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Students connect theoretical diodes, Bipolar Junction Transistors and applications of Internet and System. It introduces students keying and communicate their CEN464 - Digital Signal
concepts learned in the course to (BJTs), Field Effect Transistors (FETs), of Things and microcontroller to concepts, techniques, and experience using presentations and Processing
practice using hands-on laboratory and Operational Amplifiers (Op interfacing. Topics covered include applications of Analog and Digital reports.
experiences covering voltage and Amps). Students connect theoretical microcontroller fundamentals, digital Communication. Topics covered Credit Hours: 3
current dividers, Star-Delta, and concepts learned in the course to and analog I/O, motor control, include basics of analog and digital CEN 320 - Signals and Systems Prerequisite: CEN320
equivalent circuits. The course has a practice using hands-on laboratory interfacing with sensors, registers, communication, signals and spectra, Credit Hours: 3 This course builds on the concepts
project. In this project, students work experiences covering BJTs, FETs, Timers, interrupts, and serial analog modulation techniques (AM, Prerequisite: MTT205 + CEN201 and skills acquired in CEN320 Signals
teams using Multisim and testing and OpAmps. The course has a communication. The course has a FM, PM), the transition from analog to and Systems. It provides students
equipment to design a an RC high project. In this project, students work project. In this project, students work digital, baseband transmission using This course builds on the concepts with an in-depth understanding
pass filter and communicate their teams using Multisim and testing teams using Arduino, sensors, and digital modulation techniques (PAM, and skills acquired in MTT205 of concepts, techniques, and
experience using presentations and equipment to design a common wireless communication to design a PCM). Students connect theoretical Differential Equations and CEN201 applications of digital signal
reports. source amplifier and communicate Sumo Robot and communicate their concepts learned in the course to Electric Circuits. It introduces processing. Topics covered include
their experience using presentations experience using presentations and practice using hands-on laboratory students to concepts, techniques,
EEN 220 - Electric Circuits II and reports. reports. experiences covering Analog and and applications of Signals and the z-transform and its application to
the analysis of LTI systems, frequency
Credit Hours: 3 CEN 324 - Digital and Analog CEN 425 - Internet of Things: Digital Modulation Schemes. The Systems. Topics covered include analysis of signals, frequency-
Prerequisite: CEN 201 Electronics Applications & Networking course has a project. In this project, classification of systems, DT and domain analysis of LTI systems,
CT systems, signal modeling
students work teams using MATLAB,
This course builds on the concepts Credit Hours: 3 Credit Hours: 3 electronic components, and testing and transformation, LTI systems, the properties and applications of
discrete fourier transform, the design
and skills acquired in CEN201 Electric Prerequisite: CEN 304 Prerequisite: CEN 325 and measuring equipment to design Frequency domain analysis and of digital filters, and the properties
Circuits I. It introduces students a FM transmitter circuit capable Fourier transform, Laplace transform, and applications of discrete fourier
to concepts, techniques, and This course builds on the concepts This course builds on the concepts of wirelessly transmitting audio Z-Transform, and Discrete Fourier transform . The course has a project.
applications of AC Electric Circuits. and skills acquired in CEN304 and skills acquired in CEN325 signals to an FM radio receiver and transform. The course has a project. In this project, students work teams
Topics covered include instantaneous Electronic Devices and Circuits. Internet of Things: Applications and communicate their experience using In this project, students work teams using MATLAB to design a digital
Power, average power and RMS It provides students with an in- Networking. It provides students presentations and reports. using MATLAB to design a sound filters and communicate their
values, active and reactive Power, depth understanding of concepts, with an in-depth understanding visualization interface and analyzer experience using presentations and
Three Phase Circuits and Power techniques, and applications of of concepts, techniques, and EEN 339 - Communication and communicate their experience reports.
Distribution systems, Power factor electronic circuits. Topics covered applications of internet of Systems using presentations and reports.
Correction, Magnetically Coupled include amplifiers, building blocks, things. Topics covered include Credit Hours: 3 CEN464L - Signal Processing Lab
Circuits, Transformers, Frequency amplifier frequency response, ideal microcontroller communication,RPi Prerequisite: CEN330 + EEN337 CEN401L - Embedded and IoT
Response, Resonance Circuits, and and non-ideal operational amplifiers setup and IoT implementation, Lab Credit Hours: 1
Admittance Parameters. Students and feedback, operational amplifier python basics, python lists and This course builds on the concepts Credit Hours: 3 Co-Prerequisite: CEN464
connect theoretical concepts learned applications, differential amplifiers dictionaries , advanced python, and skills acquired in EEN 337 Prerequisite: EEN210L This lab focuses on the practical
in the course to practice using and operational amplifier design, computer vision with opencv, Digital and Analog Communications Co-Prerequisite: CEN425 applications of Digital Signal
hands-on laboratory experiences analog integrated circuit design controlling hardware and motors, and CEN 330 Probability and Processing concepts, techniques, and
covering AC circuits, power techniques. Students connect interfacing sensors and digital Stochastic Processes. It introduces This lab focuses on the practical designs. Lab equipment includes a
transferred, frequency, and power theoretical concepts learned in the inputs , integrating microcontrollers students to concepts, techniques, applications of embedded systems PC and Matlab software. Students
factor corrections.. The course has course to practice using hands-on and embedded linux boards, home and applications of Communication and internet of things concepts, connect theoretical concepts learned
a project. In this project, students laboratory experiences covering automation, RPi hardware basics Systems. Topics covered include techniques, and designs. Lab in the course to practice using hands-
work teams using Multisim and OpAmps applications. The course and interfacing techniques. The digital modulation and demodulation equipment includes Arduinos, on laboratory experiments covering
testing equipment to design a three- has a project. In this project, students course has a project. In this project, techniques, optimum receiver design, Raspberry Pis, actuators, sensors, signal operations, convolution,
phase power system and explore its work teams using electronic circuits students work teams using PyCharm, coherent modulations, spread- and the PyCharm software. Fourier and Laplace transforms,
simulation and communicate their to design a signal conditioning and Linux OS, UMLETino, Rasberry spectrum techniques, informationy Students connect theoretical Fourier domain representation,
experience using presentations and filtering circuits and communicate Pi, Sesnors, Actuatos, and ICs to theory, error control coding concepts learned in the course to time domain sampling, aliasing,
reports. their experience using presentations design a advanced IoT nodes and techniques, and the effects of noise practice using hands-on laboratory pre-filtering, filter design, random
and reports. embedded systems with computer in communication systems. Students experiments covering Introduction signals, probability, noise modeling
CEN 304 - Electronic Devices and vision systems and communicate connect theoretical concepts learned to the Arduino and the Raspberry
Circuits CEN 325 - Internet of Things: their experience using presentations in the course to practice using Pi, State Machines Implementations and reduction, power spectral
Foundations and Design using Embedded C++ and Python, analysis, and 1D-3D signal processing
Credit Hours: 3 and reports. hands-on laboratory experiences for audio, sensor, image, and video
Prerequisite: CEN 201 Credit Hours: 3 EEN 337 - Analog and Digital covering modulation techniques, TinkerCAD and TkCircuit Simulators, signals.
Prerequisite: CSC 201 + EEN 210 synchronization methods, and spread Bash Programming and Linux, Digital
This course builds on the concepts Communications spectrum coding techniques. The Inputs and Outputs on Arduino,
and skills acquired in CEN201 Electric This course builds on the concepts Credit Hours: 3 course has a project. In this project, GPIO, Serial Communication,
Circuits I. It introduces students and skills acquired in CSC201 Prerequisite: CEN 320 students work teams using MATLAB Interfacing Motors and Sensors, Web
to concepts, techniques, and Computer Programming I and and testing equipment to design a and Mobile Interfaces for IoT Nodes,
applications of Electronic Devices EEN210 Digital Circuits. It introduces This course builds on the concepts end-to-end digital communication and Back End Technologies.
and Circuits. Topics covered include students to concepts, techniques, and skills acquired in CEN 320 Signals system using binary phase shift

Abu Dhabi University | Undergraduate Catalog 2026 - 2027 Abu Dhabi University | Undergraduate Catalog 2026 - 2027