Electrical Engineering

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https://hdl.handle.net/20.500.11888/10121

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    Presented in partial fulfillment of the requirements for Bachelor degree in (Telecommunications Engineering) Smart Glass Window
    (2024) Amr Ishtyeh; Rafah Nairat; Yousef Shmlawi
    The "Smart Glass Window" project addresses the pivotal issue of energy efficiency in homes by tackling the significant heat flow management. A primary source of heat gain and loss is solar radiation through windows. Conventional materials like window glazing are limited in their ability to adapt to changing environmental variables. Our project combines a dynamic sensor system with an electrochromic window that can alter its light transmission properties in response to an applied voltage. This system collects ambient temperature and light data to make informed decisions for precise window adjustments, reducing solar heat gain and supporting the home's air conditioning system. In simple terms, we've created a "smart window" that automatically adjusts its tint like transition lenses for eyeglasses. The goal is to minimize energy consumption for heating and cooling while maintaining comfortable indoor conditions. For example, on sunny days, the window darkens to reduce heat, lessening the workload on the air conditioning system. Conversely, on colder days, it allows more sunlight in to save on heating costs, improving energy efficiency. This project seamlessly integrates modern technology into everyday life by enhancing the windows of homes, hospitals, and offices.
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    Comparison Between South-North and East-West PV Installation in terms of the Harmonics effect on the network
    (2023) Eng. Baraa Zaghloul; Eng. Osama Shirri Eng; Eng. Rashad Alawneh; Eng. Ahmad Ibrahim
    The project will include an accurate modelling of the whole PV system including the PV model, DC-DC converter and the inverter as shown in figure 3. Figure ‎1.3: PV system model Then, irradiation data for both the M-shape and S-shape PV arrangements obtained from field will be fed to the system and the harmonic content at different time will be measured. And these harmonics from the different PV arrangements will be injected in IEEE network to simulate what will happen to the network due to these harmonics.
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    Smart Energy Metering and Control System.
    (2021) Enad Shafie; Ameer Joudeh; Izz eldeen Shahbari
    In this Project, our aim is to present an efficient module derived from the system outlined in senior project I. Our objective is to tangibly illustrate the interplay among different system elements and their integration with the software. We seek to emphasize and delve into the communicative dimension, particularly focusing on PLC communication. Moreover, we intend to integrate a smart meter into the exhibition, providing a comprehensive insight into its internal workings.
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    " Deep Learning-Based Real-Time AI Virtual Mouse System Using Computer Vision "
    (2021) Arwa Ahmad; Rawan Aub Ali
    The mouse is one of the coolest inventions of human-computer interaction (HCI). Because it uses a battery for power and a dongle to connect to your computer, a wireless mouse or Bluetooth mouse still uses hardware and isn't completely hardware-free. This problem can be overcome in the proposed AI virtual mouse system by using a webcam or a built-in camera to capture hand movements and recognize hand tips using computer vision. The algorithm of the system is based on the method of machine learning. The computer can be controlled remotely using hand gestures and can perform left-click, right-click, scrolling, and computer cursor tasks without the use of a hardware mouse. To detect hands, the algorithm uses deep learning. As a result, the proposed approach will prevent the spread of COVID-19 by removing human interaction and reliance on remote control of computers.
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    Design and Wireless Control of a 7-Axis Robotic Arm
    (2023) Hashem Alshami; Baraah abualreesh
    Abstract: This project employs a central Arduino-based controller and a specialized set of drivers to enable the development, assembly, and manipulation of a 6 -axis robotic arm. The arm design includes the addition of a modified claw clutch operated by a high-performance servo motor. Although operating in an open-loop mode, the system is fitted with limit switches on each axis to guarantee both safety and accuracy. Additionally, each axis is equipped with a stepper motor that is linked to a gear system, so facilitating seamless movement. The main aim of this project is to conceptualize and construct a mechanically robust robotic arm capable of seamless control through the utilization of a wireless joystick. The purpose of this arm is to perform precise and fluid movements, facilitating effective manipulation and relocation of objects. 5