ENGINEERING & TECHNOLOGY

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ENGINEERING & TECHNOLOGY

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    Design of a 16-bit Binary Comparator
    (Deanship of Research - Al-Quds University, 2025-06-01) Alhasan Manasra; Mohammed Khdour; Mohammed Hussien
    Background: Comparators play a key role in digital circuits by determining the magnitude relationship between binary values. With the need for low-power designs in embedded systems, CMOS technology offers an ideal solution due to its complementary operation of NMOS and PMOS transistors.
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    Taafy: A website to provide psychological support to the people of Gaza
    (Deanship of Research - Al-Quds University, 2025-06-01) Asma Nidal Mohammad Abu Odeh; Nour Anan; Hala Al-Dabus; Saja Zuheir Al-Barasi
    The psychological situation in the Gaza Strip has significantly deteriorated as a result of the war, with the worsening humanitarian conditions contributing to the widespread emergence of mental health disorders within Gaza community. This crisis has been further exacerbated by the destruction of mental health treatment centers, depriving many patients of access to necessary care. Additionally, released prisoners suffer from severe psychological disorders due to the harsh conditions they experienced during their detention, highlighting the urgent need for comprehensive and integrated mental health support services. Taafy is an innovative web-based platform that integrates human support and artificial intelligence, it aims to follow patients' cases and provide psychological counselling to mitigate the effects of war and prisons on mental health, in addition, provide training programs for specialists to increase their efficiency in dealing with war conditions and effects. The platform relies on Laravel technology and follows the Agile methodology to ensure flexibility and efficiency in development.
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    Touch and Tap Cooking System
    (Deanship of Research - Al-Quds University, 2025-06-01) Reem Ihdeib; Mariam Sayareh; Mais Dababsa; Amal Al-Dweik
    Background: Traditional cooking systems face challenges such as inaccurate temperature control and safety risks like burns and gas leaks, posing hazards to users. This project aims to develop a smart cooking system that enhances safety and efficiency by integrating modern technologies like sensors and remote-control capabilities.