| S.No | Project ID | Idea Name | Domain | Abstract | University |
|---|---|---|---|---|---|
| 401 | 7130 | Antidepressant tea begs | GoodHealthAndWellBeing | Depression is a common neurological disorder caused by a variety of factors, affecting approximately 264 million people worldwide, according to the World Health Organization (WHO). While conventional therapies, such as medications and counseling, have proven effective for many, alternative treatments have garnered significant attention for their accessibility, affordability, and reduced side effects. One such approach involves the use of antidepressant herbs, which are rich in natural phytochemicals. These plant-based compounds exhibit therapeutic potential not only for depression but also for other neurological disorders, including Alzheimer’s disease, Parkinson’s disease, and general dementia. The treatment of depression using phytochemicals offers a cost-effective and gentle alternative, particularly appealing to individuals who are wary of the side effects of synthetic medications. Phytochemical-based therapies provide a safer and more natural approach to managing mental health conditions. This study focuses on the development of herbal tea bags designed to alleviate acute depression and enhance neurological health. Ingredients such as orange peel, pomegranate peel, banana peel, and lemon peel were selected for their demonstrated antidepressant properties and their effectiveness in combating neurodegenerative diseases like Parkinson’s and Alzheimer’s. These natural ingredients are rich sources of bioactive compounds that support neurological well-being. The proposed product aims to leverage the exceptional potential of these phytochemicals to provide a natural, accessible, and effective solution for managing depression and improving overall brain health. | Jinnah University for Women |
| 402 | 7131 | BloodShare | GoodHealthAndWellBeing | Blood is divided into 3 components (RBCs, Platelets, Plasma) and unused components often go to waste. Our goal is to connect hospitals, labs & blood-banks with a centralized database to prevent wastage. Additional we are also creating an interactive social platform to encourage blood donation by rewarding donors with partner brand discounts/coupons. | NUST |
| 403 | 7132 | BCI Controlled Robotic Arm using EEG and Deep Learning | ReducingInequality | The "BCI-Based Robotic Arm Controller" uses EEG signals and AI to provide affordable assistive tech for individuals with disabilities. It enables intuitive robotic arm control, fostering independence, inclusivity, and innovation in rehabilitation and human-machine interaction. | NUST |
| 404 | 7133 | Digital Twinning | IndustryInnovationAndInfrastructure | Urban drainage systems face significant challenges, particularly in regions prone to flooding. This project leverages digital twinning technology to analyze and enhance the drainage network of Islamabad, a rapidly urbanizing region. Digital twins enable real-time simulation and data-driven insights into the performance of the drainage infrastructure, identifying vulnerabilities and opportunities for improvement. The primary objective is to mitigate urban flooding by analyzing water flow patterns and identifying flood-prone zones. By utilizing digital twinning, we propose strategies to divert excess stormwater to designated storage facilities, reducing flood risks while simultaneously addressing water scarcity. Stored floodwater can be repurposed to supplement the region’s water supply, contributing to sustainable water resource management and urban resilience. The project involves creating a virtual model of Islamabad’s drainage system, integrating geographic, hydrological, and meteorological data to simulate water behavior during various rainfall scenarios. This model will help identify inefficiencies in the drainage network and optimize interventions, such as designing new drainage routes or upgrading existing infrastructure. The implementation of these measures aims to protect urban areas from flooding while maximizing the utility of available water resources. By adopting digital twinning for water resource management, this project demonstrates an innovative approach to urban sustainability. The outcomes will contribute to the prevention of flood-related damages, improve water security, and serve as a replicable model for other cities facing similar challenges. | NUST |
| 405 | 7134 | Oligoease Tea | GoodHealthAndWellBeing | Title: Formulation and Evaluation of Herbal Tea for Menstrual Irregularities Sabira Batool1, Fizza Fatima2, Umema Naeem3, Maneeha Asif4, Dr.Aymen Owais5 Department of Eastern Medicine and Surgery, Jinnah University for Women, Karachi. Background: Menstrual irregularities are common among adolescent girls, affecting daily activities and sports participation. Hormonal fluctuations during puberty often cause irregular periods, impacting 60-73% of teenage females. - Cassia fistula: Stimulates gut movement and uterine contraction, improving menstrual bleeding, relieves constipation, and reduces menstrual cramps through anti-inflammatory properties. - Dry mint: Relaxes uterine muscles, reducing menstrual cramps, improves digestion, and regulates hormones and menstrual cycles, with anti-inflammatory properties reducing menstrual cramps and bloating. - Fennel: Regulates hormones and menstrual cycles, relieves menstrual cramps and bloating, and improves uterine tone and menstrual bleeding. Aims and Objectives: Formulation of Herbal Supplementation for Menstrual Irregularities in Adolescent Girls. Methodology: This study aimed to reduce menstrual irregularities in adolescent girls by supplementing them with fennel, dry mint, and cassia fistula. Thirty subjects with oligomenorrhea symptoms were selected, and a questionnaire collected data on socio-economic status, food habits, anthropometric measurements, and clinical information. The subjects received herbal supplementation for two months. Results: After two months, 76.7% of subjects reported regular menstrual cycles, and 90% reported improved menstrual bleeding. Menstruation duration decreased from 7 to 5 days, and menstrual cramp intensity decreased from 7.5 to 4.5 on a 10-point scale. Conclusion: Herbal supplementation with fennel, dry mint, and cassia fistula may help regulate menstrual cycles and improve bleeding in adolescent girls with menstrual irregularities. Cassia fistula's purgative effect may have contributed to improved uterine contraction and menstrual bleeding. Keywords: female disorders, menses, health, herbal | Jinnah University for Women, Karachi |
| 406 | 7135 | volt fit | ResponsibleConsumptionAnd Production | In the pursuit of smarter, more sustainable activewear, we introduce the voltFit Tracksuit, a groundbreaking innovation that harnesses the Seebeck Effect to convert body heat into electricity. As we exercise, our body generates temperature differences between itself and the surrounding environment. The tracksuit’s specially engineered fabric captures this heat differential and converts it into electrical energy. This energy is then used to charge small electronic devices, such as smartwatches, EarPods, and smartphones, ensuring that you stay connected and powered up while on the move. Combining fitness with functionality, the VOLTFIT Tracksuit offers a seamless fusion of technology and performance, empowering users to charge their devices naturally, without relying on external power sources. This solution revolutionizes personal energy use, offering an eco-friendly alternative to traditional charging methods. Whether you’re working out at the gym or going for a run, your tracksuit is not just clothing—it’s a portable power source. | NUST |
| 407 | 7136 | Design and Development of An Underwater Observation Class Vehicle. | LifeBelowWater | The "Design and Development of an Underwater Observation Class Vehicle" aims to enhance underwater exploration by developing a versatile Unmanned Underwater Vehicle (UUV). By integrating cutting-edge technologies with integrated sensors and camera system. The project seeks to provide superior performance for marine research, port security, and offshore operations. The design emphasizes modularity, compactness, and high efficiency, ensuring the UUV is both cost-effective and scalable. The vehicle's innovative system integration and ability to operate at depths up to 50 meters make it a breakthrough in the field of underwater observation, offering a robust solution for critical underwater applications. | NUST |
| 408 | 7137 | Electric Shoe | ResponsibleConsumptionAnd Production | Piezoelectric discs integrated in shoes can generate electrical energy from the mechanical stress of walking. This energy can be used to power small electronic devices, such as mobile phones and other devices. Piezoelectric effect is a phenomenon that occurs in certain materials, such as quartz and lead zirconate titanate (PZT), when they are under the mechanical stress. This stress causes the material to generate a small electrical voltage. The amount of energy that can be generated by a piezoelectric disc depends on a number of factors, including the size of the disc, the type of piezoelectric material used, and the amount of mechanical stress applied to the disc. The electrical energy generated by piezoelectric discs in shoes can be used to power a variety of small electronic devices, such as mobile phones, GPS devices, and heart rate monitors. This technology has the potential to reduce our reliance on batteries, which are a major source of electronic waste. | NUST |
| 409 | 7138 | Aqua Design Studio | IndustryInnovationAndInfrastructure | Aqua Design Studio aims to revolutionize the ship design industry by offering innovative, high-quality, and accessible design solutions to a diverse range of clients, including shipyards, marine industries, and private individuals. Our agency strives to be a reliable subcontractor for larger design firms while providing expert consultation and tailored services to smaller businesses and private clients. With a focus on empowering talent development, Aqua Design Studio delivers exceptional services in ship design, project management, retrofitting, and custom boat designs, helping clients bring their maritime visions to life. | NUST |
| 410 | 7139 | Blockchain Voting | IndustryInnovationAndInfrastructure | The proposed project is a decentralized, secure, and transparent voting system built on blockchain technology. It aims to provide a tamper-proof election process for organizations, governments, and institutions, ensuring the integrity and confidentiality of votes. The system guarantees fairness and eliminates the risk of fraud, making it a reliable alternative to traditional voting mechanisms. | SSUETKarachi |
| 411 | 7140 | Revotex | ResponsibleConsumptionAnd Production | Imagine a world where fabrics clean themselves, repel stains, and stay fresh without constant washing. Our project, Self-Cleaning Smart Materials, is the next leap in textile innovation. By integrating cutting-edge technology, we will have engineered fabrics that redefine hygiene and sustainability. While using materials that use sunlight to break down dirt, while water-repellent materials, prevent moisture and stains. Infused with elements that actively combat Odor-causing bacteria, and photocatalytic treatments ensure fabrics stay refreshingly clean. This breakthrough reduces water consumption, minimizes detergent use, and sets a revolutionary standard for eco-conscious textiles. Transforming how we live, clean, and sustain, our solution is the perfect blend of science, innovation, and impact. | NUST |
| 412 | 7141 | Wholesome Sweet | GoodHealthAndWellBeing | Diabetes is a growing concern not only in Pakistan but all over the world, affecting more than 33 million people in Pakistan alone. Our solution, offering naturally sweetened commercial products, addresses the unmet need for diabetic-friendly, tasty alternatives. The products cater to those seeking guilt-free indulgence without raising blood sugar levels, enhancing health and happiness for diabetics. This innovative approach is locally sourced, making it both relevant and impactful, with measurable benefits such as improved quality of life and healthier diets. The solution is easy to adopt, requiring no major changes in lifestyle, and is highly marketable, given Pakistan's growing health-conscious population and available production expertise. | NUST |
| 413 | 7142 | Photocatalytic Paints | SustainableCitiesAndCommunities | Photocatalytic paint represents a cutting-edge, sustainable solution for addressing global air pollution, urban maintenance challenges, and public health concerns. By utilizing light-activated photocatalysts, such as titanium dioxide (TiO₂), this innovative paint reduces harmful pollutants like nitrogen oxides (NO) and volatile organic compounds (VOCs), making it an ideal material for urban areas suffering from high levels of air pollution, Additionally, the paint's self-cleaning properties offer a maintenance-free solution to grime, dirt, and organic contaminants, while its antimicrobial effects promote healthier environments in public and healthcare spaces. This proposal aims to introduce photocatalytic paint as a global solution, leveraging its multifunctional capabilities to improve air quality, reduce energy consumption, and create cleaner, more sustainable urban landscapes. The technology's adaptability to various environments, including commercial, residential, and industrial applications, positions it as a scalable and eco-friendly alternative to traditional paint. With a focus on cust effective production, increased efficiency under visible light, and the creation of partnerships for large-scale adoption, this innovation holds the potential to contribute significantly to urban sustainability and the fight against climate change. | NUST |
| 414 | 7143 | Mosquito Repellent | GoodHealthAndWellBeing | Mosquito-borne diseases like dengue and malaria are major health hazards in Pakistan, particularly at peak seasons. Increasingly, there is growing awareness of the environmental and health effects of chemical repellents. The demand for alternative safer, eco-friendly methods has been increasing. The circuit presented here is innovative, designed to produce ultrasonic frequencies that repel mosquitoes without harming humans or pets. This device works by producing high-frequency sound waves that are specifically designed to irritate mosquitoes, thus disrupting their behavior and preventing them from approaching. These sound waves are inaudible to humans, making it a safe and non-invasive solution for households, offices, and public spaces. Our solution is designed to meet the needs of diverse communities across Pakistan by prioritizing user safety, energy efficiency, and affordability. The project focuses on optimizing frequency generation, enhancing portability, and ensuring compatibility with local power supplies. Prototypes have been tested in controlled and real-world environments and shown to be promising in terms of reducing the presence of mosquitoes. We have also explored sustainable production methods so that the device is not only environmentally friendly but also cost-effective for mass production. Our mosquito repellent circuit is an advanced idea toward combating a very significant health problem in Pakistan. Innovation, combined with practicality, this project would have the potential for being a scalable solution in order to enhance public health, but not at the cost of reliance on chemical repellents. This would bring the difference in both rural and urban areas. Our project fits into the purposes to create innovation towards a healthier Pakistan with its stress upon community welfare and technology-driven problem solving. | NUST |
| 415 | 7144 | RAISC | GoodHealthAndWellBeing | RAISC is an AI-driven mental health platform that bridges the gap in mental health care by offering stigma-free, scalable solutions. It integrates an AI chatbot for personalized patient engagement, real-time insights, and professional support depending on user choice, ensuring accessible and efficient care for all. | NUST |
| 416 | 7145 | Semolina Khtai | GoodHealthAndWellBeing | Introducing Semolina Khatai, a crunchy, flavorful Pakistani biscuit reimagined with semolina flour. A perfect blend of tradition and innovation, our Khatai is baked to perfection for a delicious snack experience. | University of Central Punjab, Lahore. |
| 417 | 7146 | Lip movement to speech converter | GoodHealthAndWellBeing | This project focuses on developing a lip-reading AI system that facilitates communication for individuals with speech impairments. The proposed solution processes video inputs of silent human speech, analyzes lip movements using advanced machine learning techniques, and converts them into text and speech outputs. The system employs 3D Convolutional Neural Networks (3D CNNs) for spatial and temporal feature extraction, sequence modeling with RNNs or Transformers for text prediction, and state-of-the-art Text-to-Speech (TTS) models for audio synthesis. Integrated with a robust database for storing outputs and user-friendly interfaces for desktop and mobile applications, the system aims to deliver an innovative, accessible, and efficient communication tool. | NUST |
| 418 | 7147 | 2) MamaMorph | GoodHealthAndWellBeing | Postpartum recovery is a critical yet often overlooked phase in women’s health. Our innovative solution introduces MamaMorph , a line of postpartum garments crafted with advanced shape-memory polymers. These materials adapt to the wearer’s body, providing personalized support and comfort as the body heals. Designed for flexibility and breathability, the garments offer adjustable compression to aid recovery, alleviate discomfort, and enhance mobility. By combining cutting-edge material science with user-centric design, we aim to empower mothers with recovery wear that evolves with their needs, ensuring both physical well-being and emotional confidence during a transformative time. | NUST |
| 419 | 7148 | EF-3F (Environment Friendly Fuel, Feed, Fertilizer) | SustainableCitiesAndCommunities | EF-3F (Environment-Friendly Fuel, Feed, and Fertilizer) is a sustainable system designed to convert organic waste into valuable resources. With nearly 60% of global waste classified as organic, this concept tackles the dual challenge of waste management and resource generation. EF-3F aims to produce three outputs: renewable biofuel, animal feed, and organic fertilizer, promoting environmental sustainability and economic efficiency. Data shows that processing 1 ton of organic waste can produce around 150 cubic meters of biogas, generating 0.6 MWh of energy—enough to power an average household for one month. This process reduces landfill methane emissions by up to 70%. Additionally, the leftover digestate, comprising 25-30% of the initial waste, can be transformed into organic fertilizer. This natural alternative enhances soil quality and boosts crop yields by 15-25%, addressing over-reliance on synthetic fertilizers, which dominate 85% of global use. Organic waste can also be a low-cost alternative for livestock feed. High-protein residues such as food scraps can replace conventional feeds, potentially reducing feed expenses by 20%, especially for small farmers. Technologies like anaerobic digestion, composting, and microbial treatment ensure efficient conversion, with digestion systems achieving up to 95% breakdown of biodegradable materials. Globally, approximately 2.1 billion tons of municipal solid waste are generated each year, with 1.26 billion tons being organic. Implementing EF-3F could process this waste into useful products, reducing landfill dependency while creating renewable resources. By diverting waste, EF-3F offers a triple advantage: clean energy production, sustainable agriculture, and reduced environmental harm. This model is adaptable for community-based and industrial-scale projects, making it viable for urban and rural settings alike. EF-3F provides an eco-friendly and economically viable pathway to address global waste and resource challenges, contributing to a greener, more sustainable future. | University of Agriculture Faisalabad (UAF) (City Faisalabad) |
| 420 | 7149 | Energy generation from speed breakers | AffordableAndCleanEnergy | Energy generation from speed breakers converts vehicle-induced mechanical energy into electrical energy using piezoelectric materials, mechanical systems (rack and pinion), hydraulic/pneumatic compression, or electromagnetic induction. This sustainable approach stores or uses the energy for local applications like lighting. | NUST |
| 421 | 7150 | Lip movement to speech converter | GoodHealthAndWellBeing | This project focuses on developing a lip-reading AI system that facilitates communication for individuals with speech impairments. The proposed solution processes video inputs of silent human speech, analyzes lip movements using advanced machine learning techniques, and converts them into text and speech outputs. The system employs 3D Convolutional Neural Networks (3D CNNs) for spatial and temporal feature extraction, sequence modeling with RNNs or Transformers for text prediction, and state-of-the-art Text-to-Speech (TTS) models for audio synthesis. Integrated with a robust database for storing outputs and user-friendly interfaces for desktop and mobile applications, the system aims to deliver an innovative, accessible, and efficient communication tool. | NUST |
| 422 | 7151 | Lipstick kit by Using Organic Ingredients | GoodHealthAndWellBeing | AN ABSTRACT ON LIPSTICK KIT BY USING ORGANIC INGREDIENTS INTRODUCTION: Introducing long lasting lipstick kit with variety of three gorgeous shades; ruby red, cocoa brown and not pink, made entirely Trom the organic compounds and natural ingredlents to ennance the beaucy of the lips along with its skin care as an addition. AIM: Cocoa brown shade is applicable as a contour and hot pink shade is applicable as a blush, while all three shades are applicable as eyeshades along with lipstick. Being able to carry least equipments Is the utmost desire of every person, these organic lipsticks will allow any women to pull a party makeup on the spot. MATERIALS AND ITS USES: The materials that are used in organic lipstick are all natural and safe to use even if injected orally. Beeswax- works as a protective layer and produce long lasting effect. Shea butter & Coconut oil- helps retain moisture in the skin. Aloevera- works as an anti inflammatory. Honey- used as a fragrance and adds natural glow. Vitamin E- makes lip smoother, plumper and softer. beetroot powder- provides tint and nourishment. Cocoa powder- works as an anti-aging Food color- to give pigmentation. CONCLUSION: The uniqueness of these organic made lipstick is to keep lips healthy and sate from many heavy toxic materials such as Formaldehyde, Coal Tar, Lead & etc. In 2012 the FDA also conducted a study contained a dangerous level or lead and other toxic neavy metals in popular lipstick brands like L'Oreal, Maybelline, Revlon, Cover Girl, Avon, NARS and Mac. But these organic made lipstick erases the possibility of any harmtul ettect to the skin rather nourishes to leave a bright impact. | Jinnah University for Women, Khi |
| 423 | 7152 | Portable Solar PV Device | AffordableAndCleanEnergy | The growing demand for lightweight, portable, and flexible photovoltaic (PV) modules has sparked significant advancements in overcoming the limitations of traditional rigid solar panels. This research focuses on designing and fabricating efficient, flexible, and mechanically stable solar devices that seamlessly integrate with diverse surfaces, such as textiles, curved structures, and foldable designs. Through utilizing innovative materials and processes, including organic PVs on PET substrates and glass-free crystalline silicon enhanced with advanced polymers, the study emphasizes the development of roll-to-roll and foldable PV modules. It will further investigate the mechanical, electrical, and flexibility properties to evaluate and compare the performance of these emerging technologies. The findings aim to pave the way for durable, cost-effective, and high-performance flexible PV modules, ideal for portable applications in defense, tourism, wearable electronics, and other dynamic environments. | NUST |
| 424 | 7153 | NAPICLE | ResponsibleConsumptionAnd Production | A diaper is composed of mainly cotton/cellulose and plastic.The disposal of used diapers is a significant eco-technological problem that is exacerbated annually by the exponential increase in diaper usage worldwide. Due to its exponential expansion, it is anticipated that the global production of disposable used diapers will top $71 billion annually by 2025. It was found that more than 3.5 million tons of diaper trash, which contains around 20 billion pieces of soiled diapers and takes 500 years to fully degrade, are disposed of in landfills each year.. The production and disposal of waste from used diapers is a resource-intensive operation that poses a risk to public health and has led to a number of environmental problems. This essay provides a comprehensive examination of the challenges, strategies, and latest advancements in addressing problems arising from the production and disposal of dirty diapers. Due to their social integration, the infant diaper sector has been expanding rapidly since the early 1960s, when disposable diapers were first launched.. In a household, disposable diapers are usually thrown away after only one use. In order to maximize the recycling of used diapers at the lowest feasible cost, it was stressed that a variety of technologies be employed for the treatment and recycling of used diapers. These technologies included the employment of possibly safer and cleaner technologies such thermal pyrolysis and biodegradation. It has been demonstrated that old diapers can be biodegraded and pyrolyzed to produce useful end products with a variety of uses. This result provides a direction for further study to increase the efficiency of these procedures in the recycling of old diapers.A device called an napicle has been created to recycle and reuse sanitary pads and napkins. It is a cost-effective and effective gadget. Therefore, up to 98% of a used disposable diaper or incontinence product can be recycled or used again after being thrown in the trash. Many useful products, such as tissue paper, toilet paper, and filter paper, have been made from recycled materials. The objective of this initiative is to efficiently recycle and reuse waste. | Jinnah University for Women |
| 425 | 7154 | Driver Drowsiness Detection | IndustryInnovationAndInfrastructure | The Driver Drowsiness Detection System is a real-time, non-intrusive solution to reduce road accidents caused by driver fatigue. By monitoring signs like eye blinks, yawning, and facial expressions through a camera and using machine learning algorithms, it alerts drivers to prevent mishaps. | University of Engineering and Technology ,Taxila |
| 426 | 7155 | Disasters RiskECO | ClimateAction | Our idea is about cost-benefit analysis of a disaster after mapping its Risk. It uses CLIMADA to deliver real-time cost-benefit analysis for disasters like floods and earthquakes, or any other. It features an interactive portal where users can upload datasets, visualize hazard maps, and evaluate economic impacts caused by any disaster. . Our interactive portal empowers decision-makers with data-driven insights to optimize resource allocation and minimize disaster impacts. | NUST |
| 427 | 7156 | Interview Coach | QualityEducation | The Web-Based Interview Practice Platform is an innovative solution designed to help individuals overcome the challenges of job interview preparation in a competitive job market. Many job seekers face difficulties in structuring answers, managing anxiety, and building confidence during interviews. This platform bridges these gaps by providing a realistic, AI-driven mock interview environment. Users can log in, upload their resumes, and specify preferences such as interview categories (e.g., engineering, accounting), time, and type (formal or informal). Leveraging a locally-run LLaMA model, the system generates customized interview questions tailored to user profiles. Real-time facial emotion recognition using DeepFace tracks metrics like anxiety, offering live feedback to help users refine their approach. A virtual interviewer, rendered in Three.js, enhances the immersive experience. After each session, users receive detailed performance analysis and emotional insights, accessible through a personal dashboard that also tracks progress and stores past results. As the platform accumulates data, it can train personalized models to deliver even more precise feedback. This comprehensive tool equips users with the skills and confidence to excel in real-world interviews, making it a groundbreaking step in interview preparation technologies. | NUST |
| 428 | 7157 | Comfi-Back | GoodHealthAndWellBeing | Riding a motorbike more than 2 to 4 hours a day causes permanent spine damage. Most InDrive, FoodPanda, and Bykea riders exceed this figure. We plan to redesign the rear suspension of Pakistan's most common bike, the CD-70, to solve this problem and reduce the health damages. | NUST |
| 429 | 7158 | HemAIDX | GoodHealthAndWellBeing | HemAIDX is set to redefine how blood disorders are diagnosed by bringing innovation, sustainability, and efficiency to haematological diagnostics. Using Generative Adversarial Networks (GANs), it will virtually stain raw blood smear images, eliminating the need for traditional chemical dyes while achieving diagnostic quality on par with conventional methods. This transformative approach not only simplifies the staining process but also offers a greener alternative by drastically reducing the environmental impact of chemical reagents. Built on a robust AI model trained with diverse datasets of stained and unstained samples, HemAIDX will replicate intricate staining patterns crucial for accurate diagnoses. Its effectiveness will be validated through partnerships with leading institutions like PIMS, NORI Hospital, and NUST School of Health Sciences, where expert haematologists will compare its results against traditional staining under microscopes. Additionally, HemAIDX will deliver significant cost savings by minimizing chemical and labour expenses, making it a practical solution for healthcare providers seeking efficiency. By integrating feedback from haematologists and technicians, the platform will be fine-tuned to fit seamlessly into workflows, saving time and enhancing usability. Designed to provide real-time results through a cloud-based web application, HemAIDX will feature an interactive dashboard for easy data management, making diagnostics faster, scalable, and accessible. The solution combines AI-powered image generation, classification, and segmentation. The process begins with collecting both stained and unstained blood smear images, which are manually aligned before being fed into the model for training. Using PIX2PIX GANs, the unstained images are virtually stained to mimic Giemsa stain. This method ensures high-quality training data, followed by advanced AI models like RT-DETR for classification and SegFormer for segmentation, identifying different blood components and predicting diseases based on white blood cell type, morphology, and count. The solution is accessible via a user-friendly web application that provides detailed reports, highlights abnormalities, and supports remote collaboration. HemAIDX offers a cost-effective, efficient, and environmentally friendly solution for diagnosing blood disorders, especially in underserved areas with shortage of haematologists. | NUST |
| 430 | 7159 | Pro cognitive | DecentWorkAndEconomicGrowth | In an era where marketing drives business success, Procognitive is a cutting-edge, AI-powered platform that revolutionizes how startups and SMBs create marketing strategies. Businesses often struggle to afford top-tier marketing talent or rely on inconsistent traditional methods. Procognitive fills this gap by leveraging machine learning and real-time data to deliver personalized, data-driven strategies tailored to each business's unique needs. The platform is trained on a vast database of successful campaigns and adapts dynamically to global trends and consumer behavior, making it a step ahead of human cognition. It empowers businesses with creative marketing ideas, aligns strategies with ongoing global events, and estimates success rates with 89-93% accuracy. Procognitive is not just a tool; it’s a game-changer for purpose-driven marketing, helping businesses capture the attention of Gen Z and millennials while avoiding costly missteps. By blending AI, creativity, and market insights, it transforms challenges into opportunities, giving its users a significant competitive advantage. This innovation is set to redefine the marketing landscape, ensuring businesses of all sizes can achieve impactful and sustainable growth. | NUST |
| 431 | 7160 | Solar panel cleaner | NoPoverty | The increasing adoption of solar energy highlights the need for efficient maintenance of solar panels to ensure optimal energy generation. Accumulation of dirt, dust, and other debris on panel surfaces can reduce efficiency by up to 30%, making regular cleaning essential. This project presents an autonomous solar panel cleaner robot equipped with innovative features designed to maximize cleaning efficiency while minimizing resource usage. The robot operates autonomously, leveraging a smart dust sensor to detect the cleanliness of the panels and initiate cleaning only when necessary. Its design includes a central pipe with strategically placed nozzles for precise water distribution, combined with a wiper mechanism for thorough dirt removal. The robot moves in a linear to-and-fro motion at a controlled speed of 0.2167 m/s, ensuring uniform cleaning across the panel surface. A key differentiating feature of the robot is its ability to monitor weather parameters such as rainfall, wind speed, and dust storms. This data is used to adjust cleaning frequency dynamically, reducing unnecessary cleaning cycles and conserving water and energy. The system’s autonomous functionality eliminates the need for manual intervention, making it a safer and more efficient alternative to traditional cleaning methods. The robot’s modular design ensures scalability, catering to various solar panel setups, from small rooftop installations to large-scale solar farms. It is also energy-efficient, with the potential for solar-powered operation, aligning with the sustainability goals of the renewable energy sector. The integration of smart sensors, automation, and weather-based adaptability makes this robot a cost-effective and eco-friendly solution for maintaining solar panel efficiency. This project not only addresses the challenges of manual cleaning but also introduces a smart, data-driven approach to solar panel maintenance. By reducing operational costs, enhancing energy output, and promoting water conservation, the robot has the potential to revolutionize solar panel cleaning practices, making it an indispensable tool for the sustainable energy industry. | NUST |
| 432 | 7161 | EcoWare | ResponsibleConsumptionAnd Production | In Pakistan, banana cultivation leaves behind 60% of biomass as waste, often burned, contributing to air pollution. EcoWare transform discarded banana leaves into biodegradable, compostable tableware using a heated hydraulic press. This eco-friendly solution offers utilization of agricultural waste offering a sustainable alternative to plastic kitchenware. It corresponds to the principles of circular usage based on the principles of circular economy. | NUST |
| 433 | 7162 | Aroma breeze | GoodHealthAndWellBeing | The invention pertains to an herbal nebulization technique developed for alleviating nasal congestion. The product, at the lab scale, has undergone quality control measures and animal testing, showcasing promising results. It is an innovative solution derived from a blend of essential oils, offering a natural alternative with minimal side effects in comparison to existing commercial brands. The technology is versatile, catering to diverse age groups and various respiratory issues, such as upper respiratory tract infections, asthma, seasonal allergies, and flu. | Jinnah University for Women |
| 434 | 7163 | HoneyPoPs | GoodHealthAndWellBeing | This technology pertains to the development of herbal candies specifically formulated to manage symptoms associated with Upper Respiratory Tract Infections (URTIs). Through rigorous quality control measures and animal testing at the laboratory scale, these candies have demonstrated potential efficacy. The innovation involves a unique blend of herbal ingredients, providing a natural alternative for symptom relief and immune support. Designed for convenience, portability, and cost-effectiveness, the herbal candies cater to a diverse population. | Jinnah University for Women, Karachi |
| 435 | 7164 | WorknConnect | QualityEducation | WorknConnect is an innovative platform designed to bridge the gap between academia and industry, empowering tech students and professionals through collaborative project-based opportunities. The platform enables industries to post real-world projects, allowing students to bid on them based on their skills and expertise, while supervisors can guide students by forming collaborative teams. WorknConnect incorporates cutting-edge machine learning algorithms to match users with projects tailored to their skillsets and ensures seamless collaboration by providing intuitive communication tools and progress tracking. The platform also features robust spam detection and secure payment processing to maintain a trustworthy ecosystem. By fostering meaningful connections between students, educators, and industry professionals, WorknConnect transforms academic knowledge into practical expertise, driving innovation, career growth, and mutual success for all stakeholders. | University of Gujrat, Gujrat |
| 436 | 7165 | Autizen | QualityEducation | Our product, AutiZen, is a virtual reality (VR) solution where we provide autistic children with access to a regulated 3D environment where the child can practice activities by setting practical scenarios, so that s/he can improve their abilities to participate in social activities. | NUST |
| 437 | 7166 | AgriShield BRIS | IndustryInnovationAndInfrastructure | Agriculture, contributing 23% to Pakistan’s GDP and employing over 37% of its labor force, However, a significant percentage of crop yield is lost annually due to bird damage. AgriShield a Birds Repellent Intelligent Shield (BRIS) is an eco-friendly and innovative IoT-based system, addresses the issue of bird damage causing up to 10% crop and 30% fruit losses annually in Pakistan and hundreds of billions dollar globally. It uses smart sensors to detect birds, activating harmless deterrents like high-frequency waves, sound, water sprays, and lights to repel birds effectively without harming them or the environment. Cost-effective and scalable, it reduces labor, eliminates chemical repellents, and offers a sustainable solution for local and global agriculture. | Quaid-i-Azam University, Islamabad |
| 438 | 7167 | Vakil.pk | IndustryInnovationAndInfrastructure | Vakil.pk is an AI-powered platform designed to simplify legal processes for individuals and businesses in Pakistan. It provides document creation, legal clause simplification, grammar correction, and tailored legal suggestions. By leveraging localized fine tuned AI models, it ensures accuracy, and accessibility for its users. | NUST |
| 439 | 7168 | SupeRaft | SustainableCitiesAndCommunities | The RAFT (Rescue Armour in Flood Tides) is a wearable device designed to enhance safety during flood emergencies. It integrates advanced sensors to detect environmental conditions, a GPS for real-time tracking, and an inflatable mechanism for buoyancy, offering a comprehensive solution for individuals trapped in flood situations. | SSUETKarachi |
| 440 | 7169 | Intelligent drones | Other (Advanced technology ) | **Abstract:** The increasing need for advanced surveillance and security systems has spurred the development of various aerial technologies, one of which is the use of unmanned aerial vehicles (UAVs) like hexcopters. This project explores the integration of air and ground object detection and countermeasure capabilities using a hexcopter platform. The objective is to enhance situational awareness in dynamic environments by leveraging the hexcopter’s aerial mobility and the latest advancements in computer vision, sensor fusion, and real-time processing. The primary focus of the system is to detect and classify both aerial and ground objects, such as vehicles, people, drones, and other potential threats, in real time. The hexcopter is equipped with a variety of sensors, including high-resolution cameras, LiDAR, and infrared systems, which work in unison to collect comprehensive data. A machine learning-based object detection framework processes the sensor data, enabling the hexcopter to identify objects, track their movements, and assess potential threats. This approach is capable of detecting a wide range of objects, from small UAVs in the air to larger vehicles or individuals on the ground, even in challenging weather conditions or environments with limited visibility. In addition to detection, the system incorporates automated countermeasures. Once a potential threat is identified, the hexcopter is capable of deploying non-lethal countermeasures such as signal jammers, net capture systems, or smoke screens, depending on the nature of the threat. These countermeasures are designed to neutralize or mitigate the risk posed by the detected objects, particularly in scenarios involving hostile drones or unauthorized surveillance. The system is equipped with an intelligent decision-making algorithm that evaluates the risk posed by the identified objects, ensuring that countermeasures are deployed only when necessary, thus minimizing the potential for collateral damage. The hexcopter’s advanced flight control system, combined with its detection and countermeasure capabilities, makes it a versatile tool for security operations, border patrol, military reconnaissance, and other applications requiring high-level situational awareness. This project demonstrates the potential of using autonomous aerial systems to not only detect threats in real time but also respond with effective countermeasures, ultimately improving security and safety in complex environments. Future developments will focus on enhancing the accuracy and response time of the system, as well as expanding its operational range and integration with other autonomous systems. | NUST |
| 441 | 7170 | F&U Naturals Detanify Herbal Soap | GoodHealthAndWellBeing | Title: Formulation and Evaluation of Sebum Controlling and Detanning Soap Dr. Aymen Owais1, Fizza Fatima2, Umama Faisal2 1Associate Professor, Department of Eastern Medicine, Jinnah University for Women 2Department of Eastern Medicine, Jinnah University for Women Abstract: Sebum controlling and De-tanning soap is designed to help control excess oil on the skin, which can be great for those with oily skin or acne-prone skin. It's formulated to reduce sebum production and keep your skin feeling fresh and clean. It's a good choice for skincare routines, especially for those looking to manage oily skin. This sebum controlling soap contain ingredients, such as Rice flour, Potato and Almond Oil, which in combination works great for skin. The soap made was evaluated for physicochemical characters such as total fatty matter, moisture content, pH and for other parameters, good characteristics were observed. Human skin, the outer covering of the body constitutes the first line of defense protecting the body against various pathogens. As the skin interfaces with environment, it is constantly exposed to different environmental stimuli. This makes the skin damage prone. Severely damaged skin will often try to heal by forming scar tissue, which is often decolorized and depigmented. Plants have been used in the treatment of human diseases and infections since ages. The active constituents of plants can be formulated as ointment, cream, gel, lotion, soap, or crude/solvent extract. Utilization of plant extracts and their derived phytoconstituents have a likely future for controlling hyperpigmentation. Soaps are one among the modern-day cosmetics for maintaining and enhancing the vigor of skin. However, the Present chemical soaps quite frequently can cause dryness and irritation of the skin interestingly, the popularity of herbal-based soaps is increasing due to their efficacy on topical Disorders. The aim of this study is to formulate and evaluate the anti sebum and detanning hand-made soap using melt and pour method. The pre-made soap bases were weighed and sliced. Then mixed together the finely powdered rice flour and the excipients. The starch of potato is then incorporated. Before pouring these ingredients into the soap base, they were fully combined. Melted the base into liquid and properly incorporated all the ingredients while it was heating. Poured the liquid into the mold and placed it in the refrigerator for about 2 hours Before removing it. Allowed one day for it to sit. The soap made was evaluated for physicochemical characters such as total fatty matter, moisture content, pH and for other parameters, good characteristics were observed. The formulated soap showed considerable commercial Standard, and all the other parameters were good, and hence, it can be concluded that the formulated herbal soap is Standardized and can be used as a promising alternative to Commercial chemical containing de-tanning soaps. Keywords: Soap, Herbs, Anti-Sebum, De-Tanning Soap, Potato, Rice | Jinnah University for Women, Karachi. |
| 442 | 7171 | Trip Lyft | SustainableCitiesAndCommunities | TripLyft is a revolutionary travel app that transforms trip planning and navigation in Pakistan. Featuring a bilingual chatbot, it provides detailed insights into tourist spots, customizable trip plans, routes, and travel times. Users can explore local guides, activities, and touring agency reviews. TripLyft ensures convenience, saves time, and enriches experiences by uncovering hidden gems and local insights. | SSUETKarachi |
| 443 | 7172 | Career Counseling platform | NoPoverty | Our career counseling platform is designed to help individuals navigate their professional journeys with clarity and confidence. By providing expert guidance, personalized advice, and valuable insights, we empower users to make informed decisions about their career paths. Whether you're exploring new opportunities or seeking direction, we are here to support you every step of the way. | SSUETKarachi |
| 444 | 7173 | Development and optimization | SustainableCitiesAndCommunities | This project focuses on restoring the strength of recycled glass fibers by using an ion exchange process with a supersaturated potassium nitrate solution. The goal is to enhance the mechanical properties of waste glass fibers, contributing to sustainable material recycling. This research aims to develop an efficient method for strengthening recycled fibers, promoting environmental and economic benefits. | NUST |
| 445 | 7174 | Self healing Composite | IndustryInnovationAndInfrastructure | This project focuses on developing a self-healing composite material utilizing recycled glass fibers, aiming for enhanced sustainability and performance in structural applications. The integration of self-healing agents into the composite matrix offers the potential to repair microcracks autonomously, thus improving durability and reducing maintenance requirements. Recycled glass fibers, processed and treated for compatibility, serve as the reinforcement, minimizing waste and promoting circular material use. The methodology involves encapsulating healing agents within microcapsules embedded in the composite, which release upon crack formation to initiate the healing process. Comprehensive testing, including mechanical and thermal properties analysis, ensures the reliability of the developed composite. This approach not only addresses environmental concerns by reusing glass fibers but also extends the lifespan of composite materials, contributing to advancements in sustainable engineering. | NUST |
| 446 | 7175 | Nutrilicious Baby Foods | GoodHealthAndWellBeing | Nutrilicious Baby Food is developing convenient and nutritious ready-to-cook weaning product specifically crafted to meet the dietary requirements of infants at the age of 6 months. This locally sourced and gluten-free baby food serves as a wholesome introduction to the weaning process. Offering balanced nutrition at affordable prices, our product aims to enhance accessibility, particularly for underserved communities. Recognizing the absence of local alternatives for baby cereals, our initiative fills a crucial gap in the market. By strategically positioning ourselves and tailoring our offerings to align with the distinct needs and preferences of the local consumer base, we aspire to establish a unique and competitive presence in the baby food sector. Additionally, our commitment to substituting imported products. Especially during this period when we need to boycott certain brands and their products, we recognize the critical absence of alternatives in the baby food market. Moreover, our startup aims to foster collaborations with key stakeholders in the food industry, including government bodies, researchers, non-governmental organizations (NGOs), and academia. While we acknowledge the limitations of our current resources, we plan to start on a small scale and gradually expand our operations. In conclusion, our startup envisions a brighter future for the children of Pakistan by addressing critical nutritional deficiencies and promoting healthy eating habits during the early years of life. We aspire to make a meaningful impact on child health, food security, and economic opportunities in our nation. | University of Agriculture, Faisalabad |
| 447 | 7176 | Brain Controlled HCI | IndustryInnovationAndInfrastructure | The Brain Controlled Human-Computer Interaction (HCI) system revolutionizes accessibility by enabling motor-impaired individuals to control computers hands-free. Using EEG brainwave sensors and eye-blink detection, users navigate cursors, control course movement, click, and type effortlessly. This innovation empowers independence, creativity, and seamless interaction, transforming lives. | City University of Science and Information Technology |
| 448 | 7177 | Brain Controlled HCI | IndustryInnovationAndInfrastructure | The Brain Controlled Human-Computer Interaction (HCI) system revolutionizes accessibility by enabling motor-impaired individuals to control computers hands-free. Using EEG brainwave sensors and eye-blink detection, users navigate cursors, control course movement, click, and type effortlessly. This innovation empowers independence, creativity, and seamless interaction, transforming lives. | City University of Science and Information Technology Peshawar Pakistan |
| 449 | 7178 | Brain Controlled Human-Computer Interaction | IndustryInnovationAndInfrastructure | The Brain Controlled Human-Computer Interaction (HCI) system revolutionizes accessibility by enabling motor-impaired individuals to control computers hands-free. Using EEG brainwave sensors and eye-blink detection, users navigate cursors, control course movement, click, and type effortlessly. This innovation empowers independence, creativity, and seamless interaction, transforming lives. | City University of Science and Information Technology Peshawar Pakistan |
| 450 | 7179 | Brain Controlled HCI | IndustryInnovationAndInfrastructure | The Brain Controlled Human-Computer Interaction (HCI) system revolutionizes accessibility by enabling motor-impaired individuals to control computers hands-free. Using EEG brainwave sensors and eye-blink detection, users navigate cursors, control course movement, click, and type effortlessly. This innovation empowers independence, creativity, and seamless interaction, transforming lives. | City University of Science and Information Technology Peshawar Pakistan |
| 451 | 7180 | Smart Cure | GoodHealthAndWellBeing | Breast cancer is a leading cause of mortality worldwide, and finding effective treatments remains a critical challenge. Our project harnesses the power of Machine Learning (ML) to revolutionize the drug discovery process for breast cancer. By analyzing vast datasets of drug-related information, our ML model will pinpoint the most promising drug candidates with unparalleled efficiency and accuracy. What sets this project apart is its seamless integration of cutting-edge technology with practical application. After identifying potential drugs, we will validate them in our lab and enhance their effectiveness by coupling them with nanoparticles for precise, targeted delivery. This approach not only accelerates the drug discovery timeline but also holds the potential to drastically improve treatment outcomes for breast cancer patients. | NUST |
| 452 | 7181 | Microplastic identification | CleanWaterAndSanitation | Our project analyzes microplastic contamination in bottled water, assessing the impact of packaging, storage, and external factors. Using SEM for microplastic identification, we aim to create a sustainable, microplastic-free water bottle from sugarcane waste and organic adhesives, promoting environmental sustainability. | NUST |
| 453 | 7182 | Biochip Solutions | GoodHealthAndWellBeing | Our product investigates droplet manipulation on digital microfluidics (DMF) platforms, focusing on enhancing the dielectric properties of the dielectric medium. Functional membranes of different dielectric materials are also synthesized for comparative analysis to optimize performance. Various hydrophobic layers, including PDMS, Teflon, and oils, are tested for droplet velocity. Applications include electrochemical sensing, pollutant detection, and biological assays such as ELISA, cell sorting, and cell counting. | GIKI |