Page 458 - Undergraduate Catalog 2024-25
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        Topics covered include Power Saving   for Basic Electrical Quantities and   Foreground Segmentation using
        approaches in embedded system   communicate their experience using   Gaussian Mixture Models and
        design, Wakeup mechanisms, and   presentations and reports.  the EM Algorithm on Matlab, and
        Computing Battery Life. Students                             Face Detection and Tracking using
        connect theoretical concepts learned   EEN 413 - Sensors and   OpenCV. The course has a project.
        in the course to practice using hands-  Transducers          In this project, students work teams
        on laboratory experiences covering   Credit Hours: 3         using MATLAB and PyCharm to
        Energy Consumption Analysis   Prerequisite: EEN 310          design a Particle Filter-Based Object
        and Optimization, Power Saving                               Tracking in Video Sequences and
        Techniques Implementation, and   This course builds on the concepts   communicate their experience using
        Wakeup Mechanisms and Interrupt   and skills acquired in EEN310   presentations and reports.
        Handling. The course has a project.   Instrumentation and Measurement.
        In this project, students work teams   It provides students with an in-  EEN 366 - Introduction to
        using PyCharm, Arduino, Raspberry   depth understanding of  concepts,   Robotics
        Pi, Sensors, and Actuators to design a   techniques, and applications of   Credit Hours: 3
        Energy-Efficient Embedded Systems:   sensors. Topics covered include   Prerequisite:  EEN 365
        Optimizing I/O Power Consumption   sensors, data collection, and data
        for Extended Battery Life and   processing. Students connect   This course builds on the concepts
        communicate their experience using   theoretical concepts learned in the   and skills acquired in EEN365
        presentations and reports.    course to practice using hands-on   Control Systems. It introduces
                                      laboratory experiences covering   students to concepts, techniques,
        Robotics and Instrumentation  various aspects of sensor technology   and applications of Robotics and
        EEN 310 - Instrumentation and   and data acquisition. The course   Automation. Topics covered include
        Measurement                   includes a project. In this project,   robotics, sensors, actuators, Robotics
                                      students work in teams using   Operating Systems (ROS), and PID
        Credit Hours: 3               MATLAB and sensors to design and   Control. Students connect theoretical
        Prerequisite: CEN 304         develop sensor-based systems,   concepts learned in the course to
                                      communicating their experience   practice using hands-on laboratory
        This course builds on the concepts   through presentations and detailed   experiences covering Robotics
        and skills acquired in CEN304   reports.                     Simulation on ROS, Gazebo, and
        Electronic Devices and Circuits. It                          RViz, Setting up ROS on Raspberry
        introduces students to concepts,   CEN 454 - Computer Vision and   Pi and Controlling Actuators, and
        techniques, and applications of   Image Processing           Reading Sensor Data and Controlling
        instrumentation and measurement.                             the Robot with ROS and OpenCV.
        Topics covered include Analog   Credit Hours: 3              The course has a project. In this
        and Digital Signal Conditioning,   Prerequisite:  CEN464 + CEN464L  project, students work teams using
        Mechanical Transducers, Electric   This course builds on the concepts   PyCharm, MATLAB, ROS, Raspberry
        Transducers, Measurements of basic   and skills acquired in CEN464   Pi, Sensors, and Actuators to design
        electrical quantities, and Analog   Digital Signal Processing. It   a Autonomous Surveillance Robot
        and Digital Oscilloscopes . Students   provides students with an in-  using ROS and Computer Vision and
        connect theoretical concepts learned   depth understanding of concepts,   communicate their experience using
        in the course to practice using   techniques, and applications of   presentations and reports.
        hands-on laboratory experiences   image processing and computer
        covering Analog and Digital Signal   vision. Topics covered include noise   EEN 490 - Special Topics in
        Conditioning with Op-Amp Circuits,   estimation, image filtering, image   Electrical Engineering
        Measurement of Basic Electrical   enhancement, image reconstruction,
        Quantities using Electromechanical   morphological operations, image   Credit Hours: 3
        and Electronic Multi-meters, and   segmentation, Convolutional   Prerequisite: Senior Level
        Oscilloscope Triggering, Timebase,   Neural Networks (CNN), and   This course will include advanced
        and Measurement Techniques.   object tracking. Students connect
        The course has a project. In this   theoretical concepts learned in the   topics of contemporary interest
                                                                     in selected areas of Electrical
        project, students work teams   course to practice using hands-on   Engineering. Particular topics vary
        using MATLAB, LabView, DAQ, and   laboratory experiences covering
        Electronics Components to design   Spatial and Frequency Domain   from term to term depending on
                                                                     the interests of the students and the
        a Design and Implementation of an   Image Enhancement Pipelines on
        Integrated Measurement System   Matlab, Background Modeling and   specialties of the instructor.


        Abu Dhabi University | Undergraduate Catalog 2024 - 2025
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