Computer Engineering / Hardware

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https://hdl.handle.net/20.500.11888/10126

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    FISH-TECH
    (2024) Jaber Darawsheh; Mahmoud Barmawi
    The FISH-TECH project is the design and development of a smart fish tank that helps improve fish care inside the tank and aims to provide a safe, healthy, and comfortable aquatic life for the fish through continuous inspection and monitoring throughout the day to work to reduce problems and errors as much as possible, using a set of sensitive and effective sensors. The sensors are part of a collaborative model group for water quality monitoring and assessment. This is done to inform the controller when an abnormal condition has been sensed in the water so it can act accordingly and keep a healthy and safe environment for fish. Such sensors consist of a temperature sensor, a water pH sensor, and a water tank level. To offer the fish a healthy environment, we developed this water filtration system that operates continuously in order to clean and enhance the water. In this aquarium, There are bubbles generated inside the water by the air and oxygen generation system in advance automatically, for fish respiration. An automatic feeding system works to provide the fish with food every specific period of time. An automatic filling and drainage system according to the condition of the water inside the tank, to ensure its cleanliness and health. The smart aquarium is controlled by the Arduino board. A mobile application has been provided for smart aquarium users, making it easier for them to track and monitor the fish tank.
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    Annotate
    (2022) Taher Anaya; Mohammad Badawi
    The most common and significant of all visual tools is the boards. A classroom without a whiteboard is impossible to envision. It is crucial in ensuring the effectiveness of the educational process.A student’s hair may stand on end from the scratching of chalk against the traditional boards. Dry-erase markers are quiet and gentle, but they can produce vapors in the classroom and contribute to indoor pollution. Annotate project not only get rid off the clutter of chalk and markers that may clog up a traditional classroom, but it also reduces the amount of paper necessary to teach. Instead than utilizing paper handouts. Annotate is built and created by combining several techniques, such as processing the images required to track the pen’s movements and transferring them via WiFi to the microcontroller, which then transfers the set of processed and extracted points from the images to a special software via USB, which then draws and displays them on the board. It supports multi-threading, which allows it to do numerous tasks at once, such as receiving signals from the pen and the keypad, processing them, and sending the processed signals to the software. 2
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    EcoBin
    (2024) Alaa Adham; Batool Kharraz
    In recycling operations, the process of separating metals from mixed garbage is prone to mistakes, takes a lot of time, and relies on manual labor, which results in significant contamination and the loss of recoverable materials. The EcoBin project makes use of Arduino technology to create an intelligent recycling bin to improve waste management. This bin is specifically designed for use in public areas and aims to simplify the recycling processes.
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    Valet parking robot
    (2024) Muheeb Hasan; Diaa Sharqawi
    When driving, parking is an everyday problem for many. It might be difficult and time-consuming to find a place. In order to combat this, our project builds a robot car that can function in parking lots (ground floor) There will be a model of the parking lot and a starting point where the car will be taken from the user by the robot (there is a fork in the front of the robot), and then it will park the car in the empty parking lot, where there is a camera at the top. A card is used to enter the car, causing the robot to locate the closest place and pick up the vehicle. The same card is used to call the robot, which returns the car when it's time to go. The robot car has a camera to detect empty spots and a forklift to lift automobiles. If the lot is full, it notifies to save needless travels(we use Raspberry Pi4 with Camera), The goal of this initiative is to improve parking by making it quicker and less stressful to find a spot.
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    Design wise connect once
    (2024) Osama Khanfa; Mohammad Omar
    HardWhere.ps is like a cool marketplace designed currently for students! Imagine a place where you can buy and sell used electronic parts easily. It's made with a powerful mix of technologies like Nuxt.js, Ionic with Vue, and a smart database called Supabase with PostgreSQL. The platform is super safe with encrypted passwords and special codes (JWT) for user logins. It's user-friendly too, with easy-to-use interfaces, a chat system, and a dashboard for managing stuff. This project is not just about buying and selling—it's about making a positive impact by reusing electronic parts and reducing waste.