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CEN201 - Electric Circuits I CEN304 - Electronic Devices and CEN464 - Digital Signal In this project, students work teams such as machine learning model students. This hands-on experience
Circuits Processing using MATLAB and PyCharm to design development, data analysis, natural can encompass various aspects of
Credit Hours: 3 a Particle Filter-Based Object Tracking language processing, computer AI engineering such as machine
Prerequisite: ECS100 or PHY201 + Credit Hours: 3 Credit Hours: 3 in Video Sequences and communicate vision, AI systems integration, and learning model development, data
EEN210L Prerequisite: CEN201 Prerequisite: CEN320 their experience using presentations deployment. During their internship, engineering, natural language
This course builds on the concepts This course builds on the concepts This course builds on the concepts and reports. students will embark on a well- processing, computer vision, AI
and skills acquired in ECS100 and skills acquired in CEN201 Electric and skills acquired in CEN320 Signals CEN401L - Embedded and IoT planned course of action jointly system integration, and deployment.
Introduction to Engineering and Circuits I. It introduces students and Systems. It provides students Lab devised by the site-supervisor and During their internship, students will
Computing. It introduces students to concepts, techniques, and with an in-depth understanding the college-supervisor. This plan is embark on a well-planned course of
to concepts, techniques, and applications of Electronic Devices of concepts, techniques, and Credit Hours: 1 intended to expose the students action jointly devised by the site-
applications of Electric Circuits. Topics and Circuits. Topics covered include applications of digital signal Prerequisite: EEN210L to a broad range of practical supervisor and the college-supervisor.
covered include Circuit Variables, diodes, Bipolar Junction Transistors processing. Topics covered include experiences that reflect the diverse This plan is intended to expose the
Circuit Elements, Resistive Circuits, (BJTs), Field Effect Transistors (FETs), the z-transform and its application to This lab focuses on the practical nature of the artificial intelligence students to a broad range of practical
Voltage-Divider and Current-Divider and Operational Amplifiers (Op the analysis of LTI systems, frequency applications of embedded systems engineering field. A significant part experiences that reflect the diverse
Circuit Circuits, Circuit Analysis. Amps). Students connect theoretical analysis of signals, frequency-domain and internet of things concepts, of this course is the internship report nature of the artificial intelligence
Students connect theoretical concepts learned in the course to analysis of LTI systems, the properties techniques, and designs. Lab and presentation that students are engineering field. A significant part
concepts learned in the course to practice using hands-on laboratory and applications of discrete fourier equipment includes Arduinos, required to prepare. In this report of this course is the internship report
practice using hands-on laboratory experiences covering BJTs, FETs, and transform, the design of digital filters, Raspberry Pis, actuators, sensors, and presentation, students will detail and presentation that students are
experiences covering voltage and OpAmps. The course has a project. and the properties and applications and the PyCharm software. their experiences, learning outcomes, required to prepare. In this report
current dividers, Star-Delta, and In this project, students work teams of discrete fourier transform . Students connect theoretical challenges faced, and solutions and presentation, students will detail
equivalent circuits. The course has a using Multisim and testing equipment The course has a project. In this concepts learned in the course to devised. They will communicate their experiences, learning outcomes,
project. In this project, students work to design a common source amplifier project, students work teams using practice using hands-on laboratory their findings and reflections in a challenges faced, and solutions
teams using Multisim and testing and communicate their experience MATLAB to design a digital filters and experiments covering Introduction comprehensive report and present devised. They will communicate
equipment to design a an RC high using presentations and reports. communicate their experience using to the Arduino and the Raspberry their experiences in presentations. their findings and reflections in a
pass filter and communicate their presentations and reports. Pi, State Machines Implementations This enhances their communication comprehensive report and present
experience using presentations and EEN365 - Control Systems using Embedded C++ and Python, and analytical skills and helps them their experiences in presentations.
reports. Credit Hours: 3 CEN454 - Computer Vision and TinkerCAD and TkCircuit Simulators, introspect and understand their This enhances their communication
Bash Programming and Linux, Digital
strengths, weaknesses, and areas
and analytical skills and helps them
Image Processing
CEN320 - Signals and Systems Prerequisite: MTT204 + CEN320 Credit Hours: 3 Inputs and Outputs on Arduino, GPIO, of interest in the field. Additionally, introspect and understand their
Credit Hours: 3 This course builds on the concepts Prerequisite: CEN464 + CEN464L Serial Communication, Interfacing students will analyze the impact of strengths, weaknesses, and areas
Motors and Sensors, Web and Mobile
Prerequisite: MTT205 + CEN201 and skills acquired in MTT204 artificial intelligence on society, the of interest in the field. Additionally,
Introduction to Linear Algebra and This course builds on the concepts Interfaces for IoT Nodes, and Back environment, and the economy, students will analyze the impact of
This course builds on the concepts CEN320 Signals and Systems. It and skills acquired in CEN464 End Technologies. providing them with a more holistic artificial intelligence solutions on
and skills acquired in MTT205 introduces students to concepts, Digital Signal Processing. It AIN399i - Internship in Artificial understanding of their role as future society, the environment, and the
Differential Equations and CEN201 techniques, and applications of provides students with an in- AI engineers. economy, providing them with a more
Electric Circuits. It introduces Control Systems. Topics covered depth understanding of concepts, Intelligence Engineering I holistic understanding of their role as
students to concepts, techniques, and include Modeling in Frequency techniques, and applications of Credit Hours: 2 AIN399ii - Internship in Artificial future AI engineers.
applications of Signals and Systems. and Time domains, The Transfer image processing and computer Prerequisite: 90 credit hours Intelligence Engineering II
Topics covered include classification Functions, Poles, Zeros, System vision. Topics covered include noise Credit Hours: 1 AIN451 - Artificial Intelligence
of systems, DT and CT systems, signal Response, block diagrams, Signal- estimation, image filtering, image “Internship in Artificial Intelligence Prerequisite: AIN399i Engineering Design Project I
modeling and transformation, LTI Flow Graphs, Stability, Steady-State enhancement, image reconstruction, Engineering I” is designed to expand Credit Hours: 1
systems, Frequency domain analysis Error, Root Locus, and PID Controllers. morphological operations, image on the knowledge and skills acquired “Internship in Artificial Intelligence Prerequisite: Senior Level
and Fourier transform, Laplace Students connect theoretical segmentation, Convolutional in the first 90 credit hours of the Engineering II” is designed to
transform, Z-Transform, and Discrete concepts learned in the course to Neural Networks (CNN), and Artificial Intelligence Engineering expand on the knowledge and skills This course builds on the concepts
Fourier transform. The course has practice using hands-on laboratory object tracking. Students connect program. This course provides acquired in AIEN399i Internship in and skills acquired in courses
a project. In this project, students experiences covering control systems theoretical concepts learned in the students with an opportunity to Artificial Intelligence Engineering throughout the Artificial Intelligence
work teams using MATLAB to design analysis, PID controllers on Simulink, course to practice using hands-on practically apply their theoretical I and in the Artificial Intelligence Engineering program. It is the
a sound visualization interface and and PID controllers on Arduinos. The laboratory experiences covering concepts in the fields of artificial Engineering program. This first part of a two-part sequence
analyzer and communicate their course has a project. In this project, Spatial and Frequency Domain intelligence and machine learning course provides students with an and requires students to be at the
experience using presentations and students work teams using MATLAB Image Enhancement Pipelines on within a professional, industry setting. opportunity to practically apply senior level. It introduces students
reports. to design a liquid level control system Matlab, Background Modeling and The topics covered are dictated by their theoretical concepts in the to concepts, techniques, and
for a chemical processing facility and Foreground Segmentation using the nature of the organization and field of artificial intelligence within applications of comprehensive project
communicate their experience using Gaussian Mixture Models and the specific work assigned to the a professional industry setting. design and development within
presentations and reports. the EM Algorithm on Matlab, and students. This hands-on experience The topics covered are dictated by Artificial Intelligence Engineering.
Face Detection and Tracking using can encompass various aspects of the nature of the organization and Skills covered include problem
OpenCV. The course has a project. artificial intelligence engineering the specific work assigned to the definition, AI system design, data

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