN 325 - Internet of Things: Credit Hours: 3
light, hardware control over the cloud including capacitors and inductors. Bipolar Junction Transistors (BJTs), Foundations and Design
Major Requirements using the mobile app as an interface, The course lab sessions will introduce Field Effect Transistors (FETs), and Prerequisite: CEN 320
and camera integration. It also the essential instrument needed Operational Amplifiers (Op Amps). Credit Hours: 3 Signal analysis: Fourier series
provides students with an advanced to analyze electric circuits and will Firstly, students wills be introduced to Prerequisite: CSC 201 + EEN 210 representation, properties of Fourier
hands-on experience of recent be used to anchor the theoretically the basis of semiconductor materials, transform, power spectrum, and
EEN 210 - Digital Circuits advancement in AI and Computer taught material. Students will mass-action law, formation of p-n This course will introduce 8-bit Dirac delta function. Signal distortion
Credit Hours: 3 Vision powered mobile and Internet investigate electric circuits used in junctions, and flow of diffusion and microcontrollers, their RISC over a communication channel.
architecture, and how they are used
real life. The course project will be
Prerequisite: ECS 200 computing technologies and their associated with the course activities drift current within the junction. The to build embedded systems and Bandwidth of typical communication
applications. Application uses cases diode concept will be introduced channels. Principles of modulation:
This course introduces theory covered include facial detection, fostering on developing students’ subsequently, starting with Internet of Things applications by Amplitude modulation (AM), double
and design of digital logic circuits, visual tracking, segmentation, object skills. For instance, students will mathematical model of diode current interfacing sensors and actuators. sideband (DSB), single sideband
including number systems, Boolean detection, text recognition, and conduct observation, application, and then moving towards the diode During this course, students will (SSB), vestigial sideband (Television);
algebra, logic gates, combinational landmark identification. It also gives and testing. The students will be applications (rectification, clipping, develop a basic understanding of Angle modulation: frequency
and sequential circuit design and a brief introduction to mobile game involved in investigating electric and clamper). The topics of half-wave, embedded systems and how to modulation (FM), phase modulation
analysis, Karnaugh maps, truth development. circuit concepts while applying full-wave rectification, clipping and program them using assembly and (PM); frequency division multiplexing
tables, logic optimization, arithmetic mathematical and scientific clamping circuits will be discussed embedded C. They also learn how (FDM). Sampling, quantizing, and
circuits, flip-flops, counters, memory EEN 330 - Random Signals and principles. Other soft skills, such as in details. The types of diodes such systems can be controlled and/or Pulse Code Modulation (PCM): Time
and storage, synchronous and Noise teamwork and communications, are as Zener and LEDs will be discussed monitored by these microcontrollers. Division Multiplexing (TDM), PAM,
asynchronous state machines, and integrated with the course labs and briefly. The device structure for Lectures and labs will be used to PDM, and PPM.
introduction to programmable logic. Credit Hours: 3 projects. the formation of BJT and FET and ensure that the concepts of IoT are
Prerequisite: CEN320 + STT100
It also introduces students to a their physical operation leading of understood. Topics covered include
systematic design methodology. This course covers probability its terminal characteristics will be instruction cycle, registers, memory,
theory, discrete and continuous covered. The course will also treat IO, ADC, DAC, Timers, interrupts, and
random variables and their the use of equivalent circuit models serial communication.

Abu Dhabi University | Undergraduate Catalog 2023 - 2024 Abu Dhabi University | Undergraduate Catalog 2023 - 2024