Browsing by Author "Muhammad Wasif"

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    A rural soul wandering in urban chaos-an educational journey
    (UMT, Lahore, 2024) Nawazish Ali; Noman Khan; Muhammad Shariq Rasul; Muhammad Wasif; Alamzaib Khan
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    Assessment & evaluation and online registration for ILM
    (UMT, Lahore, 2000) Imran Anwar; Fahad Iqbal Khan; Muhammad Asif Javed; Muhammad Wasif
    An assessment & evaluation and online registration system has been developed for Institute of Leadership and Management. This software is designed to give the user-friendliest interface. This online system is actually for the students' assessment & evaluation and online registration. The system is phenomenon of AI. It assigns the grades to the students that are assigned manually, before. It is highly intelligent by itself, it works as an advisor in registering the courses. Its sensitive queries have made it one of its fastest kinds of online system. The AER software is controlled by passwords for different groups of users and the administrator can define new users, which expands this software's security.
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    Foremost Sentiment Identification Using Deep Learning
    (UMT, Lahore, 2023) Muhammad Wasif; Amna Ajmal; Hafiz Muhammad Ahmad Nadeem; Mohammad
    One of the universal ways that people communicate is through facial expressions. In this paper, we take a deep dive, implementing multiple deep learning models for foremost sentiment identification (FSI). Our goals are twofold: we aim not only to maximize accuracy, but also to apply our results to the real world. By leveraging a technique from recent research, we find there is 62.27% accuracy on our baseline model of FER2013 test set
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    Peltier base cooling system
    (UMT.Lahore, 2025) Muhammad Wasif; Muhammad Aqdas Roshan
    This project presents the design, development, and experimental testing of a compact thermoelectric air-cooling system utilizing TEC1-12706 Peltier modules. The cooling chamber was constructed using plywood, internally insulated with dapron foam and lined with aluminum foil to minimize heat gain. A hybrid cooling mechanism was employed on the hot side, combining a water block and air-cooled fins for efficient heat dissipation. To evaluate system performance, two sets of tests were conducted: one indoors under controlled room conditions and one outdoors under direct sunlight. In indoor testing we achieve a maximum temperature drop of 20.4 degree in 10 minutes. While in outdoor we achieve a temperature drop of 10 degree this is because due to sunlight contact the initial temperature is very high around 60 degrees. The results of this study show the importance of insulation, sealing, and environmental conditions in thermoelectric system performance. This system is best for eco-friendly and portable cooling applications. Keywords: “Peltier module, thermoelectric cooling, TEC1-12706, solid-state refrigeration, insulation, temperature drop, energy-efficient cooling, eco-friendly, localized air conditioning,