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Idea Submission - FICS

Idea Submission

Stage 1

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All Ideas

S.No Project ID Idea Name Domain Abstract University
1 1667 AutiZen Other (Helping autistic children lead normal lives) Autism is a neuro-developmental disorder that has no cure and can only be suppressed with repetitive training of the affected person. AutiZen is a VR-based game designed for autistic children, where they will be fully immersed in a realistic 3D environment to perform tasks that will help them in their daily lives. With variable levels of difficulty, they will be able to learn and grow at their own pace. NUST
2 1668 Development of Wireless Sensor Networ (WSN) For Real Time Land-Slide Monitoring IndustryInnovationAndInfrastructure Our venture, the Wireless Landslide Monitoring System, employs a network of strategically placed sensors to collect real-time data on slope movements, soil moisture, rainfall, and groundwater levels in landslide-prone areas. This innovative system aims to mitigate the impact of landslides by providing early warnings to local citizens, tourists, and relevant government institutes. It is a low-cost, sustainable project contributing significantly to disaster mitigation and infrastructure planning. NUST
3 1669 Deep Dentistry GoodHealthAndWellBeing The AI powered application will utilize image analysis to identify diseases and provide users with an initial diagnosis. The development of this app will involve deep learning algorithms, Convolutional Neural Networks (CNN) which will be trained using a dataset consisting of images related to diseases. Artificial intelligence is gaining increasing significance, in our lives and medical research. SSUETKarachi
4 1670 Patient File Manager NoPoverty This project is an application that is basically designed for the ease of patients. Our application will keep records of patients that will be provided to it and will be able to fetch the data of reports by OCR and show it in the form of some graphs, which helps the patient not carry reports (in the form of paper) all the time. Our main motive for building this application is to get patients free from taking reports on paper everywhere. Some hospitals do not share their data with other hospitals because of their policies, which have a great impact on patients. People with a hectic schedule forget to get medicines on time, so our application will be there to notify them and keep a record of the patient’s history. SSUETKarachi
5 1671 Meta Labs QualityEducation The Virtual Reality Chemistry Lab (VRCL) is a software-based solution that provides a safe, accurate, and guided way of conducting chemistry experiments virtually. It eliminates the need for expensive physical equipment and chemicals, making it cost-effective for educational institutions. By simulating real-life chemistry lab environments, it offers an impactful, engaging, and memorable experience for students. The VRCL includes a range of experiments and allows students to practice their experiments using a range of apparatus and chemicals. Interactive tutorials and guidance are provided to help users navigate the virtual lab environment and understand the principles of chemistry. Overall, the VRCL has the potential to revolutionize the way that chemistry is taught and researched. SSUETKarachi
6 1672 Smart FM IndustryInnovationAndInfrastructure Technologies are integrated into the field of construction engineering and management, especially in enhancing facility management. In this light, it is objective for this project to use Building Information Modeling (BIM)-generated 3D building models with existing complaint management mobile app developments. It is directed towards improving user experience through visual reporting for facility issues. The current mobile app does not provide for a 3D modeling capability, hence necessitating this project to create a deep learning plugin (in Python, C++, or Java) to be used as bridge. The plugin provides users full-fledged 3D BIM models inclusive of architectural specs and installation history. Users could navigate through the 3D models with ease, and they would identify all issues of the facility without any ambiguity or confusion. Routing complaints to relevant parties such as facility managers is also fast, and even resolution could be tracked in real-time through notifications as well. NUST
7 1673 VisuX IndustryInnovationAndInfrastructure The Simulated Reality University Tour project makes a significant difference by revolutionizing the traditional university tour experience. It offers a transformative and immersive virtual platform that transcends geographical limitations, enabling prospective students and visitors to explore and engage with Sir Syed University from anywhere in the world. By combining simulated reality technology with an AI chatbot, the project provides a personalized and interactive tour experience, delivering accurate and relevant information in real time. SSUETKarachi
8 1674 MeetSum IndustryInnovationAndInfrastructure This idea proposes the development of an intelligent board meeting analyzer that leverages natural language processing (NLP) and video processing to provide a comprehensive summary of the meeting. The system will use advanced algorithms to analyze the audio and video recordings of the meeting, extract key information, and generate a summary of the discussion. The analyzer will also use sentiment analysis to determine whether the overall meeting was positive or negative and analyze the engagement level of each participant. The system will display overall statistics, such as the duration of the meeting, the number of speakers, and the number of times specific topics were discussed. The proposed system will provide a valuable tool for businesses to evaluate the effectiveness of their meetings and identify areas for improvement. It will also save time and resources by eliminating the need for manual notetaking and analysis. Overall, this technology will provide a valuable resource for companies to optimize their board meetings and improve their decision-making processes. SSUETKarachi
9 1675 Talk-lingo IndustryInnovationAndInfrastructure TALKLINGO is basically a real time voice converter platform that can remove the communication gap among the people by converting his own voice to any selected particular language that can feel user to communicate in his own voice it is speech to speech recognition and automatically detected of what language it is however another feature is to provide user a offline mode platform where user can pre installed specific language extension and communicate even if it is offline. SSUETKarachi
10 1676 SkinoAI GoodHealthAndWellBeing In the field of healthcare, the accurate diagnosis and timely treatment of the skin diseases plays an important role for ensuring the better patient outcome. However, many individuals face challenges in getting appointment or getting access to specialized dermatological care which leads to delayed, missed and inappropriate diagnosis and treatment. To solve this issue to a certain level and improve the healthcare accessibility, we have chosen to develop the AI-based skin disease diagnosis application. Our project aims to leverage artificial intelligence (AI) technology to provide a user-friendly mobile application that enables individuals to accurately identify and manage various skin diseases. The application will utilize advanced image recognition algorithms to analyze user-submitted images of affected skin areas. By comparing these images with a comprehensive database of known skin diseases, the application will provide automated diagnoses and personalized treatment recommendations. Our project aims to leverage artificial intelligence (AI) technology to provide a user-friendly mobile application that enables individuals to accurately identify and manage various skin diseases. The application will utilize advanced image recognition algorithms to analyze user-submitted images of affected skin areas. By comparing these images with a comprehensive database of known skin diseases, the application will provide automated diagnoses and personalised treatment recommendations. SSUETKarachi
11 1677 EduAssess Cloud QualityEducation EduAssess Cloud is a cloud-based platform simplifying OBE assessment creation and course reviews. It empowers faculty to align assessments with CLOs and PLOs effortlessly. The system enhances efficiency, transparency, and collaboration in the educational evaluation process. NUST
12 1678 EnviroBreathe GoodHealthAndWellBeing Development of IoT system that uses air sensors to sense the presence of harmful gases/compounds in the air. The data collected will be used to generate compliance reports or alerts when parameters violate specific guidelines, as well as predicting future environmental conditions, which can further be used by the local authorities to make a detailed analysis. Necessary actions can be taken to ensure that the air quality levels don’t reach an extreme low, especially in areas around hospitals and schools. SSUETKarachi
13 1679 Sustainable Pavements SustainableCitiesAndCommunities This research advances sustainable pavement construction by integrating plastic and reclaimed asphalt to address environmental concerns. A photocatalyst enhances air quality without compromising pavement integrity. The study investigates the feasibility, structural stability, and environmental impact, aiming to contribute to eco-friendly urban infrastructures. NUST
14 1680 AI-Powered Symptom Checker GoodHealthAndWellBeing Our healthcare app is a groundbreaking solution that aims to revolutionize the way patients in Pakistan access healthcare services and information. The healthcare app that we will develop will address the challenges faced by patients in Pakistan by providing patients with a comprehensive suite of features, including facetime/audio call consultations with doctors, appointment scheduling, AI-powered symptom checker, medication reminders, in-app chat system, doctor reviews and ratings, in-app payment, and cost estimator, our app is the most convenient and accessible healthcare solution in the market. Our app empowers patients to take control of their health and well-being, providing them with the resources they need to receive timely and effective medical care. Whether you are living in a remote area with limited access to medical services, or simply seeking a more convenient way to manage your health, our app is the ultimate solution for all your healthcare needs. With our app, you can rest assured that you are receiving the highest quality of care and attention, at the touch of a button. SSUETKarachi
15 1681 Muscle Fatigue GoodHealthAndWellBeing This project investigates muscle fatigue through a multidisciplinary approach, examining central and peripheral factors using methods like electromyography and imaging technologies. Interventions include training, nutrition, and innovative technologies for fatigue modulation. The findings aim to enhance performance in sports, rehabilitation, and occupational settings, emphasizing the ongoing need for evidence-based research in muscle fatigue analysis. SSUETKarachi
16 1682 CommuniAlert SustainableCitiesAndCommunities Fast paced life needs instant communication regarding multiple activities. Community based communication applications that provide activity alerts often use the approach of geo-fencing. The system with multiple sensors makes it expensive. Recently a business model of outsourcing the tasks to people bearing handheld devices such as smart phones provides a cost effective and efficient way of performing tasks in short time. This process is known as Crowdsourcing. The term Crowdsourcing was first coined in 2006 defined simply as outsourcing the tasks to the crowd where crowd is number of people (not necessary known to one another). Crowd using their smart phones can do wonders. In this project, we aim to integrate the concept of crowdsourcing with geo-fencing to provide cost effective instant communication among community members. Our application allows any member of the community living in a particular geo-fenced area to report an activity alert. Alerts may include safety alerts, accidents alerts, community alerts and business promotions. All these alerts will directly be shared with community members as well as logs for each alert will also be maintained. The methods of reporting alerts may be in the form of text message, voice message and a snapshot. We anticipate crowdsourcing integrated with geo-fencing approach will provide benefits of not only instant communication but in a cost effective and time efficient manner where human are used as sensors. This will reduce the maintenance cost regarding multiple sensors installed in conventional alert systems. This application may improve situational awareness by providing community members with up-to-date information about events or incidents that occur within a community helping members to make informed decisions about their safety and well-being. SSUETKarachi
17 1683 SafeCircle ReducingInequality The goal of the app is to provide women with a safeguard when they leave their homes. Upon activation, the app will track user location and share it with a select few trusted individuals chosen by the women. If an incident occurs, a gesture activated alert is sent to the trusted contacts and law enforcement which will notify them of the danger. They can then take necessary action to help her. NUST
18 1684 Watt-Wise SustainableCitiesAndCommunities WattWise is a groundbreaking SaaS platform poised to redefine energy management in Pakistan. Through cutting-edge features like real-time energy consumption monitoring, solar energy integration, and load shedding predictions, WattWise empowers users to take charge of their energy usage. The platform not only helps users combat load shedding efficiently but also provides personalized energy-saving tips, bill analysis, and budgeting tools to reduce electricity expenses. One of WattWise's unique strengths lies in its integration with local energy efficiency product suppliers, offering discounts and promotions for energy-efficient upgrades. The platform caters specifically to the Pakistani market with localized content, language support, and a keen focus on addressing the country's energy challenges. WattWise goes beyond traditional energy management solutions by introducing innovative features such as load shedding predictions, alternative power source recommendations, and a pioneering peer-to-peer energy trading marketplace. These features not only enhance user experience but also contribute to building a more resilient and sustainable energy ecosystem. By keeping users informed about government incentives and fostering community engagement through a dedicated forum, WattWise aims to make energy efficiency accessible to all. The platform's mission extends beyond mere cost savings, encouraging households to reduce grid reliance, embrace renewable energy sources, and actively participate in a shared vision of a sustainable future. In essence, WattWise is not just a platform; it's a transformative force, bringing together technology, community, and sustainability to pave the way for a brighter and more energy-efficient Pakistan. SSUETKarachi
19 1685 AI Psychologist GoodHealthAndWellBeing AI Psychologist revolutionizes mental health in Pakistan, employing AI and psychology expertise for accurate, culturally sensitive support. Waterfall methodology ensures structured development, addressing stigma and accessibility. Collaboration with psychology experts refines the dataset for precise insights, empowering users in active well-being management. SSUETKarachi
20 1686 Smarty Pie QualityEducation Smarty PIE, an AI-based tool, innovatively assesses project novelty and aligns with SDGs. It simplifies evaluation, offering accurate, user-friendly reports for impactful planning and execution. SSUETKarachi
21 1687 Smart Cane GoodHealthAndWellBeing Revolutionizing mobility for the visually impaired: Our Smart Cane integrates cutting-edge tech - AI, cameras, ultrasonic sensors - for seamless navigation, obstacle detection, path identification & providing audio instructions for unparalleled independence. NUST
22 1688 q3r24t24t ZeroHunger 3tq4yt35y54y4w Mehran university
23 1689 Dental Scalar GoodHealthAndWellBeing This project aims to enhance dental care in Pakistan by developing an indigenous dental scalar. This innovation offers more comfortable, affordable, and effective experience for patients. The research involves experimentation, prototyping, and testing, with a focus on local manufacturing. Successful implementation could elevate dental care standards in Pakistan and contribute to local manufacturing capabilities. NUST
24 1690 AR LIBRARY NAVIGATOR IndustryInnovationAndInfrastructure Libraries have changed in recent years to adapt to the shifting demands of users in the digital age. They have embraced technology as information repositories to increase resource access and improve the entire library experience. A prospective technique for changing how people interact with libraries is augmented reality (AR). The "Augmented Reality Library Navigator" is a cutting-edge system that uses AR technology to offer a fresh and immersive approach to library navigation. This abstract provides an overview of the system. The Augmented Reality Library Navigator is made to increase information availability, simplify the search process, and encourage increased engagement with both physical and digital collections for library users. Users of this system can access a variety of functions thanks to the system's flawless integration with mobile devices. The augmented reality (AR) system overlays digital information on the actual physical environment of the library, providing real-time, location-specific assistance to assist users in finding books, journals, study areas, and other resources. It includes interactive elements including book suggestions, event alerts, and multimedia material on the library's collections. The Augmented Reality Library Navigator's primary characteristics and advantages are covered in this abstract, along with how it might improve everyone's experience using the library, regardless of how familiar they are with its layout or resources. The system also gives library personnel a new opportunity to filter and personalize content for users, fostering a more unique and interesting experience. Additionally, this abstract discusses the difficulties and factors to be considered when using augmented reality in libraries, including user privacy, technological infrastructure, and "AR systems overlay digital information on the accessibility of physical libraries. It also discusses potential future advancements and areas for research in the field of augmented reality in libraries, showing the way in which continuing advances could improve the way people use libraries. The Augmented Reality Library Navigator, which provides a thrilling avenue for enhancing access, engagement, and the overall user experience in libraries, represents a significant improvement in library services. SSUETKarachi
25 1691 WriteRight QualityEducation The "WriteRight" application is a multi-disciplinary initiative aimed at revolutionizing the process of handwriting improvement through an engaging and technologically advanced platform. In a society increasingly dominated by digital communication, the significance of proficient handwriting remains pivotal, impacting academic and professional performance, as well as personal confidence. This project recognizes the challenges individuals face in honing their handwriting skills, particularly in the context of modern educational requirements. The core objective of "WriteRight" is to offer a gamified and interactive solution to address these challenges. Leveraging cutting-edge technologies, including Flutter for the mobile application, Firebase for real-time data synchronization, and Django for backend processing, the application ensures a seamless and dynamic user experience. The incorporation of a sophisticated image comparison algorithm further sets "WriteRight" apart, enabling users to submit handwritten text for analysis, receive real-time feedback, and track their progress over time. The application's educational focus is evident in its versatile user base, catering to both students and educators. Students can engage in personalized, self-paced learning, improving their handwriting skills through interactive levels and gamified challenges. Teachers, on the other hand, benefit from a dedicated Teacher Dashboard, allowing them to monitor student progress, assign tasks, and manage the overall learning experience within a classroom setting. The gamification aspect adds an element of fun and motivation to the learning process. Users progress through levels, receive rewards, and celebrate achievements, fostering a positive and encouraging environment for continuous improvement. The cross-platform compatibility of "WriteRight" on both Android and iOS devices ensures accessibility for a diverse user demographic. The project aligns with broader sustainable development goals, contributing to quality education by providing an effective tool for handwriting improvement (SDG 4). It also embraces technological innovation (SDG 9) and promotes inclusivity and equal access to educational resources (SDG 10), addressing the digital divide. In summary, "WriteRight" is not merely an application but a comprehensive solution that integrates elements from education, technology, gamification, and human-computer interaction. By addressing the diverse needs of students, educators, and individuals seeking to enhance their handwriting skills, "WriteRight" strives to bridge the gap between traditional skills and modern technological advancements, ultimately empowering users with improved handwriting and heightened self-confidence. NUST
26 1692 Smart Labor Hiring Platform DecentWorkAndEconomicGrowth Introducing a cutting-edge digital platform transforming construction, fostering seamless connections between construction entities and skilled labor, our solution streamlines processes, enhances efficiency, and shapes a collaborative future for the industry. NUST
27 1693 FrameFuse QualityEducation The project aims to develop an innovative automated video segmentation application. The application allows users to upload offline videos or share links to online videos, and through advanced content analysis, it identifies keywords and topics to generate shorter, focused video segments. Users receive suggested titles, hashtags, and related content from the internet based on extracted keywords, empowering them to create compelling and discoverable video content. SSUETKarachi
28 1694 Voguley Forecasting IndustryInnovationAndInfrastructure This project revolves around the development of a comprehensive App and Web-based Business Intelligence (BI) platform designed for the analysis of clothing trends of leading brands of Pakistan. The primary objective is to create a user-friendly interface that will use the concepts of stochastic i.e. Markov chain and long term probability to provide users with insights. Secondary objective allows user to provide a budgetary constraint while seamlessly discovering the latest trends within that specified financial scope. Concurrently, the project aspires to enhance the visibility and sales performance of the involved clothing brands. FUI
29 1695 Aqua Horizon LifeBelowWater An underwater buoyancy driven vehicle is a type of autonomous underwater vehicle (AUV) that employs variable-buoyancy propulsion instead of traditional propellers or thrusters. It has no active propulsion and employs variable buoyancy in a similar way to a profiling float or sonobuoys, but unlike a float, which can move only up and down, an underwater buoyancy driven vehicle is fitted with hydrofoils (underwater wings) that allow it to glide forward while descending through the water. At a certain depth, the glider switches to positive buoyancy to climb back up and forward, and the cycle is then repeated. The underwater buoyancy driven vehicle moves in a sawtooth pattern to complete its entire mission. Unlike buoys, which are deployed in a fixed location, buoyancy driven vehicle are buoyancy driven, winged vehicles and can be programmed to travel to specific areas of interest collecting environmental data on conductivity, temperature, depth and other parameters.While not as fast as conventional AUVs, buoyancy driven vehicles also called as underwater gliders offer significantly greater range and endurance due to low energy consumption compared to traditional AUVs, extending ocean sampling missions from hours to weeks or months, and to thousands of kilometers of range. The typical up-and-down, sawtooth-like profile followed by a glider can provide data on temporal and spatial scales unattainable by powered AUVs and much more costly to sample using traditional shipboard techniques. A wide variety of buoyancy driven vehicle designs are in use by navies and ocean research organizations, with vehicles typically costing around US$100,000. NUST
30 1696 Lower-Limb Exoskeleton GoodHealthAndWellBeing In our region, characterized by limited advancements in assistive technology, individuals with mobility impairments face significant challenges that hinder their mobility, independence, and overall quality of life. The lack of affordable and locally accessible assistive devices compounds their difficulties, restricting their ability to navigate daily life with dignity and self-reliance. To address this pressing issue, we propose the development of a lower limb exoskeleton as a walking assist device with the addition of tactile feedback for closed-loop control, for our emerging market. NUST
31 1697 Textile innovate IndustryInnovationAndInfrastructure The report proposes an automated system integrating computer vision and machine learning for precise color pattern identification in the textile industry. Utilizing advanced algorithms, the system streamlines quality control, design analysis, and production consistency, eliminating human error and reducing costs. Its real-time capabilities offer transformative impacts on efficiency, positioning it as a key innovation in textile manufacturing. NUST
32 1698 Predicting Rock Mass GSI using Image Processing IndustryInnovationAndInfrastructure GSI stands for Geological Strength Index. Assesses rock mass quality & its behavior in engineering applications. Our programming software will allow us to unveil the Future of Geotechnical Engineering which will cover the significance of GSI in construction and civil engineering projects, the traditional methods in its assessment & tools of Leveraging cutting-edge image processing for GSI prediction NUST
33 1699 ElectroEfficient AffordableAndCleanEnergy Rising electricity prices in Pakistan prompt the need for innovative solutions. This introduces "ElectroEfficient," a mobile app addressing the impact by monitoring real-time energy use. Focused on modifying user behavior, it empowers informed decisions, alleviating financial burdens, fostering responsibility, and promoting sustainability. Anticipated outcomes include heightened awareness, reduced emissions, lower bills, and widespread adoption of eco-friendly practices. SSUETKarachi
34 1700 Secure Estate Ledger IndustryInnovationAndInfrastructure Secure Estate Ledger-a web-based land registry system leveraging blockchain technology marks a significant leap forward in the domain of property registration. Traditional systems plagued by inefficiencies, lack of transparency, and susceptibility to fraudulent activities. The software’s major features include blockchain integration, smart contracts for automated transactions, and a user-friendly web interface. The blockchain ensures the immutability and transparency of property records, while smart contracts streamline processes and eliminate the need for intermediaries. Users can access and update records effortlessly. The tools and technologies underpinning this system include blockchain platforms like Ethereum, smart contract frameworks, modern web development, and distributed databases. Its societal impact is profound, reducing fraud, enhancing transparency, and improving efficiency. It empowers citizens, particularly in remote areas, by providing inclusive access to property information. Moreover, the system contributes to secure and transparent property transactions. In essence, this web-based land registry system using blockchain technology represents a transformative force, ensuring unbiased and more prosperous societies by addressing long-standing challenges in property registration. FUI
35 1701 Sign Saathi QualityEducation Sign Saathi is more than just an app; it is a transformative solution designed to empower the deaf community and transcend the limitations they face. Leveraging the vast potential of the internet, Sign Saathi addresses the communication challenges faced by the deaf by providing instant sign language interpretation and generation. It also decreases the communication gap between people who are directly linked with these individuals by helping them easily communicate through our application using sign language. GIKI
36 1702 PCBA Defect Detection IndustryInnovationAndInfrastructure The project aims at combining vision with deep learning techniques to detect defects in printed circuit board assembly.Through object detection,various anomalies will be identified and labelled and then the industrial personnel can be notified about the existing issues. NUST
37 1703 SkinDeep AI GoodHealthAndWellBeing Skin cancer is one of the rapidly spreading diseases and has become one of the serious health concerns, so as a result, it highlights the importance of an efficient detection mechanism. To address this concern, we are representing the idea of a competent and modern-driven solution in the form of an application known as SkinDeep AI. The designed solution offers primary features empowering both dermatologists and patients.  Incorporating results of thorough research on existing systems and related research papers, we demonstrate the application based on the latest technique known as deep learning. The application consists of image preprocessing, a classification technique supported by deep learning algorithms known as Convolutional Neural networks. The feature of the application to receive quick and precise results of lesion images significantly improves the potential for early detection. In addition to diagnostic capabilities, it serves as a record-saving and knowledge hub for patients. SkinDeep AI utilizes an industrial-associated technology stack for its skin cancer system. It consists of the PyTorch framework for deep learning tasks, and Python is used as a primary programming language for deep learning and application development. SkinDeep AI has the potential to impact society by reducing diagnostic delays and improving the early detection of skin cancer. It gives hope to contribute to a healthier society by improving timely outcomes and treatment. FUI
38 1704 Portable Cold Storage ZeroHunger The portable cold room is designed to avoid food spoilage by controlling temperature and humidity levels of produce during their transportation from the farms to the cities. NUST
39 1705 AI-Based Autonmous Solar Panel Cleaning Robot/System AffordableAndCleanEnergy This AI-driven robot wipes out solar panel dust, boosting output power and reducing maintenance costs for large photovoltaic installations. NUST
40 1706 MotionSync Innovators GoodHealthAndWellBeing The development of our Lower Limb Rehabilitation Device for stroke patients stands as a testament to the seamless convergence of cutting-edge technology, medical expertise, and an unwavering commitment to advancing patient care. This innovative solution serves as a pivotal bridge, uniting the realms of engineering, biomedical sciences, and machine learning, and harnessing diverse talents to address a critical healthcare challenge. Stroke rehabilitation is an intricate and ongoing journey, and our device emerges as a steadfast companion throughout this process. Meticulously designed, it seamlessly integrates EMG data acquisition, data filtration, feature extraction, and machine learning analysis to provide a comprehensive view of the patient's muscle activity and recovery progress. The significance lies not only in monitoring but in the unprecedented level of customization offered by machine learning algorithms. This not only facilitates tailored rehabilitation protocols but also possesses the potential to adapt to each patient's unique needs and progress rate. As the project progresses, it holds the promise of not merely transforming the lives of stroke patients but also of contributing significantly to the evolution of rehabilitation technologies as a whole. The real-time leg movement mapping feature not only delivers immediate feedback but also has the potential to generate extensive datasets for further research and development. This, in turn, propels the innovation of stroke rehabilitation technology to new heights. Beyond the technological prowess, the patient-centric ethos at the core of this project underscores a deep commitment to improving the lives of those affected by stroke. The seamless fusion of technology and healthcare expertise manifests as a dedication to offering practical solutions that prioritize the well-being of patients. In the dynamic landscape of healthcare, this project's multidisciplinary collaboration and innovative approach are poised to make a significant impact. It serves as a beacon of hope for stroke patients, inspiring continued development and application of patient-centric approaches in the field of rehabilitation. In essence, our Lower Limb Rehabilitation Device not only signifies a pioneering leap in stroke rehabilitation technology but also symbolizes a harmonious blend of expertise, compassion, and innovation. It reflects the relentless pursuit of enhancing patient outcomes, embodying the potential to shape the future of rehabilitation and leaving an indelible mark on the healthcare landscape. NUST
41 1707 PaperX QualityEducation PaperX automates handwritten exam evaluation employing OCR, Artificial Intelligence. Incorporating features like scanning, comparison of student answer with predefined answers, automated grading, & report card generation. It promises efficiency, accuracy, faster feedback, & data security, aiming to modernize the exam evaluation process with rigorous evaluation methods ensuring system reliability. SSUETKarachi
42 1708 GreenBot IndustryInnovationAndInfrastructure One of the major problems that Pakistan's agriculture sector is facing today is yield loss due to weeds. It can cause a loss of up to 36 million tons of crops per annum which in numbers comes out to be a loss of 3 billion U.S. dollars. One of the reasons behind it is the usage of old-fashioned techniques which are inefficient for weed control. This project aims to develop a laser weeding with user-friendly features that will identify weeds using machine learning and kill them using laser technology. This machine is also equipped with an all-terrain vehicle that can overcome the challenges associated with rough terrain and maintain the machine's stability. NUST
43 1709 Medibot.Ai Other (Healthcare and Conversational AI) MediBot.ai revolutionizes healthcare accessibility through a conversation-driven chatbot. Seamlessly integrated with WhatsApp, it offers personalized medical information, leveraging GPT-3.5, OPENAI Assistant API embeddings, and Pinecone for optimal user experience. NUST
44 1710 Abuse detection PeaceJusticeAndStrongInstitutions Child abuse is a serious problem, with an estimated 300 million children being subject to abuse or neglect each year according to a WHO report in 2022. For the first half of 2022 alone a total of 2,211 cases of child abuse were reported across the country. Despite these high numbers of registrations and identified victims, cases of child abuse remain unregistered and/or unidentified, due to missing and incomplete information, preventing adequate procedures. The internet has created a vast new world for communication and learning, but it has also exposed children to various dangers. Cyberbullying, harassment, grooming, and other forms of online child abuse have become major concerns for parents, educators, and law enforcement agencies. A way to detect child abuse effectively is to extensively train the stakeholders. However, such training might prove to be costly and time-consuming. An alternative approach is to provide parents, educators, and law enforcement agencies with a power tool that will help in assisting them identify cases of possible child abuse with higher precision and accuracy so that proper action can be taken against the criminals. For this purpose, we are creating a chat application linked to a harassment and abusive text detection Natural Language Processing to detect abusive language sent and received between children and adults. Air University
45 1711 Filtering Antenna (Filtenna) IndustryInnovationAndInfrastructure The project focuses on the synthesis and integration of a hairpin band pass filter and a microstrip patch antenna to create a unified filtering antenna system. The objective is to utilize the antenna as the final resonator in the band pass filter configuration. Through established techniques, the filter and antenna will be designed separately and subsequently merged to form a cohesive unit. The filtering antenna aims to selectively permit desired frequencies while attenuating unwanted signals. This integration not only ensures signal transmission within the desired frequency band but also optimizes the antenna's performance. The study explores the necessity of filtering antennas in modern communication systems, delving into their significance in enhancing signal integrity, reducing interference, and improving overall system efficiency. NUST
46 1712 StonkBot NoPoverty Introducing StonkBot, your personal strategic advisor when it comes to making the right financial choices. Just click a button, and watch decades worth of performance insights condensed into the palm of your hand. Unlike traditional AI stock prediction methods, StonkBot evolves its strategy to changing market conditions, giving anyone a better chance to secure their financial future. NUST
47 1713 Solar Powered Autonomous Grass cutter for domestic purposes AffordableAndCleanEnergy Advancing the Agricultural field and making energy sustainable, reduction of human effort and eco friendly prototype. 1)Design of grass cutter prototype 2)Utilization of solar panels 3)Control of motion of grass cutter NUST
48 1714 Sleeping Bag IndustryInnovationAndInfrastructure The project aims to design and develop a sleeping bag with a portable heat exchanger to provide thermal comfort according to ASHARE standards of 24-26C. The heat exchanger will be working on thermoelectric effect. It will have controls that will optimize its performance to keep it efficient. NUST
49 1715 CardioVisionAI GoodHealthAndWellBeing CardioVisionAI revolutionizes the diagnosis of Coronary Artery Disease (CAD) by introducing an advanced web-based software solution empowered by artificial intelligence. With the help of pre-trained machine learning models, we eliminate the need for traditional diagnostic methods, reliant on manual examination of cross-sectional images from CCTA scans which are time-consuming and labor-intensive. NUST
50 1716 Intellicore IndustryInnovationAndInfrastructure Intellicore revolutionizes TV viewing by embedding a low-cost FPGA-based ML accelerator in televisions. This technology executes Super Resolution CNNs in real-time, upgrading low-resolution broadcasts directly on the TV. This innovation allows channels to transmit at lower resolutions, reducing bandwidth and operational costs, and potentially cutting down on ads. Intellicore seamlessly integrates into TVs, enhancing viewer experience while offering economic and environmental benefits. NUST
51 1717 Gimbal Platform DecentWorkAndEconomicGrowth In the realm of robotics and motion control, the demand for stable platforms capable of handling heavy payloads has grown significantly. This paper presents the design and implementation of a Two-Degree-of-Freedom (2-DOF) gimbal platform engineered to provide effective stabilization for heavy payloads in dynamic environments. The proposed gimbal system offers a versatile solution for applications such as cinematography, industrial automation, and aerial photography where precise stabilization is critical. The gimbal platform comprises two rotational axes, allowing it to compensate for both pitch and yaw movements. The mechanical design incorporates lightweight yet robust materials to ensure a high strength-to-weight ratio, facilitating the stabilization of heavy payloads while minimizing the overall mass of the system. The choice of materials and structural design has been optimized to enhance the platform's durability and performance under varying loads and environmental conditions. Control of the gimbal platform is achieved through a sophisticated feedback control system. Sensors, such as gyroscopes and accelerometers, are strategically integrated into the system to provide real-time data on the platform's orientation. These sensor inputs are processed by a high-performance microcontroller, which in turn commands the motorized actuators to make rapid adjustments, effectively stabilizing the payload. The control algorithm is designed to be adaptive, allowing the gimbal to respond swiftly to sudden movements and disturbances. To ensure seamless integration with a variety of heavy payloads, the gimbal platform features a modular design. Adjustable mounting brackets and a user-friendly interface provide flexibility in configuring the system for different applications and payload sizes. This adaptability makes the gimbal suitable for a wide range of industries, including filmmaking, surveillance, and industrial automation. Furthermore, the paper addresses the power management system, emphasizing energy efficiency and longevity. The gimbal is equipped with a rechargeable battery system capable of providing sustained power for extended operational periods. The power management system is designed to optimize energy consumption while maintaining the stability and responsiveness of the gimbal. In conclusion, the presented 2-DOF gimbal platform offers a robust and adaptable solution for stabilizing heavy payloads in dynamic environments. The combination of a lightweight yet durable mechanical design, advanced feedback control system, and modular configurability makes it a versatile tool for applications requiring precise stabilization. The research and development presented in this paper contribute to the advancement of motion control technologies, with potential applications ranging from professional cinematography to industrial automation. NUST
52 1718 E-Fishing Boat IndustryInnovationAndInfrastructure This project proposes the development of a 24ft long boat for the Pakistani fishing market and enhancing its size & spectrum in the future inshaAllah. Utilizing lightweight composite materials (GRP) compared to traditional wooden boats, the design significantly reduces weight, improving fuel efficiency and operational costs. An electric propulsion system minimizes environmental impact and ensures quiet operation. Cutting-edge fishing sonar technology optimizes fish detection, boosting catch efficiency and income potential. The innovative design prioritizes adaptability, featuring a modular interior that allows for future conversion to other uses like taxi, cargo transport, or recreational purposes. Integrated communication equipment enables fishermen to stay connected with their nearest port and families, enhancing safety and peace of mind. This concept is based on an inshore area fishing where a fisherman can go for a few days and come back home on weekends. This concept aims to: Empower fishermen and Boat owners that will increase earnings and improve safety through advanced technology, lower operating costs, and reliable connectivity. Reduce environmental impact by minimising emissions and pollution through lightweight materials and electric propulsion. Stimulate economic growth: Drive local boat manufacturing and create job opportunities. Promote adaptability: Offer a versatile platform for diverse marine applications beyond fishing. This project aligns with the NUST FICS program's focus on sustainable and impactful solutions. We believe this innovative electric boat design will revolutionize the Pakistani fishing industry, fostering environmental and economic prosperity. NUST
53 1719 Computer vision based plant's health estimation ZeroHunger This project introduces a cutting-edge approach to agricultural monitoring by leveraging the capabilities of Raspberry Pi and Machine Learning (ML) techniques for precise plant health estimation. Recognizing the pivotal role of technology in modern agriculture, our system employs a combination of computer vision and ML algorithms to assess and monitor the health of crops in real-time. NUST
54 1720 MineDetection Drone IndustryInnovationAndInfrastructure This project focuses on the development and implementation of a Mine Detection Drone designed to efficiently and safely detect pressure based land mines. It employs advanced sensors and engineering to navigate and scan large areas with speed and precision autonomously. NUST
55 1721 Expensify Other (Financial Development and Growth ) Expensify, a mobile application, revolutionizes personal finance management by tracking expenses, analyzing spending patterns, and offering tailored budget advice. Integrating real-time economic data, it provides insightful reports and recommendations, empowering users to make informed financial decisions. FUI
56 1722 Retrofitable Automatic Shutoff Valve for Domestic Gas Appliences GoodHealthAndWellBeing Developing a life-saving valve to suffocation deaths caused by gas leaks. Our mechanical shut-off valve aligns with UN goals, presents entrepreneurial potential, and addresses daily life safety concerns. It's a step towards climate change mitigation, reducing Sui Gas wastage, and overcoming electricity-dependent challenges in Pakistan. NUST
57 1723 Sonetics Auralign GoodHealthAndWellBeing This project consists of separating various sound sources in a crowd of sounds. This essentially is a cocktail party problem. In the case where mutliple speakers are present, and you want to focus only on one speaker, it becomes quite difficult. But our solution promises that you may focus on a single speaker amidst presence of several speakers. NUST
58 1724 Air quality improvement GoodHealthAndWellBeing Air quality has become a critical global concern as urbanization and industrialization continue to rise. The detrimental impact of poor air quality on public health and the environment necessitates urgent and effective measures for improvement. This project, titled "Enhancing Urban Air Quality," seeks to address this pressing issue through a comprehensive and multi-faceted approach. The primary objective of the project is to implement strategies that significantly reduce air pollutants in urban environments. The research encompasses a thorough analysis of the sources of air pollution, focusing on both anthropogenic and natural contributors. By identifying the key pollutants and their emission sources, the project aims to formulate targeted interventions that mitigate the impact on air quality. A key component of the project involves the deployment of advanced monitoring systems to collect real-time data on air quality parameters. This data will serve as a foundation for evidence-based decision-making, allowing for the identification of pollution hotspots and the assessment of the effectiveness of implemented measures. Moreover, the project emphasizes the integration of cutting-edge sensor technologies and data analytics to enhance the accuracy and granularity of air quality measurements. To engage the community in the initiative, the project includes an extensive outreach and awareness campaign. Education programs and workshops will be conducted to inform the public about the causes and consequences of poor air quality, encouraging individuals and businesses to adopt sustainable practices. Additionally, the project explores collaborations with local authorities, industry stakeholders, and policymakers to implement regulatory measures that enforce compliance with air quality standards. Furthermore, the project investigates the potential of green infrastructure, such as urban green spaces and sustainable transportation initiatives, to act as natural filters for air pollutants. The incorporation of nature-based solutions aims to create a balance between urban development and environmental preservation. NUST
59 1725 Knock Knock Healthy Heart GoodHealthAndWellBeing This study introduces a groundbreaking health application, HealthGuard, designed to harness real-time data from smartwatches for comprehensive health monitoring. Leveraging advanced data analytics techniques, the application interprets physiological signals captured by smartwatches, offering users personalized insights into key health parameters such as heart rate, sleep patterns, physical activity, and stress levels. HealthGuard employs machine learning algorithms to process collected data, enabling personalized trend analysis. The application's core strength lies in its ability to detect anomalies and potential health risks in real-time. Anomaly detection algorithms identify deviations from established patterns, allowing users to receive timely alerts for early intervention and proactive healthcare management. The application features a user-friendly interface, facilitating easy interpretation and visualization of health data. HealthGuard empowers individuals with actionable information, enabling them to make informed decisions about their well-being. Additionally, the app provides personalized recommendations for lifestyle modifications based on the user's unique health profile, fostering a proactive and engaged approach to personal health. In conclusion, HealthGuard represents a significant advancement in health monitoring by integrating real-time data from smartwatches. The application's comprehensive approach, combining advanced analytics with user-friendly design, positions it as a valuable tool for individuals seeking to actively manage and improve their health. HealthGuard's real-time anomaly detection contributes to preventive healthcare, ushering in a new era of personalized and proactive health management. FUI
60 1726 Knock Knock Healthy Heart GoodHealthAndWellBeing This study introduces a groundbreaking health application, HealthGuard, designed to harness real-time data from smartwatches for comprehensive health monitoring. Leveraging advanced data analytics techniques, the application interprets physiological signals captured by smartwatches, offering users personalized insights into key health parameters such as heart rate, sleep patterns, physical activity, and stress levels. HealthGuard employs machine learning algorithms to process collected data, enabling personalized trend analysis. The application's core strength lies in its ability to detect anomalies and potential health risks in real-time. Anomaly detection algorithms identify deviations from established patterns, allowing users to receive timely alerts for early intervention and proactive healthcare management. The application features a user-friendly interface, facilitating easy interpretation and visualization of health data. HealthGuard empowers individuals with actionable information, enabling them to make informed decisions about their well-being. Additionally, the app provides personalized recommendations for lifestyle modifications based on the user's unique health profile, fostering a proactive and engaged approach to personal health. In conclusion, HealthGuard represents a significant advancement in health monitoring by integrating real-time data from smartwatches. The application's comprehensive approach, combining advanced analytics with user-friendly design, positions it as a valuable tool for individuals seeking to actively manage and improve their health. HealthGuard's real-time anomaly detection contributes to preventive healthcare, ushering in a new era of personalized and proactive health management. FUI
61 1727 Recapeo (SMC-PVT) Ltd QualityEducation Recapeo (SMC-PVT) Ltd is redefining education through personalized E-learning. Our platform We give complete freedom to our students to design their courses by selecting topics from our syllabus that they find most. relevant. This unique approach allows students to tailor their learning experience according to their needs while adjusting the course fee accordingly. Additionally, our flexible scheduling of live classes enables students to manage their learning journey based on their availability. NUST
62 1728 AceVision ReducingInequality AceVision is a cutting-edge tennis analytics platform leveraging machine learning and computer vision to provide real-time performance insights, enhancing training and gameplay strategies for players and coaches. NUST
63 1729 Structural clothing AffordableAndCleanEnergy It is proposed here that a mechanism should be installed on a building structure that could cover and uncover it as and when required to keep a suitable range of indoors temperature. NUST
64 1730 LCA on cement SustainableCitiesAndCommunities This research focuses on assessing and enhancing the environmental sustainability of infrastructure projects in civil engineering through a comprehensive life cycle assessment (LCA). The objectives include analyzing the feasibility and importance of cement in civil engineering, emphasizing LCA as the best framework for assessing environmental impacts, and developing a framework to reduce carbon emissions in cement production. The methodology involves conducting LCA on cement using versatile software tools like Sphera, Sima Pro, and openLCA, as well as exploring alternative materials with lower greenhouse gas emissions, such as fly ash. Laboratory testing will assess the properties of the alternative material to ensure its suitability for construction purposes. The deliverables encompass the significance of LCA in quantifying the environmental impacts of cement production, identifying areas for improvement, and advocating for sustainable alternatives. The research not only addresses environmental concerns but also contributes to a more resilient construction industry by promoting sustainable materials, fostering innovation, and providing a competitive edge for manufacturers and suppliers. Ultimately, this study aims to reduce the environmental footprint of infrastructure projects while stimulating sustainable economic growth. NUST
65 1731 MOOCHI QualityEducation Moochi is a cutting-edge AI-powered examination application that integrates Natural Language Processing (NLP) for seamless evaluation within Learning Management Systems (LMS). Our platform revolutionizes the assessment process by providing personalized feedback and tailored learning experiences for students, while empowering teachers with automation and insightful data. NUST
66 1732 AR Interior IndustryInnovationAndInfrastructure Our innovative interior design AR mobile app enables real-time ambience-aware recommendations. The app utilizes advanced algorithms to detect design styles and color schemes in a room, offering personalized suggestions. Users can visualize these recommendations in augmented reality, providing an immersive and interactive experience for seamless interior design exploration. NUST
67 1733 WalkEase Exo GoodHealthAndWellBeing "WalkEase Exo" aims to replicate the Wandercraft Atalante X, focusing on hands-free walking assistance for wheelchair users. Addressing the unmet need for advanced mobility solutions, our project envisions providing independence and accessibility to individuals with spinal cord injuries. NUST
68 1734 AeroHarvest ZeroHunger Precision farming in Pakistan using UAV and UAV amalgamates aerial and ground-based technologies for systematic and accurate field monitoring and precise on-ground tasks. Our innovative communication system between the aerial and ground vehicle improves agricultural yield, offering an innovative approach to modernise existing farming practices. NUST
69 1735 LDPE based Flexibile SustainableCitiesAndCommunities Evaluation of LDPE based flexible pavement. LDPE based flexible pavement's strength, rutting properties and durability will be tested. The data from 0%, 2%, 4%, 6% LDPE and onwards can be modelled to find optimum percentage. NUST
70 1736 SmartFolio IndustryInnovationAndInfrastructure The intended software will facilitate the users by providing user-friendly platform for creating resumes, portfolio and cover letters. The individuals face many challenges in creating and managing their professional materials so this product is born out of a commitment to provide an all- in-one solution. Our product supports multi languages ensuring that users worldwide can benefit from it. The integration of AI in our system brings a new level of personalization. It automatically generates cover letters and provides tailored content suggestions. It is not the replacement of an existing system but rather a response to the need for user-centric platform that simplifies the creation and management. Overall, it is designed to assist a wide range of users from job seekers to seasoned professionals in effectively presenting themselves to potential employer. FUI
71 1737 Pregmote GoodHealthAndWellBeing Our project, titled "Pregmote," is an innovative healthcare solution designed to empower individuals by providing real-time health monitoring using advanced sensor technology. The primary objective is to enable users to proactively manage their well-being and detect potential health issues at an early stage. The system employs the Max30100 sensor, a state-of-the-art pulse oximeter and heart-rate sensor, connected to a Raspberry Pi 3 device. This compact and efficient setup ensures portability and ease of use. Users can access the monitoring platform through a user-friendly web interface, which allows for seamless interaction and data visualization. The core functionality includes continuous monitoring of vital signs such as heart rate, oxygen saturation levels, and other relevant health parameters. The sensor data is collected in real-time, processed, and displayed on the web interface. Users can easily interpret their health metrics through intuitive charts and graphs, providing a comprehensive overview of their physical well-being. One distinctive feature of HealthGuard is its ability to send alerts in case of irregularities or abnormal readings. This ensures immediate attention to critical health issues, enhancing user safety. The system also incorporates a user-friendly registration and login system to personalize the monitoring experience. Users can create accounts, log in securely, and access their historical health data for trend analysis. The project utilizes Python for server-side scripting, integrating the Flask framework to handle HTTP requests. The sensor data is retrieved through the smbus library, ensuring seamless communication between the Raspberry Pi and the Max30100 sensor. Additionally, we implemented a responsive web design using HTML, CSS, and JavaScript for an optimal user experience across various devices. HealthGuard not only serves as a personal health companion but also offers an educational component by promoting awareness and understanding of vital health metrics. By fostering a proactive approach to health management, our project aims to contribute to a healthier and more informed society. In conclusion, Pregmote represents a significant leap in accessible and personalized healthcare technology. Its robust design, user-friendly interface, and real-time monitoring capabilities position it as a valuable tool for individuals seeking to take charge of their health journey. FUI
72 1738 Pregmote GoodHealthAndWellBeing Our project, titled "Pregmote," is an innovative healthcare solution designed to empower individuals by providing real-time health monitoring using advanced sensor technology. The primary objective is to enable users to proactively manage their well-being and detect potential health issues at an early stage. The system employs the Max30100 sensor, a state-of-the-art pulse oximeter and heart-rate sensor, connected to a Raspberry Pi 3 device. This compact and efficient setup ensures portability and ease of use. Users can access the monitoring platform through a user-friendly web interface, which allows for seamless interaction and data visualization. The core functionality includes continuous monitoring of vital signs such as heart rate, oxygen saturation levels, and other relevant health parameters. The sensor data is collected in real-time, processed, and displayed on the web interface. Users can easily interpret their health metrics through intuitive charts and graphs, providing a comprehensive overview of their physical well-being. One distinctive feature of HealthGuard is its ability to send alerts in case of irregularities or abnormal readings. This ensures immediate attention to critical health issues, enhancing user safety. The system also incorporates a user-friendly registration and login system to personalize the monitoring experience. Users can create accounts, log in securely, and access their historical health data for trend analysis. The project utilizes Python for server-side scripting, integrating the Flask framework to handle HTTP requests. The sensor data is retrieved through the smbus library, ensuring seamless communication between the Raspberry Pi and the Max30100 sensor. Additionally, we implemented a responsive web design using HTML, CSS, and JavaScript for an optimal user experience across various devices. HealthGuard not only serves as a personal health companion but also offers an educational component by promoting awareness and understanding of vital health metrics. By fostering a proactive approach to health management, our project aims to contribute to a healthier and more informed society. In conclusion, Pregmote represents a significant leap in accessible and personalized healthcare technology. Its robust design, user-friendly interface, and real-time monitoring capabilities position it as a valuable tool for individuals seeking to take charge of their health journey. FUI
73 1739 Strata Vision IndustryInnovationAndInfrastructure The identification of layer thickness and detection is a vital aspect in road construction projects that involves multiple stakeholders. However, the conventional methods used for identifying these layers are tedious, time-consuming, labor-intensive and prone to errors due to human negligence or data manipulation. Typically, site inspectors rely on surveyors for updates but our model automates this process through drone imagery that predicts each layer accurately using Yolo principles which have been trained intensively across various sites. Our project also focuses on determining the volume of each road-layer by utilizing software-generated point clouds derived from previously captured images gathered via drones making it reliable and highly accurate. These measures put into place ensure utmost security thereby reducing any possible risks associated with loss or corruption of data files within both our model as well as integrated software packages. Our project redefines road construction project management using the layer detection model and also by modernizing layer thickness determination using drone images and its integration with several software. The aim of our project is to facilitate the management of the road construction projects and replace the traditional methods of management with the modern technology and provide a pathway for the construction industry to follow for the successful management of the road construction projects. NUST
74 1740 Guardian GoodHealthAndWellBeing As the pharmaceutical industry is expanding day by day, it is becoming a challenge to keep a check on the quality of medicines and to provide proper and safe medicinal products to the customers. After the production of medicinal products, their preservation is a great challenge. It is important to maintain a proper check and balance on pharmaceuticals because they are connected to human lives. It is really hard to manually keep a check on the environmental factors (such as temperature, humidity, smoke, alcoholic fumes, etc.) that can affect the health of the medicine. Therefore, we have created an IoT-based system that is working on real-time monitoring. The device Guardian contains eight different sensors that are continuously measuring the environmental factors. As soon as some certain environmental factor value exceeds the system generates alarms through App notification, Web notification, and on-device alarm and takes precautionary action. The system also generates an audit report continuously. The system is also used during transportation for tracking the location and is used to monitor the condition of the products. The device collects data through GSM. The data is collected through sensors and then transferred to the central server where the data is examined to check the environmental factors. Live readings are shown through the website and mobile app. The website contains sensor readings, medicine readings, expiry analysis, and reports analysis pages, whereas the Android app contains only sensor reading and alert generation pages. As we know the life of patients and customers is quite precious so it is important to provide the best medical products to them. Therefore, the device Guardian is the best solution for keeping a check and balance of the medicinal products environment, as it gives accurate readings continuously. NUST
75 1741 Guardian GoodHealthAndWellBeing In the expanding pharmaceutical industry, ensuring the quality and safety of medicines is challenging. Our IoT-based solution, Guardian, addresses this by employing its sensors for real-time monitoring of environmental factors. Alarms are generated for abnormal conditions, aiding prompt action. The device, also used in transportation, collects data through GSM, sending it to a central server for analysis. Live readings are accessible via a website and app, featuring comprehensive analyses. Guardian, prioritizing product safety and human lives, offers continuous and accurate monitoring, establishing itself as the optimal solution for maintaining the integrity of medicinal products. FUI
76 1742 SSUET Carpooling SustainableCitiesAndCommunities This project pioneers a university-centric carpooling app to optimize commuting. Smart matching algorithms, flexible scheduling, and safety features enhance sustainability. By fostering shared rides, the app reduces traffic, lessens environmental impact, and cultivates a connected university community, presenting a viable and efficient solution for contemporary transportation challenges. SSUETKarachi
77 1743 Al-air battery AffordableAndCleanEnergy Sun bestows an enormous amount of energy in Pakistan even during winters. This energy can be converted (by solar cells) and stored in the form of metal (Al) slabs (by smelting). Primary Al-air batteries effectively deliver this energy by using the solid metal fuel (Al) that is cheap, light, safe, recyclable, non-toxic, abundant, and has a very high energy density (about 60% of gasoline). NUST
78 1744 Semi-autonomous car IndustryInnovationAndInfrastructure In this final-year project, I implement semantic segmentation using AI on a Jetson Nano for autonomous car applications. Leveraging deep learning frameworks, I choose and optimize a model, ensuring compatibility with edge devices. The project involves dataset creation, model training, and real-time integration, emphasizing performance and efficiency. Documentation and clear communication of findings enhance the overall learning experience, complementing my aspiration to pursue a master's in embedded systems. NUST
79 1745 NanoVision IndustryInnovationAndInfrastructure In this final-year project, I implement semantic segmentation using AI on a Jetson Nano for autonomous car applications. Leveraging deep learning frameworks, I choose and optimize a model, ensuring compatibility with edge devices. The project involves dataset creation, model training, and real-time integration, emphasizing performance and efficiency. NUST
80 1746 Customized Drones IndustryInnovationAndInfrastructure The business venture aims to introduce a groundbreaking paradigm in the realm of aerial technology through the provision of versatile drones. With a core focus on customization and innovation, our objective is to revolutionize various sectors' operations, ranging from education and defense to agriculture, exploration, and logistics. The primary goal is to offer cutting-edge drone solutions tailored to meet specific industry needs. Our drones are envisioned to serve as multifunctional tools, adaptable for remote-controlled or autonomous operations, with customization options such as specialized cameras, carriers, sprays, and other bespoke features based on client requisites. Central to our mission is the commitment to innovation and adaptability. We prioritize staying at the forefront of technological advancements, integrating the latest features into our drone models. This continual evolution ensures that our products remain in line with ongoing industry trends and technological progress. Our business aims to not only provide superior drone technology but also to forge strategic partnerships with educational institutions, government bodies, and commercial entities. Through these collaborations, we aim to drive innovation, facilitate advancements in drone applications, and contribute significantly to various sectors' efficiencies and growth. In addition to delivering exceptional drone solutions, our business's fundamental objective is to operate with environmental consciousness. Our drones are designed to minimize environmental impact, adhering to regulatory standards and sustainability principles. The business's ultimate vision is to establish itself as a frontrunner in the drone industry, recognized for innovation, adaptability, and a commitment to delivering tailored solutions that elevate industries' capabilities across the globe. NUST
81 1747 TerraLoom SustainableCitiesAndCommunities In hill-prone regions like Pakistan, where urbanization meets geological challenges, our project pioneers advanced slope stability analyses. Leveraging cutting-edge techniques—kinematic analysis, UAV surveys, and geological assessments—we decode the language of rock formations. These insights, mapped through ARCGIS, hold the key to informed urban planning, averting disasters, and fortifying communities. Our mission aligns with Sustainable Development Goals, striving for resilient landscapes and safer futures. NUST
82 1748 Aggregation Service for Kubernetes Clusters NoPoverty Kubernetes as of now is the de-facto container orchestration platform. As time moves on Kubernetes is becoming necessary for every organization to manage their servers. Such intense usage of Kubernetes increases the need for a platform which fetches resources and displays them with simplicity. This will allow resources to be seen and scaled efficiently saving valuable time. NUST
83 1749 SmartMess Tracker ResponsibleConsumptionAnd Production SmartMess Tracker is a creative solution designed to address food waste problems in dorm/mess situations. By utilizing fingerprint scanning, load cells, and Arduino, to precisely track and identify those responsible for food waste. Users only need to lay their plates on the load cell for the system to weigh any remaining food while identifying themselves using the embedded fingerprint reader. A small fee promotes responsibility and a culture of responsible dining. The gathered information effortlessly uploads to an easy-to-use website, enabling students to actively lessen their environmental impact and make wise decisions. Moreover with the past data of eating habits of individuals, Mess could be further optimized to prepare just the right amount of food. NUST
84 1750 Solar Water Heater AffordableAndCleanEnergy Our locally-manufactured solar water heater integrates Fresnel lenses, Compound Parabolic Troughs, and Phase Change Materials. This innovation enhances efficiency, making it cost-effective and environmentally friendly. By eliminating reliance on imports, our solution addresses hot water needs while fostering economic growth. NUST
85 1751 Solar Water Heater AffordableAndCleanEnergy Our locally-manufactured solar water heater integrates Fresnel lenses, Compound Parabolic Troughs, and Phase Change Materials. This innovation enhances efficiency, making it cost-effective and environmentally friendly. By eliminating reliance on imports, our solution addresses hot water needs while fostering economic growth. NUST
86 1752 Recycling Rubber Tyres in Asphalt Pavements SustainableCitiesAndCommunities Traditional asphalt pavements face challenges such as cracking, reduced durability, and environmental impact. The conventional use of asphalt alone falls short in addressing these issues effectively. However, an innovative solution arises through the integration of recycled rubber tires into asphalt pavements, marking an improvement towards sustainability and enhanced performance. Asphalt, while a staple in road construction, exhibits limitations in flexibility and resilience, often succumbing to cracks and premature deterioration. The incorporation of recycled rubber tires addresses these shortcomings on multiple fronts. One key parameter that sees significant improvement is durability. The inclusion of rubber from discarded tires enhances the flexibility and elasticity of the asphalt mix, resulting in pavements that can withstand varying weather conditions and heavy traffic loads. This increased durability translates into longer pavement lifespan, reducing the frequency of repairs and replacements. Furthermore, the rubber-modified asphalt exhibits superior resistance to cracking. The inherent elasticity of rubber allows the pavement to better absorb stress and movement, minimizing the formation of cracks. This enhanced crack resistance not only contributes to the structural integrity of the pavement but also reduces maintenance costs over time. The environmental benefits of recycling rubber tires into asphalt are noteworthy. By repurposing discarded tires, the environmental burden of tire disposal is mitigated, addressing a significant waste management issue. This sustainable approach aligns with global efforts to reduce carbon footprints and embrace circular economy practices. In addition, the use of recycled rubber in asphalt pavements contributes to noise reduction. The elastic properties of rubber act as a dampening agent, absorbing and dissipating traffic-induced noise. This is particularly beneficial in urban areas, enhancing the overall quality of life for residents and promoting a more sustainable and harmonious infrastructure. NUST
87 1753 Water Harvesting SustainableCitiesAndCommunities This project addresses global water scarcity by implementing advanced rainwater harvesting and greywater reuse in NUST H-12. Objectives include identifying catchment sites, implementing models, and designing filters. The research spans Jan-Dec 2023, contributing to water scarcity mitigation, groundwater recharge, drought resilience, and environmental conservation. NUST
88 1754 Gesture Keyboard QualityEducation The Gesture Keyboard presents an innovative approach to revolutionize the conventional mode of human-computer interaction. Departing from traditional input methods reliant on physical keys or touchscreens, this system harnesses intuitive gestures in three-dimensional space to enable seamless and dynamic communication between users and devices. CUST
89 1755 Thermal Energy AffordableAndCleanEnergy Thermochemical Energy storage is one of the most realiable and best method to store thermal energy for future. With higher thermal irradance availaibility in hot areas, energy can get stored in high density while having a reversible reaction possibility. Calcium hydroxide can play a vital role in this regard, specially in Pakistan and countries, where it is easily accessible by mining. Ongoing increments in energy demand will converge us to shift our focus towards renewable and clean energy sources and that is where Thermochemical energy storage is one of the best possible solutions exist. NUST
90 1756 Thermal Energy AffordableAndCleanEnergy Thermochemical Energy storage is one of the most realiable and best method to store thermal energy for future. With higher thermal irradance availaibility in hot areas, energy can get stored in high density while having a reversible reaction possibility. Calcium hydroxide can play a vital role in this regard, specially in Pakistan and countries, where it is easily accessible by mining. Ongoing increments in energy demand will converge us to shift our focus towards renewable and clean energy sources and that is where Thermochemical energy storage is one of the best possible solutions exist. NUST
91 1757 Smart Gym GoodHealthAndWellBeing The "Smart Virtual Gym Trainer" is an innovative fitness solution leveraging pose estimation and artificial intelligence to enhance home workouts. Using computer vision algorithms, the system monitors users' body movements in real-time, accurately counting repetitions and providing immediate feedback on exercise form. With a focus on personalized guidance, the trainer adapts to users' fitness levels, offering a dynamic and engaging workout experience. Virtual sessions include a variety of exercises, promoting versatility and targeting different muscle groups. The system prioritizes user safety by actively correcting form errors, reducing the risk of injuries. Real-time instructions and encouragement foster motivation, creating an interactive and immersive workout environment. Performance analytics track user progress, offering insights into strengths and areas for improvement. With the ability to customize routines, the Smart Virtual Gym Trainer represents a user-centric approach to fitness, combining technology and personalized coaching for effective and enjoyable home workouts. SSUETKarachi
92 1758 Smart Gym GoodHealthAndWellBeing The "Smart Virtual Gym Trainer" is an innovative fitness solution leveraging pose estimation and artificial intelligence to enhance home workouts. Using computer vision algorithms, the system monitors users' body movements in real-time, accurately counting repetitions and providing immediate feedback on exercise form. With a focus on personalized guidance, the trainer adapts to users' fitness levels, offering a dynamic and engaging workout experience. Virtual sessions include a variety of exercises, promoting versatility and targeting different muscle groups. The system prioritizes user safety by actively correcting form errors, reducing the risk of injuries. Real-time instructions and encouragement foster motivation, creating an interactive and immersive workout environment. Performance analytics track user progress, offering insights into strengths and areas for improvement. With the ability to customize routines, the Smart Virtual Gym Trainer represents a user-centric approach to fitness, combining technology and personalized coaching for effective and enjoyable home workouts. SSUETKarachi
93 1759 Meat Analogue (Apple Gourd) GoodHealthAndWellBeing In response to the growing demand for sustainable and plant-based alternatives to traditional meat products, this study explores the culinary and nutritional potential of Apple Gourd Patties (AGPs) as a unique and flavorful meat alternative. Apple gourd, is a versatile and underutilized vegetable commonly found in South Asia. This research focuses on transforming this humble vegetable into a palatable and nutritious patty that can serve as an environmentally friendly substitute for meat. The study begins by investigating the sensory attributes of Apple Gourd Patties, considering factors such as taste, texture, and aroma. Through various culinary techniques, including blending, seasoning, and cooking methods, researchers aim to optimize the taste profile of AGPs to make them appealing to a broad audience. Texture analysis will also be conducted to ensure that the patties mimic the mouthfeel of traditional meat products, enhancing the overall dining experience. Nutritional analysis is a key component, evaluating the macronutrient and micronutrient content of Apple Gourd Patties. The goal is to create a well-balanced alternative that can provide essential nutrients, including proteins, fibers, vitamins, and minerals. Additionally, the study explores the potential health benefits associated with consuming AGPs, such as improved cardiovascular health, weight management, and increased intake of phytonutrients. An important aspect of the research involves assessing the environmental impact of Apple Gourd Patties compared to conventional meat production. By conducting a life cycle analysis, researchers aim to quantify the carbon footprint, water usage, and land utilization associated with AGP production, providing valuable insights into the sustainability of this meat alternative. Furthermore, the economic feasibility of incorporating Apple Gourd Patties into the market as a viable meat substitute. Factors such as production costs, market demand, and consumer acceptance will be analyzed to determine the potential for widespread adoption. Apple Gourd Patties emerge as a promising meat alternative with a unique flavor profile and significant nutritional benefits. The study highlights the potential of AGPs to address the environmental and health concerns associated with traditional meat consumption while offering a palatable and sustainable choice for consumers seeking plant-based alternatives. The findings contribute valuable insights to the growing field of alternative protein sources, paving the way for the integration of Apple Gourd Patties into mainstream culinary practices. University of Central Punjab, Lahore
94 1760 Stevia-Infused Biscuits GoodHealthAndWellBeing In recent years, the quest for healthier alternatives in the food industry has led to a surge in the development of innovative products. This study embarks on an exploration of the symbiotic relationship between two health promoting ingredients stevia, a natural sweetener, and barley, a nutrient-rich grain culminating in the creation of stevia-infused barley biscuits. The research aims to unravel the multifaceted aspects of this culinary fusion, ranging from its formulation to sensory attributes, nutritional benefits, and potential market impact. The formulation process involved meticulous consideration of the interplay between stevia and barley to strike a harmonious balance. Stevia, derived from the leaves of the Stevia rebaudiana plant, was chosen for its sweetness without the caloric baggage associated with traditional sugars. Barley, celebrated for its high fiber content, essential nutrients, and unique flavor profile, served as the ideal canvas for this culinary experiment. The integration of these two elements not only aimed at enhancing the taste of the biscuits but also sought to create a healthful snack option for consumers conscious of their well-being. Sensory evaluations played a pivotal role in assessing the organoleptic qualities of the stevia-infused barley biscuits. Panelists engaged in blind taste tests, evaluating factors such as sweetness, texture, and overall palatability. Preliminary findings suggest that the infusion of stevia complements the nuttiness of barley, resulting in biscuits that deliver a satisfying sweetness without the need for excessive sugar. The texture, simultaneously crisp and hearty, adds to the overall sensory appeal, making these biscuits a delightful treat for discerning taste buds. Nutritional analysis aimed to quantify the health benefits of these biscuits, exploring aspects such as reduced caloric content, increased dietary fiber, and potential micronutrient enhancements. Initial results indicate that the stevia-infused barley biscuits offer a lower calorie alternative to traditional counterparts, making them an attractive option for individuals seeking healthier snacking choices. Beyond the laboratory and kitchen, the study also contemplates the market implications of introducing stevia-infused barley biscuits. As health-conscious consumer preferences continue to evolve, the biscuits emerge as a promising addition to the expanding market of functional foods, catering to those who prioritize both taste and well-being. In conclusion, this research provides a comprehensive exploration of stevia-infused barley biscuits, offering insights into their formulation, sensory attributes, nutritional benefits, and potential market impact. As the food industry navigates the intersection of flavor and health, these biscuits stand as a testament to the possibilities of creating nutrient-rich, low glycemic index delights that redefine the boundaries of guilt-free indulgence. University of Central Punjab, Lahore.
95 1761 VORTICS BLADELESS TURBINE AffordableAndCleanEnergy The vortex bladeless turbine represents a groundbreaking innovation in wind energy technology, revolutionizing traditional turbine design by eliminating the need for rotating blades. This 300-word abstract explores the key aspects of this innovative technology, focusing on its cost-effectiveness and ease of manufacturing. The vortex bladeless turbine harnesses energy through vorticity, utilizing the principle of vortices and aerodynamic oscillations to generate electricity. Its streamlined design consists of a slender, conical structure made from lightweight materials, minimizing manufacturing complexities and reducing material costs compared to conventional turbines. The absence of rotating blades significantly diminishes maintenance requirements, addressing a major cost concern in wind energy production. One of the primary advantages lies in its simplified manufacturing process, making it an economically attractive option for renewable energy deployment. The streamlined structure and reduced mechanical components streamline production, enabling cost-effective scalability for various energy needs. Moreover, the absence of complex moving parts contributes to lower operational and maintenance expenses over the turbine's lifespan, presenting a compelling case for long-term cost savings. Ease of installation further enhances its appeal, requiring less space and simplifying the logistical challenges associated with erecting conventional turbines. Its silent operation minimizes environmental impact, making it suitable for both urban and rural settings without causing disturbance to surrounding areas. While the technology is still advancing and undergoing optimization, initial studies indicate promising efficiency levels comparable to traditional wind turbines. Research and development efforts continue to refine the design and improve energy output, further bolstering its cost-effectiveness and overall performance. In conclusion, the vortex bladeless turbine offers a promising solution to the challenges faced by conventional wind turbines, showcasing cost-effective manufacturing, simplified maintenance, and reduced environmental impact. As advancements continue and economies of scale are realized, this innovative technology holds immense potential to play a pivotal role in the transition towards sustainable and efficient wind energy generation. NUST
96 1762 Nexa Other (Social media management through voice command using AI.) Nexa, an innovative social media management platform, uses advanced voice recognition to interpret user commands. It captures voice inputs, converts them to text, and employs AI to understand user intent, categorizing commands into actions like posting, scheduling, or analytics retrieval. Through APIs, Nexa interacts with Instagram, Reddit, and Pinterest, executing user requests while managing a task queue for efficient execution. Real-time updates keep users informed of task status, logged securely in the database with robust encryption. Nexa's user-friendly mobile interface ensures easy navigation, offering a seamless social media management experience. FUI
97 1763 SilentSpeaks ReducingInequality SilentSpeaks sign language translation App provides comprehensive features, including real-time translation from text/speech to American Sign Language (ASL) using a 3D avatar, and real time ASL visuals to text translation . Additionally, it offers robust profile management for ensuring seamless communication between ASL users and non-ASL users. FUI
98 1764 Linux Enabled SoC Implementation of Multicore RISC-V IndustryInnovationAndInfrastructure Revolutionizing Pakistani Semiconductor industry’s creative force, our homegrown Multicore RISC-V processor with Linux support & its own SDK empower innovation across sectors. It fuels advancements in robotics, AI, & IoT with accessible power and high computing capability. This NUST-built solution fosters local R&D, boosts exports, lessens our dependence on 3rd party chips & drives economic growth, all while nurturing a collaborative tech ecosystem. NUST
99 1765 DigiAssets Other (Marketplace for digital assets) DigiAssets: Pioneering the All-In-One Marketplace for Digital Ownership In the vast landscape of the digital economy, a glaring gap has long persisted – a unified platform where individuals can seamlessly buy and sell every conceivable digital asset. Enter DigiAssets, a groundbreaking marketplace designed to revolutionize the way we engage with the digital realm, encompassing NFTs, domains, social media accounts, cryptocurrencies, and beyond. Unlike existing fragmented markets that cater to specific niches, DigiAssets breaks down silos, offering a one-stop destination for the diverse spectrum of digital ownership. In an era where creativity knows no bounds and innovation defies categorization, DigiAssets emerges as the epicenter for the exchange of digital assets of every conceivable type. FUI
100 1766 Moving Right GoodHealthAndWellBeing Introducing "Moving Right," a groundbreaking website in Pakistan offering voluntary sessions by specialists for disabilities like Autism, Hyperlexia, Asperger’s Syndrome, Selective Mutism. Bridging gaps, fostering welfare, and empowering a productive lifestyle for special communities. FUI