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CEN 425 - Internet of Things: practice through the development of iterative design improvements to EEN210L - Digital Circuits Lab work teams using MATLAB to design security. Students connect theoretical
Applications & Networking their research proposals. ensure the prototype meets the a liquid level control system for a concepts learned in the course to
The core of the course is research. project objectives and standards. Credit Hours: 1 chemical processing facility and practice using hands-on laboratory
Credit Hours: 3 In this phase, students work on Students will also gain experience in Co-Prerequisite: EEN210 communicate their experience using experiences covering Data protection
Prerequisite: CEN 325 literature reviews and develop delivering professional presentations This lab focuses on the practical presentations and reports. techniques, Data encryption
This course builds on the concepts a proposal for the project they and composing detailed written applications of Digital Logic Circuit CEN 466 - Advanced Digital techniques, and Authentication
and skills acquired in CEN325 will work on in Capstone 2. This reports, focusing on the design concepts, techniques, and designs. System Design techniques. The course includes
Internet of Things: Applications and process involves integrating various enhancements and challenges Lab equipment includes Measuring a project where students work in
Networking. It provides students engineering skills and knowledge overcome during the project’s and Testing Instruments, Logic Credit Hours: 3 teams using Python to design a
with an in-depth understanding acquired throughout the program. second phase. Further, students Gates, Combinational Logic Circuits, Prerequisite: EEN210 Secure Communication System
of concepts, techniques, and Students communicate their research will deepen their understanding Sequential Logic Circuits, and using Advanced Cryptography and
applications of internet of process, challenges encountered, of the societal, environmental, and Circuit Simulation. Students connect This course builds on the concepts communicate their experience
things. Topics covered include and project outcomes using economic implications of their theoretical concepts learned in the and skills acquired in EEN210 Digital through presentations and reports.
microcontroller communication,RPi presentations and detailed written engineering solutions, facilitating course to practice using hands-on Circuits. It provides students with an CEN368 - Computer Architecture
setup and IoT implementation, reports. a comprehensive understanding laboratory experiments covering in-depth understanding of concepts, and Organization
python basics, python lists and Extending the course over two of their role and responsibilities the use of Measuring and Testing techniques, and applications of
dictionaries , advanced python, semesters gives students time to as computer engineers. The Equipment, LabView Multisim FPGAs and Digital Design. Topics Credit Hours: 3
computer vision with opencv, research the topic and develop two-semester structure enables and Data Acquisition, Logic Gates covered include NMOS, CMOS, and Prerequisite: EEN210 + CEN325
controlling hardware and motors, a prototype. This leads to a well- students to fully realize their projects, Verification, Combinational Logic FPGA Implementations, Arithmetic
interfacing sensors and digital rounded learning experience that providing a unique opportunity to Circuits including Multiplexers, Circuits, Combinational Logic This course builds on the concepts
inputs , integrating microcontrollers encapsulates the realities of working experience the complete life cycle Decoders, Adders, and Comparators, Blocks, Sequential Logic Blocks, and skills acquired in EEN210 Digital
and embedded linux boards, home on large-scale, complex engineering of a complex engineering project, Sequential Logic Circuits including Asynchronous Sequential Circuits in Circuits and CEN325 Internet of
automation, RPi hardware basics projects. from initial conceptualization to final Flip-Flops and Latches, Introduction VHDL, Computer-Aided Design Tools, Things: Foundation and Design. It
and interfacing techniques. The execution and evaluation.” to VHDL on Quartus and the Altera and Testing in VHDL. The course has introduces students to concepts,
course has a project. In this project, CEN 452 - Computer EEN 210 - Digital Circuits DE2 Board, and Combinational and a project. In this project, students techniques, and applications
students work teams using PyCharm, Engineering Design Project II Sequential Circuits in VHDL. work teams using VHDL to design a of computer architecture and
Linux OS, UMLETino, Rasberry Credit Hours: 3 digital parking garage control system organization. Topics covered include
Pi, Sesnors, Actuatos, and ICs to Credit Hours: 2 Prerequisite: ECS100 and communicate their experience CPU basics and organization,
design a advanced IoT nodes and Prerequisite: CEN451 using presentations and reports. instruction set architecture, Input/
embedded systems with computer This course builds on the concepts Output systems, hardware-software
and skills acquired in ECS100
vision systems and communicate “This course builds on the concepts, EEN 365 - Control Systems interface, pipelining, processor and
their experience using presentations skills, and progress acquired and Introduction to Engineering Credit Hours: 3 CEN 455 - Security memory architectures, specialized
and Computing. It introduces
and reports. achieved in CEN451 Computer Fundamentals for Computers processor extensions, virtualization.
Engineering Design Project I. It students to concepts, techniques, Prerequisite: MTT204 + CEN320 and Embedded Systems Students connect theoretical
CEN 451 - Computer continues to engage students and applications of digital logic This course builds on the concepts concepts learned in the course to
Engineering Design Project I in concepts, techniques, and design. Topics covered include and skills acquired in MTT204 Credit Hours: 3 practice using hands-on laboratory
applications of comprehensive digital concepts, number systems, Prerequisite: CSC308 + CSC305 + experiences covering VHDL memory,
Credit Hours: 1 project design and development operations, codes, logic gates, logic Introduction to Linear Algebra and CEN325 VHDL ALUs, and VHDL control
Prerequisite: Senior Level within Computer and Electrical simplification, combinational logic CEN320 Signals and Systems. It logic. The course has a project. In
introduces students to concepts,
“This course builds on the Engineering. analysis, latches, flip-flops, counters, techniques, and applications of This course builds on the concepts this project, students work teams
and skills acquired in CSC308
concepts and skills acquired in This course continues the topics shift registers. The course has a Control Systems. Topics covered Operating Systems, CSC305 Data using VHDL to design a basic
courses throughout the Computer covered in the first part, including project. In this project, students work include Modeling in Frequency Communications and Networks, computer architecture systems and
Engineering program. It is the advanced problem definition, teams using digital logic ICs to design and Time domains, The Transfer and CEN325 Internet of Things: communicate their experience using
first part of a two-part sequence design conceptualization, modeling, a combinational and sequential Functions, Poles, Zeros, System Foundations and Design. It presentations and reports.
and requires students to be at the fabrication, and system integration logic circuits using k-maps and state Response, block diagrams, Signal- provides students with an in-
senior level. It introduces students in both software and hardware machines and communicate their Flow Graphs, Stability, Steady- depth understanding of concepts,
to concepts, techniques, and aspects. The centerpiece of the experience using presentations and State Error, Root Locus, and PID techniques, and applications Major Elective
applications of comprehensive course remains the design project. reports. Controllers. Students connect of information security. Topics
project design and development Students continue their work from theoretical concepts learned in the covered include Data security, Data
within Computer Engineering. Skills Computer Engineering Design course to practice using hands-on integrity, Technical vulnerabilities, CSC 302 - Database
covered include problem definition, Project I, utilizing various software laboratory experiences covering Human factor vulnerabilities, Management Systems
design conceptualization, modeling, tools and hardware components to control systems analysis, PID Resource protection models,
fabrication, and system integration refine, finalize, and optimize their controllers on Simulink, and PID Secret key cryptography, Public Credit Hours: 3
in both software and hardware operational engineering prototypes/ controllers on Arduinos. The course key cryptography, Message Prerequisite: CSC201, MTT202
aspects. Students connect theoretical systems. This process may involve has a project. In this project, students authentication codes, Network This course is about databases, and
concepts learned in the program to strict testing, troubleshooting, and

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