| S.No | Project ID | Idea Name | Domain | Abstract | University |
|---|---|---|---|---|---|
| 201 | 6930 | Delivery Robot | IndustryInnovationAndInfrastructure | The Delivery Bot is a versatile indoor robot designed for office assistance, restaurant service, hospital deliveries, and in-store advertising. Equipped with SLAM technology, it navigates efficiently, avoiding obstacles in dynamic environments. Its interactive screen displays emotions, and audio capabilities ensure seamless user interaction, making it adaptable to diverse delivery tasks. | NUST |
| 202 | 6931 | Medi Buddy | QualityEducation | MediBuddy is an innovative AI-driven platform enhancing the medical education and reducing diagnostic errors in clinical settings. with generative AI, it gives real-time feedback, interactive simulations, helping students improve differential diagnosis skills. by reducing the misdiagnosis, MEDIBUDDY aims to reduce healthcare costs, improve patient safety and transform medical training. | NUST |
| 203 | 6932 | Flora Artisans | Other (Agribusiness) | Flora Artisans is a leading floriculture establishment aiming to produce quality cut flowers year-round for Pakistan's local markets. We seek to reduce reliance on imports, train farmers, and create jobs. By adopting cost-effective, sustainable methods inspired by countries like Kenya and Ecuador, we aim to revolutionize Pakistan's floriculture sector and boost the economy. | NUST |
| 204 | 6933 | SmartTransit | SustainableCitiesAndCommunities | Public transport (PT), a cornerstone of modern urban mobility, must adapt to evolving public mobility demands. Traditional methods for urban mobility analysis provide valuable insights but are often resource-intensive, costly, and time-consuming. We propose leveraging mobile phone ubiquity and widespread cellular networks to enable efficient, data-driven PT planning solutions. | Quaid-i-Azam University, Islamabad |
| 205 | 6934 | HARP | GoodHealthAndWellBeing | The Humanoid Assistive Robotic Platform is a semi-autonomous robot designed to assist in Healthcare. It integrates action & emotion recognition, semi-autonomous navigation, and natural communication to aid in tasks like monitoring patient behavior, providing companionship, and assisting with mobility. Affordable and user-friendly, it bridges the gap between technology and accessible healthcare. | NUST |
| 206 | 6935 | HydroPure | CleanWaterAndSanitation | HydroPure is an eco-friendly, reusable water bottle startup with built-in advanced filters to ensure access to clean drinking water anytime, anywhere. Designed using sustainable materials, HydroPure reduces single-use plastic waste and promotes sustainable hydration. HydroPure addresses water quality, affordability, and environmental sustainability, fostering a healthier planet and equitable water access. | University of Agriculture Faisalabad, Faisalabad |
| 207 | 6936 | Robotic Mason | SustainableCitiesAndCommunities | This research is aimed at designing and developing a robotic arm for construction which will satisfy the requirement of Pakistan construction sectors. In its implementation, the research employs Building Information Modelling (BIM) via Autodesk Revit and Dynamo for real-time automation; gaps that can be addressed through dynamic computational generative design methodologies include the shortage of skilled labour, variability in work quality, as well as time delays in construction projects. Picking, mortaring, and exact positioning of the bricks are amongst the main processes to be automated for greater efficiency, less manual labor and better accuracy. This project presents a novel innovation towards the automation of brick laying and points to the possible positive impact of automation on the rate of construction, precision, and conformity in the construction industry with specific reference to Pakistan. The research thus compares the use of traditional approaches with the application of automation to evaluate resultant outcomes in qualitative control, speed, and future project viability. | NUST |
| 208 | 6937 | Flora Artisans | Other (AgriBusiness) | Flora Artisans aims to develop indigenous flower seeds for Pakistan’s market, reducing import costs and boosting the local floriculture industry. By using innovative strategies like hydroponics and optimizing seed production for local conditions, we plan to cover 40% of the seed market by 2030. Our approach creates jobs, ensures sustainable farming, and opens opportunities for both local and international markets.Flora Artisans is focused on developing indigenous flower seeds specifically for the Pakistani market. Our goal is to reduce import costs and enhance the local floriculture industry. By implementing innovative strategies such as hydroponics and optimizing seed production for local conditions, we aim to capture 40% of the seed market by 2030. Our approach not only creates job opportunities but also promotes sustainable farming practices and opens avenues for both local and international markets. Flora Artisans is focused on developing indigenous flower seeds specifically for the Pakistani market. Our goal is to reduce import costs and enhance the local floriculture industry. By implementing innovative strategies such as hydroponics and optimizing seed production for local conditions, we aim to capture 40% of the seed market by 2030. Our approach creates job opportunities, promotes sustainable farming practices, and opens avenues for both local and international markets. | University of Agriculture, Faisalabad |
| 209 | 6938 | Oral Insight | GoodHealthAndWellBeing | Limited dental care access hinders oral health. PMaDD aims to bridge this gap with an affordable, user-friendly mobile app and hardware mouthpiece. This solution enables self-assessments, early detection of dental issues, and promotes proactive oral health care, especially in underserved communities. | NUST |
| 210 | 6939 | TRACEFY | PeaceJusticeAndStrongInstitutions | Tracefy offers an AI driven solution, which is essentially a B2G product designed to generate sketches which are then converted to realistic images based on the descriptions given by the victims. Once the images have been generated, the second step will begin- the comparison of the generated image with existing records in the National Database and Registration Authority (NADRA) database to find the exact match or all potential suspects who will then be investigated. Tracefy will simultaneously build a criminal record database that will grow with each use, making it more efficient with each use. | NUST |
| 211 | 6940 | Thermoacoustic Cooling | AffordableAndCleanEnergy | The rising demand for sustainable and efficient cooling technologies has driven interest in thermoacoustic cooling systems, which eliminate the environmental drawbacks of conventional refrigerant-based solutions. This project focuses on the design and development of a thermoacoustic cooling system specifically tailored for electronics cooling applications. Thermoacoustic cooling harnesses the interaction between sound waves and a gas medium to generate a temperature gradient within a resonator. By leveraging this innovative approach, the system achieves cooling without relying on harmful refrigerants, making it an eco-friendly alternative. The project explores critical aspects of thermoacoustic cooling, including resonator design, stack optimization, and material selection, with the goal of maximizing cooling efficiency while minimizing energy consumption. Computational simulations are employed to study acoustic wave propagation, thermal interactions, and energy transfer mechanisms. Additionally, a prototype system is developed to validate the theoretical findings and demonstrate the feasibility of thermoacoustic cooling for practical applications. A key focus is placed on optimizing system parameters such as frequency, pressure, and resonator geometry to achieve effective cooling performance under real-world conditions. The designed system offers a scalable and cost-effective solution, targeting small-scale electronics and other applications requiring precise thermal management. By eliminating the need for traditional refrigerants, this project contributes to global efforts to reduce greenhouse gas emissions and combat climate change. It aligns with the United Nations' Sustainable Development Goals (SDGs), particularly Affordable and Clean Energy (SDG 7) and Climate Action (SDG 13). This research not only highlights the potential of thermoacoustic cooling but also paves the way for the widespread adoption of environmentally sustainable cooling technologies. Through this work, we aim to revolutionize electronics cooling by introducing a solution that is efficient, sustainable, and economically viable, ensuring a greener future for thermal management systems. | NUST |
| 212 | 6941 | Solar Fresh | CleanWaterAndSanitation | Solar energy-driven water purification is a sustainable solution to address water scarcity and contamination by employing sun power. The system efficiently purifies water making it safe for consumption. Solar-powered purification offers an eco-friendly, cost-effective alternative, providing clean water access to remote or underserved regions with limited resources. | NUST |
| 213 | 6942 | ProstheTest | GoodHealthAndWellBeing | The project develops a durable testing jig for transtibial prostheses, addressing Pakistan’s lack of non-destructive testing (NDT) setups. With a steel frame and aluminum components, it simulates real-world conditions for mechanical and fatigue testing. This reduces reliance on in-vivo trials, enhancing prosthetic reliability, safety, and quality while filling a critical research gap | NUST |
| 214 | 6943 | AQUANEST | CleanWaterAndSanitation | Introducing a completely new paradigm in domestic water purification, the Smart Tank Purification and Monitoring System (STPMS) combines advanced filtration technologies with IoT-enabled monitoring and control. The system is designed for direct installation into water tanks, so purified water is constantly supplied via household taps instead of having to depend on the expensive and unsustainable specific alternatives of bottled water or traditional reverse osmosis (RO) systems. Instead, it addresses the relevant public health problems and contributes to environmental sustainability in line with global Sustainable Development Goals (SDGs). It includes a multi-stage filtration technology where UV, ultrafiltration, and activated carbon technologies integrate to get rid of impurities, and optional mineral enhancement improves water quality. Water quality parameters such as pH, total dissolved solids-TDS, turbidity, tank water levels, and consumption patterns are continuously monitored by IoT-enabled sensors. A dedicated mobile application allows real-time data access, maintenance alerts, and water usage analytics to empower efficient resource management. There is very little manual maintenance to do, hence, life expectancy, as well as dependability of the systems, are enhanced. Energy-efficient design with optional solar power integration makes the use sustainable even if it is an off-grid area. Customization of configuration makes it scalable from smaller households to larger residential complexes, as well as suitable for rainwater collection systems. | SSUETKarachi |
| 215 | 6944 | TryOn AI | DecentWorkAndEconomicGrowth | This project aims to develop an innovative e-commerce platform that addresses key challenges in the online shopping industry, such as poor fit, high return rates, and limited search capabilities. The platform integrates advanced machine learning algorithms to deliver an enhanced user experience through three standout features: 1. Image-based Virtual Try-On: Users can upload their photos to visualize how clothes will look on them before purchasing. This feature leverages computer vision models to map garments onto users’ images accurately, providing a realistic try-on experience and increasing customer confidence in their choices. 2. Personalized Size Recommendations: The platform offers precise size suggestions by analyzing user images or videos to predict body measurements. This eliminates guesswork, ensuring better-fitting clothes and reducing the likelihood of returns, which is a major pain point in the fashion e-commerce industry. 3. Image-Based Product Search: Users can upload an image of a desired product to find similar items available on the platform. This feature uses deep learning to match uploaded images with products in the catalog, simplifying the search process and making the platform more user-friendly. Beyond these advanced features, the platform provides standard e-commerce functionalities such as multi-brand product management, seamless order processing, and user-friendly navigation. The platform is designed to promote decent work and economic growth by enabling small and medium-sized brands to reach a broader audience, fostering inclusivity, and creating new job opportunities in technology, logistics, and marketing. By combining cutting-edge technologies like computer vision and machine learning with practical e-commerce solutions, this platform aims to revolutionize online shopping, fostering higher customer satisfaction and reducing operational inefficiencies for retailers. It will also include tools for analytics, helping brands optimize inventory and marketing strategies. This project’s ultimate goal is to deliver an innovative solution that enhances user engagement, simplifies shopping processes, and creates tangible value for customers while contributing to sustainable economic development. | NUST |
| 216 | 6945 | CCTV Based Generative Model | PeaceJusticeAndStrongInstitutions | Manual monitoring of CCTV footage is labor-intensive, error-prone, and inefficient, often leading to delayed responses in critical situations. This project proposes a generative AI-based system to automate the analysis of CCTV footage, enabling the generation of concise, timestamped summaries of key events. The system integrates deep learning and video processing technologies to enhance surveillance efficiency, reduce human error, and improve decision-making in high-security environments. A user-friendly web application will allow seamless video uploads, summary visualization, and access to detailed footage. Designed for deployment in military contexts, the system emphasizes scalability, security, and compliance with operational standards. By automating surveillance, this project aims to optimize resource utilization and bolster situational awareness for the end user. | NUST |
| 217 | 6946 | SolWash | AffordableAndCleanEnergy | Due to SMOG and dust, solar panels suffer from performance loss due to dust and organic layer deposition. Traditional washing methods are ineffective against this. Sol Wash, a pH-neutral, non-abrasive, and manufacturer-standard compliant solar washing fluid, effectively removes both dirt and organic layers. Its unique formulation gently agitates and lifts the organic layer, leaving back a hydrophobic layer, restoring panel efficiency. | NUST |
| 218 | 6947 | Intelligent Vision | GoodHealthAndWellBeing | "Intelligent Vision" is a mobile application designed to empower blind individuals by providing advanced assistive technology. Using a mobile camera, it detects objects, estimates their distance, and identifies exits to simplify indoor navigation. Integrated with voice activation, the app ensures seamless, hands-free interaction, enhancing independence and mobility for its users. | NUST |
| 219 | 6948 | Journey mate | DecentWorkAndEconomicGrowth | Journey mate is an AI-powered travel app that helps users plan trips, book hotels, and rent cars tailored to their budgets and preferences. Featuring an interactive map and personalized recommendations, it connects travelers to attractions, accommodations, and activities while ensuring affordability and convenience. | SSUETKarachi |
| 220 | 6949 | Cassava Delights | GoodHealthAndWellBeing | Cassava delight, where the taste meets wellness, is a healthy snack made from tapioca flour. Cassava is an underutilized root vegetable, but by using a drought-resistant crop, cassava, we made game-changing snacks that are the perfect blend of taste and health. Cassava delights are the cookies that are delicious as well as rich in fiber and free from any allergens. In a world where we are facing various global issues like food insecurity, unhealthy lifestyles, and environmental concerns, we can say that the cassava delights are an innovative approach to healthy snacking. Cassava delights are not only the name of snacking; these cookies are the opportunity to nourish the body as well as support gut health and for sustainable food practices. | UNIVERSITY OF CENTRAL PUNJAB,LAHORE |
| 221 | 6950 | Smart Inventory | IndustryInnovationAndInfrastructure | The P&R Inventory Management System-2 is a web-based solution designed to automate and optimize inventory control, procurement, and equipment maintenance for organizations like the Military College of Signals (MCS). Built on the MERN stack, the system integrates AI-driven predictive analytics for proactive equipment maintenance and procurement automation based on real-time stock levels. The system offers an intuitive user interface, role-based access control, and automated alerts to streamline operations, reduce errors, and enhance decision-making. By eliminating paper-based processes, it also supports sustainability goals, making it a scalable, cost-effective solution for modern institutions. | NUST |
| 222 | 6951 | HearTrack | GoodHealthAndWellBeing | This project focuses on designing an IoT-based device for detecting abnormal myocardial infarction (MI) activities. It integrates data acquisition using ECG sensors, preprocessing for noise removal and segmentation, and deep learning models (CNN, RNN, Transformers) for classification. The device aims to diagnose MI, conduction disorders, and hypertrophy in real time while enabling future extensions for sleep apnea and heart disease detection. | NUST |
| 223 | 6952 | Network Monitoring | IndustryInnovationAndInfrastructure | Our app monitors real-time cellular network parameters like signal strength, latency, and throughput. Using Android Studio with Kotlin/Java, it stores data in the cloud for analytics. Dashboards provide service provider insights, helping users and providers optimize network performance. | NUST |
| 224 | 6953 | Interior Design | IndustryInnovationAndInfrastructure | In order to support sustainable solid waste management, this project investigates creative ways to turn discarded fabric into eco-friendly ornamental items and fabric bricks. By turning used textiles into useful, aesthetically beautiful products and building materials, the project tackles the growing environmental issues associated with textile waste. Waste fabric is transformed into long-lasting ornamental items and fabric bricks using a number of procedures, such as cleaning, cutting, and binding, which lowers landfill waste and encourages recycling. The initiative intends to illustrate the usefulness of repurposed materials, emphasizing their capacity to lower carbon emissions and promote environmentally friendly practices in the building and decorating sectors. Customers are increasingly looking for sustainable alternatives in their homes and workplaces. Eco-friendly materials like we will creator to this demand by offering products that are not only stylish but also environmentally responsible. Items such as coffee tables, lamp holders, fabric bricks, chairs, book holders, and mirror stands made from IDH can appeal to eco-conscious consumers who prioritize sustainability in their purchasing decisions. Products that are fire and water-resistant are highly valued for their longevity and safety features.. Additionally, better acoustic insulation can create a more comfortable and quieter living or working environment, which is a desirable quality for many investors.This strategy not only lessens the negative effects on the environment but also provides an innovative solution to the textile waste issue, promoting a circular economy and inspiring further innovations in waste management | University of Agriculture Faisalabad |
| 225 | 6954 | AEGIS | SustainableCitiesAndCommunities | The Artificially Enhanced Guarding and Intelligent Surveillance System (AEGISS) is an AI powered surveillance application designed to improve the limitations of traditional CCTV monitoring by automating the detection of critical incidents in public spaces. This system uses advanced AI models to analyze CCTV footage in real-time, detecting weapons and recognizing actions such as snatching with weapons, fighting, accidents and fire. Upon identifying a threat, AEGISS generates immediate alerts to relevant authorities, facilitating faster response times and enhancing public safety. Unlike manual surveillance, which is prone to human error, AEGISS provides a consistent and reliable solution that reduces the need for constant monitoring while ensuring continuous, accurate threat detection. With a modular design, AEGISS can be tailored to various environments making it a versatile and scalable choice for enhancing security. By addressing the need for efficient, automated surveillance in public settings, AEGISS stands as a significant advancement in intelligent monitoring technology. | SSUETKarachi |
| 226 | 6955 | Smart Security Generations (SSG) | Other ( Smart Home Security, IoT Security and Access Control ) | The Smart Security Generation project introduces an innovative smart lock system aimed at enhancing security and convenience for high-end residences and commercial properties. Utilizing advanced sensors, mobile app integration, and robust encryption, the system provides real-time alerts, remote monitoring, and user-friendly control. Key features include environmental monitoring, tamper-proof design, and end-to-end data encryption. This comprehensive solution aims to address rising concerns over security breaches, offering proactive and adaptive technology to safeguard people and assets. The project’s mission is to empower users with reliable security, seamless mobile connectivity, and eco-friendly design. Its vision is to redefine property security through smart, sensor-equipped locks that deliver real-time protection. The marketing strategy targets tech-savvy consumers and institutions like banks, leveraging digital advertising, partnerships, and trade show participation to highlight its unique benefits. Distinguished by features such as movement detection and secure remote access, the system bridges gaps in existing security solutions. Designed by CMX, an established manufacturer with expertise in precision engineering, this product aims to revolutionize the smart security market. Through strategic innovations and customer-centric development, Smart Security Generation aspires to set a new standard in accessible, intelligent security technology. | SSUETKarachi |
| 227 | 6956 | GradAI | QualityEducation | GradAI is an innovative solution that leverages Artificial Intelligence to automate the evaluation of students' physical answer sheets, streamlining the traditional grading process. By employing state-of-the-art Optical Character Recognition (OCR) for digitizing handwritten responses and advanced Natural Language Processing (NLP) techniques for content analysis, GradAI ensures accurate, efficient, and unbiased scoring. The system incorporates AI algorithms to compare student answers against predefined answer keys and generating precise scores. Designed to save educators time while enhancing assessment quality, GradAI bridges the gap between manual evaluations and technology-driven efficiency. Its user-centric design and scalability make it a transformative tool for educational institutions, revolutionizing how assessments are conducted and improving learning outcomes. | SSUETKarachi |
| 228 | 6957 | Analytica AI | IndustryInnovationAndInfrastructure | The LLM-Powered Data Analytics System revolutionizes decision-making by automating data analysis, visualization, and reporting. With a simple web interface, users can ask natural language questions to extract insights from diverse data sources. AI agents handle data cleaning, trend analysis, and report generation, ensuring accuracy and clarity. Designed for businesses, it simplifies complex tasks, saves time, and fosters smarter decisions with minimal effort. | NUST |
| 229 | 6958 | rgrrrf | NoPoverty | rgrggrg | NUST |
| 230 | 6959 | DEFECT DETECTION AND QUANTIFICATION IN THICK CARBON FIBER COMPOSITES USING INFRARED THERMOGRAPHY | QualityEducation | Utilization of Thermal Camera for the Damage Detection Comparison of Post-Processing Algorithms for the Detection of Defects inside Composite Material through IRT Data | NUST |
| 231 | 6960 | InfoSmashers | QualityEducation | InfoSmashers empowers underserved communities with freelancing skills, bridging gaps in education and employment. Offering globally relevant courses like Web Development, digital marketing, and SEO, it ensures practical training, client acquisition guidance, and mentorship. With affordability and accessibility at its core, InfoSmashers fosters financial independence and uplifts marginalized areas. | University of Agriculture Faisalabad |
| 232 | 6961 | NetComply Automation | IndustryInnovationAndInfrastructure | It is said that "humans are the weakest link" and that "security is as good as the rules." The reason behind that is that humans make mistakes, and they can be ignorant in complying with the rules and standards. The complexity of modern network devices like firewalls, routers, and switches demands precise configurations to meet international security standards such as ISO 27001, CIS Benchmarks, and NIST 800-53. Manual auditing is prone to errors and inefficiencies, leaving organizations vulnerable. This project, Automated Network Compliance Assessment Software, streamlines the compliance verification process for devices from vendors like Huawei, Cisco, Fortinet, and Juniper. By automating audits, it reduces human error, strengthens security frameworks, and ensures adherence to global standards, making it an indispensable tool for organizations committed to cybersecurity excellence. | NUST |
| 233 | 6962 | EaseClean Solutions | CleanWaterAndSanitation | EaseClean Solutions provides professional cleaning services to households, ensuring top-quality cleanliness with eco-friendly methods. From sofa and mattress cleaning to water tank and solar panel cleaning, our trained team offers efficient, affordable solutions, focusing on customer satisfaction and convenience. | NUST |
| 234 | 6963 | Stevigrain Biscuits | GoodHealthAndWellBeing | The rising prevalence of lifestyle-related health issues such as diabetes, obesity and cardiovascular diseases has driven the demand for functional foods with improved nutritional profiles. This study focuses on the development and evaluation of stevia-infused low glycemic index (GI) biscuits aimed at health-conscious individuals, including diabetics, those managing obesity, and individuals seeking healthier dietary alternatives. Stevia, a natural, calorie-free sweetener, was incorporated into the formulation as a sugar substitute, while barley flour, known for its high fiber content and low GI, was utilized as the primary ingredient. The formulation was optimized to balance taste, texture and nutritional value while maintaining the functional benefits of stevia and barley. Rheological and functional properties of the dough were studied to assess its handling and suitability for biscuit production. Key physicochemical parameters such as moisture content, texture and shelf life were monitored to ensure product stability over a 30-day storage period. Additionally, sensory evaluation was conducted to gauge consumer acceptability, focusing on flavor, texture and overall appeal. The glycemic index of the developed biscuits was determined through a human-based experimental model to confirm their suitability for individuals with blood sugar management concerns. Results indicated that the biscuits exhibited a significantly lower glycemic index compared to conventional sugar-based biscuits, making them an ideal snack option for diabetics and those seeking low-GI foods. Nutritional profiling revealed enhanced fiber content and a reduction in total sugars, aligning with dietary recommendations for improved gut health and reduced caloric intake. The use of stevia contributed to a natural sweetness without adverse effects on flavor or texture, ensuring consumer satisfaction. Storage studies demonstrated that the biscuits retained their sensory and nutritional quality for the evaluated period, highlighting their commercial viability. This research underscores the potential of integrating natural sweeteners like stevia and low-GI ingredients such as barley into functional food products. The developed biscuits offer a promising solution for health-conscious consumers, bridging the gap between taste and health. Further studies may explore the scalability of production and the incorporation of other bioactive ingredients to enhance the nutritional and functional properties of such products. | University of Central Punjab, Lahore. |
| 235 | 6964 | Sustainable Concrete Revolution by Harnessing Seawater, Sea Sand, and Volcanic Ash with Machine Learning for Eco-Friendly and Cost-Effective Construction | IndustryInnovationAndInfrastructure | Concrete remains an indispensable material in construction due to its strength, durability, and versatility. However, traditional concrete production heavily relies on cement, generating substantial CO₂ emissions, exacerbating environmental and climate challenges. In Balochistan, a coastal region with limited resources, conventional construction methods intensify sustainability concerns, highlighting a pressing need for innovative solutions. The presence of volcanic ash (VA) in Balochistan poses significant environmental and health risks. Left unmanaged, this toxic material impacts air quality, disrupts agriculture, and endangers ecosystems. Freshwater scarcity further complicates the region’s sustainability efforts, as frequent cyclones and flooding compromise water availability for both drinking and construction needs. Additionally, river sand, essential in traditional concrete mixtures, is costly and difficult to source locally, increasing logistical demands and further straining resources. In response to these challenges, this project explores sustainable construction solutions by developing two types of concrete mixtures. The first, referred to as "traditional concrete," involves partially replacing cement with varying percentages of volcanic ash (0%, 5%, 10%, 15%, 20%, 25%, 30%) while using freshwater and river sand in the mix. The second type, termed "modified concrete," also replaces cement with volcanic ash but incorporates 100% seawater and sea sand instead of traditional freshwater and river sand. By reimagining waste materials and adapting to Balochistan’s unique resource constraints, this approach aims to reduce environmental impact, conserve vital resources, and promote resilience in the region’s construction practices. A machine learning-based prediction model will be employed to optimize the volcanic ash proportion, leveraging the analysis of compressive, tensile, and flexural strengths to refine the performance of these innovative concrete types. | NUST |
| 236 | 6965 | Computational Investigation of 4-DOF Flight Dynamic Model of a High-Speed Projectile | IndustryInnovationAndInfrastructure | This project revolutionizes the field of high-speed projectiles, such as missiles, by offering a robust foundation for their design and optimization across subsonic to supersonic regimes. Intricate CAD models are subjected to rigorous CFD simulations, analyzing their aerodynamic behavior across a wide range of angles of attack and supersonic Mach numbers. By extracting dynamic stability parameters through MISDAT and integrating the validated aerodynamic data into a 4-DOF flight dynamics model, we enable real-time trajectory predictions and optimization of projectile performance. This comprehensive approach paves the way for the next generation of precision-guided ground-to-air and ground-to-ground 3+ Mach-capable projectiles, offering the potential for significantly enhanced accuracy, range, and maneuverability. | NUST |
| 237 | 6966 | Optimization of mechanical properties in palm tree fiber-reinforced concrete using machine learning for sustainable construction | IndustryInnovationAndInfrastructure | The construction industry, a significant contributor to global carbon emissions, urgently requires sustainable materials and innovative methods to reduce its environmental footprint. Our project, Optimization of Mechanical Properties in Palm Tree Fiber-Reinforced Concrete Using Machine Learning for Sustainable Construction, addresses this challenge by integrating treated palm tree fibers (a prevalent agricultural waste in Pakistan) and fly ash (an industrial by-product) into concrete mixes. This novel approach not only mitigates the environmental issues associated with waste management but also enhances the mechanical properties of concrete, such as compressive and flexural strength. The natural properties of palm tree fibers improve tensile strength, ductility, and thermal insulation, while fly ash reduces cement usage and increases durability through its pozzolanic action. Leveraging locally available resources ensures cost-effectiveness and aligns with principles of a circular economy. The project introduces machine learning as a transformative tool to optimize mix designs, minimizing traditional trial-and-error methods and reducing resource wastage. By applying advanced algorithms, we develop predictive models to achieve precise formulations, ensuring superior mechanical performance and environmental sustainability. Aligned with the United Nations Sustainable Development Goals (SDGs), particularly SDG 9 (Industry, Innovation, and Infrastructure) and SDG 11 (Sustainable Cities and Communities), this project contributes to sustainable urban development. Its potential applications extend to civic bodies, industries, and small-scale construction, offering scalable, data-driven solutions to the construction sector in Pakistan. | NUST |
| 238 | 6967 | Organic Wash | GoodHealthAndWellBeing | A wide range of chemicals having pharmacological properties are produced by marine species. The capacity of these species to suppress human pathogenic diseases was assessed. Over the past three decades, seaweeds have contributed to numerous pharmaceutical applications on gall stones, renal disorders, cancer, heart disease, asthma, psoriasis, and antibacterial, antifungal, and antiviral effects. Seaweeds have a wide range of metabolites, including polysaccharides, glycoproteins, terpenoids, alkaloids, lectins, pigments, and ketones. Around the world, fruit and vegetables are a key source of sustenance. They include a plethora of naturally occurring substances, such as vitamins, proteins, fibres, and minerals, that have different health effects. Therefore, it is strongly advised that they be consumed wherever. Remarkably, nevertheless, over one-third of fruits and vegetables are unable to reach consumers because they are contaminated with harmful microorganisms (e.g., bacteria, fungi, viruses.The largest post-harvest concern facing the agri-tech industry is unquestionably fungal in origin. Fungal diseases that develop after harvest reduce the quality of food and can lead to infectious diseases in humans. | Jinnah University for Women |
| 239 | 6968 | Aquanut Delight | GoodHealthAndWellBeing | This study presents the development of "Aquanut Delight," a nutraceutical chocolate specifically designed for women experiencing menstrual discomfort, including dysmenorrhea. Unlike many chocolates currently available in the market, Aquanut Delight stands out due to its unique blend of ingredients that not only offer indulgence but also serve a functional purpose in alleviating menstrual cramps. The primary ingredient, water chestnut, is known for its health benefits, particularly in providing relief from menstrual pain. Combined with other organic and healthy ingredients, this chocolate not only eases discomfort but also acts as a mood booster, enhancing overall well-being during menstruation. To ensure the quality and efficacy of Aquanut Delight, various tests were conducted, yielding the following results: ash content of 2.5%, moisture content of 0.01%, and a water activity level of 0.5. Additional tests, including color analysis, centrifugation, and texture analysis (31), were performed to validate the product's consistency and appeal. The chocolate's sugar content was measured at 10.5 degrees, and its pH level was found to be neutral, ensuring a balanced taste and stability, beneficial phytochemical test also performed. Aquanut Delight represents a novel approach to addressing menstrual discomfort by combining the nutritional benefits of water chestnut with the indulgence of chocolate, offering women a unique and comforting nutraceutical option. Keywords: Nutraceutical Chocolate, Menstrual Discomfort, Dysmenorrhea Relief, Water Chestnut, Mood Booster, Women's Health, Organic Ingredients, Chocolate Testing, Functional Foods. | Jinnah University for Women, Karachi |
| 240 | 6969 | THERMOELECTRIC GENERATOR | AffordableAndCleanEnergy | Thermoelectric generators (TEGs) utilize the SEEBECK effect to convert waste heat into electricity, addressing energy inefficiency in industries, transportation, and off-grid areas. Being compact, durable and maintenance-free, TEGs offer a scalable and eco-friendly solution by transforming temperature differences into clean energy, reducing emissions, and promoting sustainable power generation. | NUST |
| 241 | 6970 | Graphene Oxide | CleanWaterAndSanitation | Green synthesis of graphene oxide which is small in size and provides good surface area. It can be used in different applications including energy storage, environmental remediation,electronics, and biomedical applications. Used in different industries including aerospace,electronics, automotive, and healthcare. These materials have remarkably high electrical, mechanical, and thermal properties. Graphene oxide chemical stability, conductivity and high surface area enhance energy efficiency. This can reduce reliance on fossil fuels and mitigate environmental impacts in the renewable energy sector. Graphene oxide adsorption properties are exceptionally high towards different pollutants, including organic contaminants, heavy metals, and gases . Its uses are in water and air purification systems to treat wastewater, filtration of air, and environmental remediation. | NUST |
| 242 | 6971 | Aloe-Ginger Cust by Foodenomics | GoodHealthAndWellBeing | The invention “Aloe Ginger Cust” fulfills the need of a healthier snack option which has the nutritional benefits of Aloe Vera and Ginger in a conventional biscuit. Traditional biscuits are often rich in carbohydrates, fats, but poor in dietary fiber, which poses health risks like obesity and digestive problems. The “Aloe Ginger Cust” is made from a unique blend of wheat flour, barley flour, Aloe Vera gel and ginger, which offers a nutritious and sustainable alternative for health conscious persons. Aloe Vera is rich in vitamins, minerals, and anti-oxidants whereas ginger aids in digestion, reduces inflammation and may offer additional health benefits. The presence of certain bioactive components in Aloe Vera such as acetylated mannan, polyphenols, and flavonoids contributes to its antioxidative, immune-modulating and anti-diabetic properties. The bioactive substances like gingerols and shogaols possess the ginger’s anti-inflammatory, anti-clotting and analgesic characteristics. Furthermore, barley is known to aid in lowering blood sugar and cholesterol level due to presence of beta-glucan. By fortification of such ingredients in “Aloe Ginger Cust” the biscuits become a healthier choice in comparison with conventional biscuits. The invention “Aloe Ginger Cust” is claimed to be aid in prevention of gastrointestinal inflammation, helping in glucose metabolism in prediabetics and preventing diabetes dyslipidemia. With its unique flavour, texture, tingling spice if ginger and the familiar conventional biscuit taste, “Aloe Ginger Cust” offers a flavorful, nutritious and sustainable snack for individuals who are seeking such products. | University of Central Punjab, Lahore |
| 243 | 6972 | Campus Vigil Watch | SustainableCitiesAndCommunities | Campus Vigil Watch: A Cutting-Edge Campus Security Solution Campus Vigil Watch is an advanced security system designed to enhance campus safety by proactively detecting and preventing threats involving firearms and bladed weapons. By leveraging image recognition and machine learning, the system automates real-time identification and classification of weapons, enabling swift responses to potential dangers. The system integrates Convolutional Neural Networks (CNNs) for object detection and Large Language Models (LLMs) for contextual video analysis. CNNs excel at identifying and localizing objects within images, making them ideal for detecting weapons. LLMs analyze surrounding video footage to assess threat levels and recommend appropriate responses. This combination offers a robust and accurate approach to threat detection, surpassing traditional security measures. Campus Vigil Watch provides real-time alerts to campus security personnel, ensuring immediate action against potential threats. The research involved collecting and annotating over 5,000 images across 11 categories, including guns and knives, using Roboflow. Data cleaning and augmentation ensured model accuracy and robustness. The system employs the COCO (Common Objects in Context) model, known for its high performance in object detection across multiple categories. The trained model is integrated into a real-time monitoring system, processing video footage from surveillance cameras. Upon detecting a threat, the system triggers an alert to security personnel, including detailed information for rapid response. Key Benefits: - Proactive Threat Detection:Identifies potential threats early to prevent escalation. - Real-Time Alerts:Enables swift intervention by notifying security personnel immediately. - Enhanced Safety:Reduces the risk of violence, creating a secure environment for students and staff. - Cost-Effective Integration:Operates with existing campus security infrastructure, minimizing expenses. Campus Vigil Watch is a powerful tool for improving campus safety. By leveraging cutting-edge technology, it offers proactive detection and prevention of threats, fostering a secure environment for the campus community. As technology advances, Campus Vigil Watch is poised to expand its capabilities, ensuring even greater security for campuses worldwide. | Jinnah University for Women |
| 244 | 6973 | Heart Sync | GoodHealthAndWellBeing | Cardiac arrest (CA) is a life-threatening condition that necessitates immediate and effective cardiopulmonary resuscitation (CPR). High-quality chest compressions are crucial for the return of spontaneous circulation (ROSC), yet both professionals and laypersons often perform them incorrectly. Various devices have been developed to provide real-time feedback on compression quality, but they have limitations, including discomfort and inaccurate data due to sensor displacement.This interdisciplinary project presents a novel solution using smart textiles to develop flexible, wearable devices. We have designed and developed smart gloves integrated with pressure sensors and inertial measurement units (IMUs), achieving high detection accuracy and wearability. The smart gloves measure key parameters of chest compression quality, including compression depth, rate, and hand position.This work represents the first e-textile-based smart gloves for real-time assessment of chest compression quality during adult CPR. By combining smart textile design and data analytics, we have created lightweight, adaptable, and replicable prototypes. These smart gloves have the potential to improve CPR training, enhance patient outcomes, and save lives. | SSUETKarachi |
| 245 | 6974 | DiaCare Using Generative AI Large Language Model | GoodHealthAndWellBeing | A web-based platform for managing diabetes, offering Generative AI chatbot support, appointment scheduling, personalized diet/lifestyle advice, medication reminders, diabetic risk assessment, KNN-based meal recommendations, and software-based ML-powered fitness tracking. Admins can securely manage users and share reports. This solution empowers users with tools to improve health and quality of life. | SSUETKarachi |
| 246 | 6975 | SmartInspect | IndustryInnovationAndInfrastructure | Our AI-driven computer vision system redefines manufacturing by leveraging deep learning to analyze live images against reference standards, ensuring precise classification of components as "OK" or "NG." Trained on a custom dataset of 7,000 annotated images collected on-site, it integrates with SAP ERP for intelligent data flow and Industry 4.0 innovation. Built for automotive, adaptable to any industry. | NUST |
| 247 | 6976 | Green Plastic Revolution: Transforming Potato and Rice Starch into Bioplastic | IndustryInnovationAndInfrastructure | In this study, we investigate starch-based bioplastics obtained from potato peels and rice grains as an environmentally friendly alternative to conventional plastics. Films were developed and analyzed using extracted starch and glycerol/ sorbitol as plasticizers. The results highlight the potential of agricultural waste for the sustainable production of bioplastics, solving pollution and waste management problems. | Jinnah University for Women, Karachi, Pakistan |
| 248 | 6977 | Pasbaan UAV | ClimateAction | Pasbaan UAV is a true-VTOL drone platform providing autonomous overwatch for disaster-stricken areas. With climate change intensifying natural disasters like floods, landslides, and forest fires in Pakistan, the need for rapid and efficient response tools has never been greater. Designed for Emergency Response teams, Pasbaan aids in assessing damage and locating stranded or injured individuals during natural disasters. Equipped with Day/Night cameras and AI-based human detection, it delivers real-time intelligence to response teams. Long-endurance, and rapidly deployable, it ensures effective and timely rescue operations when it matters most. | NUST |
| 249 | 6978 | Insurance Pricing | IndustryInnovationAndInfrastructure | The traditional auto insurance industry relies on fixed factors like age, gender and driving history to determine premiums. However, this approach often overlooks real-time driving behavior and environmental conditions that significantly impact risk. The objective of our FYP is to enhance the auto insurance premium pricing model by incorporating data from GPS mapping, weather and telematics. As the data pool grows, this model—which is dependent on real-time data— will produce premiums that are progressively more accurate. This project’s long-term objectives are closely aligned with key Sustainable Development Goals (SDGs), offering an innovative solution with the potential to revolutionize the auto insurance industry. | NUST |
| 250 | 6979 | 4 DOF Robotic Arm with Sliding Base | IndustryInnovationAndInfrastructure | A 4-DOF robotic arm with a sliding base designed for efficient packaging automation, increasing productivity and reducing labor costs. | NUST |
| 251 | 6980 | Hybrid AEV | Other (Transportation and Emergency Response) | A hybrid aerial electric vehicle combining ground and aerial modes for efficient mobility. Designed for applications like emergency response, surveillance, and environmental monitoring, it features energy-efficient path planning, seamless transition mechanisms, and dual-purpose components. The vehicle offers enhanced adaptability for diverse terrains and complex scenarios, ensuring practical and innovative solutions. | NUST |
| 252 | 6981 | Move Smart | SustainableCitiesAndCommunities | This idea aims to identify factors influencing urban mobility, using data mapping and regression analysis to identify mobility hotspots. By analyzing environmental and infrastructural impacts, it aims to optimize public transport and improve connectivity in areas with limited movement, fostering sustainable mobility | NUST |
| 253 | 6982 | ReFlex | GoodHealthAndWellBeing | Our idea aims to develop a 3D-printed prosthetic hand using soft robotics and sensor fusion. Featuring EMG sensors for muscle signal interpretation, a Raspberry Pi camera for incorporating computer vision, and tactile and current sensors for real-time feedback. It is designed to enhance usability and mimic human-like responses. This innovation offers amputees a more intuitive, responsive, and effective prosthetic solution. | NUST |
| 254 | 6983 | "Eco-Friendly Synthesis of Silver Nanoparticles and Antioxidant Potential of Hibiscus Extracts: A Sustainable Approach to Health and Nanotechnology" | ResponsibleConsumptionAnd Production | The increasing global prominence on health and well-being has sparked a revival of interest in natural product, particularly plant derived products for therapeutic uses. Among these, Habicus is notable for its enriched phytochemical contents and traditional medication used since ancient time (Keyata et al., 2021). Habicus extracts showed to have substantial elevated levels of bioactive components including flavonoid and polyphenols which has potential free radical scavenging activity to combat oxidative stress in biological systems and can be consider as important components for the treatment of different ailments (Afolabi et al., 2023). In addition to its established medicinal significance, Habicus has recently gain considerable interest in the field of nanotechnology, predominantlyfor its potential in sustainable synthesis of nanoparticles because of the presence of bioactive compounds (Okorondu et al., 2024). This green synthesis approach not only minimizes environmental impact but also holds potential for the scalable production of biocompatible nanoparticles with diverse applications. Aims and Objectives This study aims to explore the biochemical profiling of Habiscus extracts, evaluate their efficacy in synthesizing nanoparticles, and assess their antioxidant properties, thereby investigating the dual significance of Habiscus in health and technology. The result showed the presence of phytochemicals in ethanolic extract of Habicus flower, revealed high concentration of flavonoids and phenolic compounds. The presence of elevated amount of phytocompounds supports the conventional use of Habicus for the treatment of various ailments. Flower extract successfully demonstrate the synthesis of AgNPs, having size ranging from 10-50 nanometers. Characterization via SEM showed that AgNPs possess spherical and crystaliine structures. In conclusion, this study highlights the auspicious applications of Habiscus flower extract as both effective antioxidants and efficient agents for nanoparticle amalgamation. The rich phytochemical composition not only supports traditional medicinal uses but also provides a foundation for inventive applications in nanotechnology. | Jinnah University for Women |
| 255 | 6984 | VenueVerse | DecentWorkAndEconomicGrowth | VenueVerse is a web-based platform revolutionizing wedding and event planning by connecting users with venues and service providers. Featuring real-time booking, personalized recommendations, advanced search, and reviews, it simplifies planning while ensuring a seamless experience. Powered by cutting-edge technology, VenueVerse bridges users and vendors for memorable events. | SSUETKarachi |
| 256 | 6985 | Enzyme nanoparticles | IndustryInnovationAndInfrastructure | Pectinase refers to a mixture of enzymes including pectolyase, pectin methylesterase and polygalacturonase. It attacks on pectin which is a structural polysaccharide with a backbone of galacturonic acid residues linked by ɑ-(1-4) linkages, present in fruits and vegetables Pectinase has various biotechnological applications in different industries such as the paper and pulp industry and the textile industry, but it is largely applied in the fruit juice industry to improve the overall yield and quality of fruit juices. In the present study, a novel pectinase-producing bacterial strain will be isolated from soil and identified by 16S rRNA sequencing. Using submerged fermentation technology, pectinase will be produced under optimized conditions, including temperature, pH, and the time course of fermentation. The media composition for pectinase production will also be optimized. The enzyme will then be isolated from the fermented media through centrifugation and partially purified using a salt fractionation technique, followed by characterization for kinetic properties and stability parameters. In order to increase the stability, efficiency and reusability, the partially purified pectinase will be immobilized on silver (AgNPs) and silica nanoparticles (SiNPs). Nanocarrier-based immobilization is a novel approach gaining much interest nowadays to enhance the enzyme’s applicability in industrial processes. Silver and Silica nanoparticles will be synthesized using chemical method. Comprehensive characterization will be performed using Scanning Electron Microscopy (SEM), X-ray Diffraction (XRD), and Fourier Transform Infrared Spectroscopy (FTIR) to confirm the successful synthesis and functionalization of the nanoparticles. The characterization of pectinase-immobilized nanoparticles will include assessments of catalytic activity, thermal stability, pH stability, and reusability. This research highlights the potential of nanoparticle-immobilized enzymes for various industrial applications, providing specific insights into the advantages and limitations of using silver versus silica nanoparticles. | Jinnah University for Women, Karachi, Pakistan |
| 257 | 6986 | Car Instincts | SustainableCitiesAndCommunities | The Car Instincts System is a self-driving car project using YOLOv10 and Raspberry Pi 5 for intelligent transportation. It identifies lanes, vehicles, pedestrians, and obstacles to make real-time decisions. With modes for fully autonomous driving and manual control, it includes safety features like auto-braking and an anti-sleep mechanism. Applications include tourist navigation, inclusive travel, and automated courier services. | SSUETKarachi |
| 258 | 6987 | Hair fertilizer | IndustryInnovationAndInfrastructure | the creative process of turning discarded human hair into liquid nitrogenous fertilizers. In order to extract nitrogen in the form of ammonium and nitrate ions, reductive cleavage of hair proteins was accomplished using potassium hydroxide (KOH) and tetramethylammonium hydroxide (TMAH) as solvents. When it came to dissolving hair and extracting nitrogen, KOH outperformed TMAH, according to comparative studies. Spinach (Spinacia oleracea L.) was used as a test crop in a vegetation pot experiment to assess the synthetic fertilizers. Four treatments were used: commercial NPK (15-15-15) fertilizer (T4), KOH-based fertilizer (T2), TMAH-based fertilizer (T3), and no fertilization (T1). The broadcasting approach was used to apply fertilizers at a nitrogen equivalent of 50 kg/ha to four pots for each treatment. Both KOH- and TMAH-based fertilizers performed better than commercial NPK fertilizer after 28 days, according to plant growth criteria as height, leaf count, and fresh and dried weights of edible portions. These results support the innovative use of discarded human hair in agriculture by demonstrating its potential as an efficient and sustainable supply of nitrogen. | NUST |
| 259 | 6988 | NeuroLink DX | GoodHealthAndWellBeing | Our project aims to deliver a multi modal diagnostic tool for early detection and stage classification of Alzheimer’s within dementia spectrum. This will be achieved by combining data like speech, MRI, PET scans, demographics, medical history, blood biomarkers (amyloid-β plaques and tau tangles). Fusion of all these data would give more accurate and earlier detection of Alzheimer. | NUST |
| 260 | 6989 | Visionaire | IndustryInnovationAndInfrastructure | Visionaire is being developed for the Planning Commission to address a critical gap in project monitoring and reduce corruption. It tracks progress, labor efficiency, and safety hazards in real time using drone imagery, on-site cameras, and digital twin technology. With computer vision, it alerts clients to risks and ensures transparency via a user-friendly app and website. | NUST |
| 261 | 6990 | Wireless charger for EV through Super Capacitor | IndustryInnovationAndInfrastructure | The goal of this project is to develop a convenient wireless charging system for Electric Vehicles (EVs), utilizing Super capacitors as Energy Storage System. This project incorporates the fast charging capabilities and the durability of Super Capacitors. The aim is to reduce the hassle of long charging times and the wait to charge the car at a charging station. This project provides a solution to reduce charging time for EV and enhanced convenience. | SSUETKarachi |
| 262 | 6991 | Birdify | LifeOnLand | This project presents an innovative AI-driven platform designed for bird enthusiasts, seamlessly combining advanced artificial intelligence technology with practical tools to create a comprehensive and user-friendly experience. The system includes a cutting-edge module for real-time bird species recognition and accurate gender detection, catering to the needs of professionals and hobbyists alike. Additionally, the platform features a dedicated marketplace exclusively for buying and selling birds, ensuring a secure, efficient, and tailored environment for avian trade. By addressing the unique needs of the birding community through advanced technology, this platform fosters a smarter and more connected ecosystem, revolutionizing how bird enthusiasts explore, learn, and interact with their passion. | SSUETKarachi |
| 263 | 6992 | Meshed Antenna | IndustryInnovationAndInfrastructure | The Internet of Things (IoT) demands efficient communication, yet traditional antennas often fall short due to cost, size, and thermal inefficiency. Meshed antennas offer lightweight, thermally efficient, and customizable solutions, ideal for IoT. This project designs a novel MIMO wideband meshed antenna operating at 3.5 GHz and 5.5 GHz, ensuring high data rates, signal quality, and flexibility for seamless integration in IoT, 5G, and B5G systems. | NUST |
| 264 | 6993 | Solar Drying | AffordableAndCleanEnergy | This project focuses on developing an efficient solar drying system for pasta, aiming to reduce energy consumption and environmental impact. By harnessing solar energy, the system will provide a sustainable solution for drying 450 kg of pasta. The project incorporates innovative solar collectors and drying techniques to optimize efficiency while maintaining product quality, offering a cost-effective, eco-friendly alternative to traditional drying methods. | NUST |
| 265 | 6994 | Pedalytics | SustainableCitiesAndCommunities | This study leverages Computer Vision Techniques (YOLOv8) for pedestrian risk analysis to address rising road traffic accidents. By analyzing unmarked crossings and high-risk zones, it offers actionable insights via a data-driven framework, aiding policymakers in enhancing pedestrian safety. Scalable globally, it aims to reduce fatalities and improve urban road safety. | NUST |
| 266 | 6995 | Predicting of Pitting corrosion of stainless steel using machine learning and validating experimentally | IndustryInnovationAndInfrastructure | This project focuses on predicting pitting corrosion of stainless-steel using machine learning techniques. Data will be sourced from both experimental results obtained through electrochemical testing (e.g., Epit measurement via Gamry software) and relevant literature. The scope includes training a machine learning model to predict the pitting corrosion behaviour of stainless steel under different chloride concentrations. The hypothesis revolves around leveraging machine learning to accurately predict pitting potential based on composition and environmental factors. Anticipated results include a validated machine learning model that can be used in industrial applications to reduce the experimental workload. | NUST |
| 267 | 6996 | MIMO Antenna | IndustryInnovationAndInfrastructure | This project presents a compact 2-element MIMO patch antenna for 5G communication, designed to operate in ultra-dense networks. With closely spaced elements, the antenna minimizes mutual coupling and maximizes signal integrity, ensuring reliable performance. The design supports 5G applications such as enhanced mobile broadband and IoT, emphasizing high spectral efficiency and compactness. | NUST |
| 268 | 6997 | Fish Crackers | GoodHealthAndWellBeing | Fish crackers are a light, crispy snack made from fish powder and herbs, offering a unique flavor, high nutritional value, and extended shelf life. Packed with omega-3 fatty acids, proteins, and antioxidants, they combat malnutrition while utilizing locally available fish. This value-added product promotes sustainable nutrition, minimizes fish waste, and supports community well-being. | NUST |
| 269 | 6998 | Project evaluation | NoPoverty | Project Evaluation Method is defined as an application for assessing various goods and services using methods spanning a large array. This program enables organizations to be able to judge the performance, prospects, and feasibility of products according to highlighting criteria like scope, value stream, scalability, productivity, industrial efficiency, and adaptability. The technology enables enterprises in a choice of industries to improve decision making, proceed with optimizations, and increase the performance regarding their products and services. Scalability and industrial efficiency ensure the business economies and operational advantages. Meanwhile, adaptation assures the adjustment of the assessment according to varied business contexts. By identifying scope and value stream, organizations can find opportunities for expansion, reducing wastage, and better-serving customers. The Project Evaluation Method proves itself as an important tool for any organization looking to maximize the lifecycle of its goods or services because it allows for continuous development and improvement by the organizations. The program provides a data-driven strategy for business success and sustainability optimization, whether applying it to the introduction of new items, improvement of old services, or optimization of operations. | SSUETKarachi |
| 270 | 6999 | Aero Aids | GoodHealthAndWellBeing | Our Project presents a potential solution to the logistic challenges of AID delivery Transport (i.e. Medical Supplies, Organs, Blood Bottles, and Emergency Relief Packages) by implementing a fully Autonomous UAV with a complex payload dropping mechanism, because UAVs are immune to traffic delays, have low overhead costs, and can go where there is no passable roads, ensuring best safety standards. | NUST |
| 271 | 7000 | Pipe Profiler | IndustryInnovationAndInfrastructure | Our solution features a robotic crawler with laser technology that generates precise 3D profiles of large-caliber pipes and barrels. This innovation enables cost-effective maintenance, reduces material wastage, and helps industries maintain high-quality standards. It supports sustainable practices and provides low-cost engineering solutions, driving efficiency across multiple sectors. | NUST |
| 272 | 7001 | InsuEase | GoodHealthAndWellBeing | Managing diabetes through daily insulin injections can be painful, inconvenient, and discourage patient compliance. Our innovative microneedle patch offers a painless, easy-to-use solution for insulin delivery. Designed for efficient absorption and enhanced comfort, it eliminates the need for syringes, reducing pain and fear. With its potentially scalable design, it can refine diabetes care, improving lives and creating a patient-centric healthcare product. | NUST |
| 273 | 7002 | EcoGrid | AffordableAndCleanEnergy | EcoGrid transforms rooftop wind energy into sustainable power with a wound field excited flux switching machine and a DC microgrid system. Designed for efficiency at low wind speeds, it enables homes and businesses to reduce grid dependency, store energy, and even share surplus power. EcoGrid delivers affordable, clean energy with a scalable solution for the future. Air to Amps, no Cap. | NUST |
| 274 | 7003 | Soccer Machine | GoodHealthAndWellBeing | The soccer ball launching machine enhances individual fitness and soccer skills by simulating realistic gameplay scenarios. It launches balls at varied angles, speeds, and locations, providing personalized and challenging training. This innovative solution saves time, accommodates busy schedules, and boosts player efficiency under difficult conditions. | NUST |
| 275 | 7004 | EcoPave | SustainableCitiesAndCommunities | Eco Pave is an innovative startup addressing the dual challenges of tire waste management and sustainable infrastructure development. Each year, millions of tires are discarded, posing severe environmental hazards. Eco Pave transforms this waste into crumb rubber, which is blended with asphalt to create rubberized asphalt—a durable, cost-effective, and eco-friendly road-building material. This solution not only diverts tires from landfills but also enhances road performance by improving durability, reducing maintenance needs, and minimizing noise pollution. Rubberized asphalt is highly resistant to cracking and rutting, ensuring longer-lasting roads under heavy traffic conditions. Eco Pave’s approach aligns with global sustainability goals, promoting a circular economy while reducing harmful emissions and conserving resources. By partnering with recycling facilities and construction stakeholders, we deliver a scalable and environmentally conscious alternative to traditional asphalt, paving the way for stronger roads and a cleaner planet. | NUST |
| 276 | 7005 | Seizure Detection | GoodHealthAndWellBeing | Epilepsy affects millions globally, creating a need for reliable, real-time seizure detection systems. This project focuses on implementing Support Vector Machine (SVM) on a low-cost Field Programmable Gate Array (FPGA) to efficiently classify EEG signals in real-time. FPGAs offer the advantage of low power consumption and high-speed processing, making them ideal for portable and wearable medical devices. This solution aims to provide a cost-effective and scalable platform for continuous seizure monitoring, enhancing the overall management of epilepsy. | NUST |
| 277 | 7006 | Secureet | GoodHealthAndWellBeing | SafeWear is a smart wearable security device tailored for women's safety. It integrates GPS tracking, heartbeat monitoring, and an SOS mechanism with a mobile app. It ensures real-time monitoring, emergency alerts, and self-defense capabilities, addressing vulnerabilities and ensuring peace of mind in daily life. | SSUETKarachi |
| 278 | 7007 | Soccer Machine | GoodHealthAndWellBeing | The soccer ball launching machine enhances individual fitness and soccer skills by simulating realistic gameplay scenarios. It launches balls at varied angles, speeds, and locations, providing personalized and challenging training. This innovative solution saves time, accommodates busy schedules, and boosts player efficiency under difficult conditions. | NUST |
| 279 | 7008 | Eva-pure | CleanWaterAndSanitation | Water desalination is key to addressing the global water crisis, particularly in arid regions. Methods like reverse osmosis (RO) filter salts using pressure, while thermal distillation uses heat. Though thermal methods are less efficient, they can use waste heat. Challenges include high energy use and brine disposal, but renewable energy and energy recovery systems are improving sustainability, with ongoing research needed to reduce environmental impacts. | NUST |
| 280 | 7009 | CancerNanoTech | GoodHealthAndWellBeing | Cancer is a leading cause of death, with challenges in detection and treatment. Nanotechnology offers advanced solutions. Boron nitride quantum dots (BNQDs) provide fluorescence for bioimaging and neutron capture therapy. Integrating BNQDs with gold nanoparticles (AuNPs) enhances imaging, radiotherapy, and therapy precision. This hybrid system enables effective multimodal cancer treatment and diagnostics. | NUST |
| 281 | 7010 | EcoLandfill | ResponsibleConsumptionAnd Production | This project addresses Pakistan’s critical e-waste challenge by designing specialized landfills with graphene-based filtration to mitigate lead-acid battery contamination. It integrates innovative recycling designs, a circular economy model, and policy frameworks to reduce environmental hazards, protect public health, and promote sustainable waste management practices in industries like telecom. | NUST |
| 282 | 7011 | Characterization and optimization of indigenous lipase producing microorganisms | IndustryInnovationAndInfrastructure | Exploring indigenous microorganisms for lipase production. Selecting isolates exhibiting lipase activity further screened for their potential to produce enzymes. Optimization and characterization of isolates for thermal stability, enzyme production and other growth requirements. Employing them in biotechnological application for a sustainable environment. | Jinnah university for women, Karachi |
| 283 | 7012 | SCOBY MEMBRANE | CleanWaterAndSanitation | Water filtration is a critical process for ensuring access to clean and safe water, addressing challenges like contamination from heavy metals, pathogens, and other pollutants. Among various filtration technologies, ultrafiltration (UF) membranes are widely used due to their ability to remove fine particles and microorganisms. However, traditional UF membranes, often made from Poly Ether Sulfone (PES), are expensive, prone to fouling, and environmentally unsustainable due to their non-biodegradable nature. To address these issues, this project explores Symbiotic Culture of Bacteria and Yeast (SCOBY) membranes as a sustainable and economical alternative. SCOBY membranes, derived from kombucha fermentation and treated with 0.3% H₂O₂, exhibit excellent permeability and are both renewable and biodegradable. Further enhancement through grafting with tannic acid improves their hydrophilicity, heavy metal ion binding, antimicrobial properties, and mechanical strength. This innovative approach to water purification provides an eco-friendly, cost-effective solution to the limitations of current UF membranes, aligning with global goals for clean water access (SDG 6) and climate action (SDG 13). | NUST |
| 284 | 7013 | RainPure | CleanWaterAndSanitation | “RainPure” offers a natural water purification tablet using materials like moringa seeds and neem to make rainwater potable. Designed for low-cost, easy use, it targets waterborne diseases and advances sustainable resource management, benefiting underserved communities and supporting environmental goals. | NUST |
| 285 | 7014 | Printed Structures | SustainableCitiesAndCommunities | Printed Structures leverages 3D Concrete Printing technology to revolutionize construction by creating sustainable and efficient concrete structures. By optimizing mix designs and geometries, the project reduces labor costs, minimizes material wastage, decreases carbon emissions, and shortens construction time, paving the way for greener, more cost-effective prefabricated modular systems. | NUST |
| 286 | 7015 | Ecopop (An Algae-based nicotine free sedative chewing gum) | ResponsibleConsumptionAnd Production | Millions of people globally are trying to quit smoking, but existing nicotine replacement therapies (NRT) often rely on nicotine, keeping users dependent on the substance. Many existing stress relief pills or supplements are chemically synthesized. Conventional chewing gum bases are often made from synthetic polymers, essentially plastic, which contribute to environmental litter since they do not decompose easily. Many people have a habitual need for oral stimulation through chewing, whether it’s due to stress, quitting smoking, or simply a nervous habit. There is an increasingly growing need for natural health and wellness solutions. This is a natural algae based solution that is nicotine free but has the same sedative effect as a cigarette, it can promote healthy lifestyles as well as sustainability | NUST |
| 287 | 7016 | Aero Inertia | IndustryInnovationAndInfrastructure | Our project, Test Rig for Measurement of Moment of Inertia of UAVs, focuses on developing a precise and efficient system to measure the moment of inertia of unmanned aerial vehicles using the bifilar pendulum method. This rig ensures accurate inertia data crucial for stability and control analysis, aiding UAV design and performance optimization. The solution is cost-effective, user-friendly, and tailored for aerospace applications. | NUST |
| 288 | 7017 | EcoBlock | SustainableCitiesAndCommunities | EcoBlock combines AI and recycled EPS to create lightweight concrete blocks with optimized strength and reduced environmental impact. Using AI-based modeling, we maximize performance while minimizing the carbon footprint, aligning with SDGs for climate action, innovation, and sustainable infrastructure. | NUST |
| 289 | 7018 | Foot Operated Sink | GoodHealthAndWellBeing | The foot-operated sink mechanism allows users to control water flow using a foot pedal, reducing hand contact and minimizing germ spread. Ideal for high-risk public spaces like hospitals and restaurants, this solution promotes hygiene and safety while maintaining ease of use. | NUST |
| 290 | 7019 | AxiaLearn AI | QualityEducation | AxiaLearn is a personalized study tool designed to make learning engaging and rewarding. By adapting to each learner’s pace and needs, it combines gamified elements, interactive quizzes, and dynamic challenges to transform studying into a productive experience. With features that promote long-term retention and a supportive learning journey, AxiaLearn helps students stay motivated, focused, and confident in achieving their goals | Iqra university chak shahzad islamabad |
| 291 | 7020 | Suitability Scout | IndustryInnovationAndInfrastructure | Suitability Scout leverages large language models (LLMs) and geospatial tools to automate site suitability analysis for industries and businesses. This innovative solution helps users identify optimal locations for factories, offices, and retail outlets by analyzing proximity to resources, market accessibility, and infrastructure. Users interact through a conversational chatbot, inputting their needs in natural language, such as "Find the best site for a retail store." The system dynamically fetches and analyzes geospatial data, applying multi-criteria decision analysis to generate suitability maps and recommendations. By simplifying complex GIS workflows, Suitability Scout empowers businesses to make informed location-based decisions efficiently. | NUST |
| 292 | 7021 | Antispoofing system | Other (A system that detects spoofed voices ) | This system can be used as receiving audio file s and detecting whether it is spoofed or not or can also be used to make biometric system more secure | University of engineering and technology taxila |
| 293 | 7022 | Integrating Radar, Machine Learning, and Computer Vision for Fast-Moving Object Detection | IndustryInnovationAndInfrastructure | This project replicates Israel's Iron Dome system while integrating radar, machine learning, and computer vision. It detects, tracks, and classifies fast-moving aerial objects in real time, offering enhanced precision and responsiveness. Designed for surveillance, air defense, and critical infrastructure protection, it showcases a cutting-edge fusion of technologies to ensure safety in high-risk environments. | NUST |
| 294 | 7023 | Campus Connect | DecentWorkAndEconomicGrowth | This project introduces a job-posting application specifically designed for university students, aimed at creating a platform where students can seek academic, professional, or income-generating opportunities within the university community. Faculty members will also be able to leverage the platform to find capable students for various academic and administrative tasks, benefiting both parties and contributing to the university's academic community fostering a mutually beneficial ecosystem and promoting collaborative learning. This initiative has the potential to address the challenges posed by Pakistan's economic conditions, offering students an accessible way to supplement their education and improve their career prospects by serving as a stepping stone for students to develop entrepreneurial skills, contributing to their overall growth and preparedness for the professional world. | SSUETKarachi |
| 295 | 7024 | Eco Shield | CleanWaterAndSanitation | This project focuses on developing TiO₂-based multifunctional coatings with photocatalytic properties for environmental purification and protective applications. The coatings can degrade pollutants in air and water, create self-cleaning surfaces, and provide corrosion and wear resistance. With applications in clean energy, water treatment, and industrial protection, this solution addresses global environmental challenges. | NUST |
| 296 | 7025 | Unita Con Amor | DecentWorkAndEconomicGrowth | we made this project because we believe that resources should be use naturally whether for fragrances as well. we used completely natural ingredients and results in having a great fragrance. | Jinnah university for women (KARACHI) |
| 297 | 7026 | PROGRESS MONITORING OF HIGH-RISE BUILDINGS USING AI AND 360-DEGREE CAMERAS | IndustryInnovationAndInfrastructure | Integrating AI with 360-degree cameras, our project automates high-rise building progress monitoring through real-time object detection, volume calculations, and data visualization. This innovative system ensures accuracy, reduces manual effort, and enhances decision-making, offering a scalable, cost-effective solution to modernize construction management and streamline project tracking. | NUST |
| 298 | 7027 | Ehsaas | GoodHealthAndWellBeing | Ehsaas is a home healthcare platform designed to connect patients with qualified nurses, offering affordable and reliable in-home care. By leveraging technology, Ehsaas aims to meet the growing demand for healthcare solutions in Pakistan, particularly for busy families and individuals in remote areas, ensuring accessible and compassionate care. | NUST |
| 299 | 7028 | SMARTEND | IndustryInnovationAndInfrastructure | The construction industry, a vital sector of global economies, often suffers from inefficiencies, opacity, and corruption in its tendering processes. These issues lead to distrust, financial losses, and compromised project outcomes. SMARTEND, a blockchain-backed e-tendering system, aims to revolutionize the tendering ecosystem by leveraging blockchain technology to ensure transparency, security, and efficiency. This innovative platform facilitates the creation, submission, evaluation, and awarding of construction tenders through a decentralized, tamper-proof system. SMARTEND employs blockchain technology to establish a decentralized ledger that records every transaction and interaction in the tendering process. This ensures data integrity, making it impossible for unauthorized parties to alter or manipulate tender documents and bids. The system's smart contracts automate key processes, such as bid submission deadlines, evaluation criteria, and award notifications, reducing human intervention and the likelihood of bias or errors. By fostering a transparent and secure environment, SMARTEND enhances trust among stakeholders, including contractors, consultants, and clients. One of SMARTEND’s key features is its ability to address transparency issues by offering real-time tracking of tender submissions and evaluations. Each tender process is recorded immutably on the blockchain, ensuring accountability and providing an auditable trail of all decisions. The platform also incorporates advanced encryption protocols to safeguard sensitive data, maintaining confidentiality while ensuring compliance with regulatory standards. SMARTEND also tackles inefficiencies by integrating a user-friendly interface for seamless interaction and providing real-time analytics to aid decision-making. By digitizing and automating tender processes, the platform reduces paperwork, processing times, and administrative costs. Furthermore, its decentralized nature eliminates reliance on intermediaries, resulting in faster, more cost-effective tendering operations. In the context of Pakistan’s construction industry, where corruption and inefficiencies are prevalent, SMARTEND holds transformative potential. By fostering trust and fairness in tendering, the platform can encourage broader participation from both local and international contractors, enhancing competition and improving project quality. Additionally, the use of cryptocurrency or digital tokens for transactions could facilitate cross-border payments, further streamlining the tendering process. SMARTEND not only addresses long-standing challenges in construction tendering but also sets a benchmark for transparency and efficiency in the industry. By leveraging the power of blockchain, it represents a paradigm shift toward a more secure, equitable, and technologically advanced tendering framework. This system has the potential to reshape the construction industry by building trust and ensuring the successful execution of projects. | NUST |
| 300 | 7029 | ElectroSpin | ClimateAction | This idea introduces a sustainable e-cycle solution for Pakistan, addressing traffic congestion, air pollution, and energy shortages. With solar powered charging and IoT integration, the e cycle offers a clean, affordable transport option for short-distance travel and last-mile connectivity, promoting eco-friendly mobility and reducing dependence on fossil fuels. | NUST |