Page 441 - Undergraduate Catalog 2024-25

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CSC 305 - Data Communications CEN 201 - Electric Circuits I CEN 304 - Electronic Devices and
and Networks Circuits
Credit Hours: 3
Credit Hours: 3 Prerequisite: ECS100 or PHY201 + Credit Hours: 3
Prerequisite: Junior Level EEN210L Prerequisite: CEN 201
This course provides an introduction This course builds on the concepts This course builds on the concepts
to modern data communications and and skills acquired in ECS100 and skills acquired in CEN201 Electric
computer networks from the physical Introduction to Engineering and Circuits I. It introduces students
to the transport layers. The course Computing. It introduces students to concepts, techniques, and
will present data communications to concepts, techniques, and applications of Electronic Devices
fundamentals and computer applications of Electric Circuits. Topics and Circuits. Topics covered include
networking methods, using the ISO covered include Circuit Variables, diodes, Bipolar Junction Transistors
7-layer reference model to organize Circuit Elements, Resistive Circuits, (BJTs), Field Effect Transistors (FETs),
the study. Attention will be focused Voltage-Divider and Current-Divider and Operational Amplifiers (Op
on the protocols of the physical, data Circuit Circuits, Circuit Analysis. Amps). Students connect theoretical
link control, network, and transport Students connect theoretical concepts learned in the course to
layers, for local and wide area concepts learned in the course to practice using hands-on laboratory
networks. The course examines in practice using hands-on laboratory experiences covering BJTs, FETs,
detail analog and digital signaling, experiences covering voltage and and OpAmps. The course has a
analog and digital conversions, current dividers, Star-Delta, and project. In this project, students work
network protocols & topologies, equivalent circuits. The course has a teams using Multisim and testing
and error detection & correction. It project. In this project, students work equipment to design a common
also discusses well-known standards teams using Multisim and testing source amplifier and communicate
such as Ethernet, DSL, Frame Relay, equipment to design a an RC high their experience using presentations
ATM, and TCP/IP. Topics on wireless pass filter and communicate their and reports.
communications will be covered as experience using presentations and
well. reports. CEN 333 - Cross-platform Mobile
Application Development
CEN 330 - Probability and CEN 320 - Signals and Systems
Stochastic Processes Credit Hours: 3 Credit Hours: 3
Credit Hours: 3 Prerequisite: MTT 205 + CEN 201 Prerequisite: CSC 201
Prerequisite: CEN320 + STT100 This course builds on the concepts This course builds on the concepts
This course builds on the concepts and skills acquired in MTT205 and skills acquired in CSC201
Computer Programming I. It
and skills acquired in STT100 Differential Equations and CEN201 introduces students to concepts,
General Statistics and CEN320 Electric Circuits. It introduces techniques, and applications of
Signals and Systems. It introduces students to concepts, techniques, Cross-platform Mobile Applications.
students to concepts, techniques, and applications of Signals and Topics covered include Ionic Apps,
and applications of Random Signals Systems. Topics covered include Angular, App navigation, Geolocation,
and Noise. Topics covered include classification of systems, DT and Google Maps API, Google Fit, and
probability theory, discrete and CT systems, signal modeling Google Cloud Vision. Students
continuous random variables and and transformation, LTI systems, connect theoretical concepts learned
their distributions, the concept of Frequency domain analysis and in the course to practice using
mean and variance, functions of one Fourier transform, Laplace transform, hands-on laboratory experiences
and two random variables, central Z-Transform, and Discrete Fourier covering Experimenting with Local
limit theorem, statistics, and random transform. The course has a project. and Remote Persistence in Cross-
processes. In this project, students In this project, students work teams Platform Mobile Applications:
work teams using MATLAB to design using MATLAB to design a sound Implementation and Performance
a graphical user interface (GUI) for visualization interface and analyzer Analysis, Localization Strategies for
image processing and communicate and communicate their experience Cross-Platform Mobile Applications:
their experience using presentations using presentations and reports. Testing and Evaluation of Multilingual
and reports. Support, and Integrating Local
and RESTful API Services in Cross-
Platform Mobile Applications:
Implementation, Benchmarking,

Abu Dhabi University | Undergraduate Catalog 2024 - 2025