S.No |
Project ID |
Idea Name |
Domain |
Abstract |
University |
301 |
1967 |
Password Manager |
IndustryInnovationAndInfrastructure |
Title: Advancing Password Management: A Comprehensive Solution
Abstract:
In the ever-evolving landscape of digital security, the demand for a robust yet user-friendly password manager is paramount. This abstract introduces a novel approach to password management, presenting a project that seeks to redefine the standards set by existing options. Our proposed password manager aims to merge the strengths of various popular solutions while addressing their inherent weaknesses.
The cornerstone of this endeavor lies in the development of a password manager that seamlessly combines robust security, user-friendliness, and advanced features to offer a comprehensive solution. One key focus is on enhancing security measures, achieved through the implementation of state-of-the-art encryption methods and regular security audits. By minimizing vulnerabilities, this password manager ensures the utmost protection for user data, setting a new standard in safeguarding digital identities.
Recognizing the delicate balance between usability and security, our project places a premium on creating an intuitive user experience without compromising on stringent security standards. The goal is to empower users to effortlessly adopt and navigate the password manager, fostering widespread adoption and adherence to secure practices.
Taking a step beyond conventional password managers, our solution integrates advanced security features. Biometric authentication, FIDO2 support, and a variety of multi-factor authentication methods are seamlessly woven into the fabric of the manager, providing users with an added layer of protection against unauthorized access.
Acknowledging the dynamic nature of cybersecurity threats, the project emphasizes the importance of regular updates. By committing to ongoing updates, the password manager stays at the forefront of security, proactively addressing emerging threats and vulnerabilities. This commitment ensures that users can trust the longevity and relevance of the solution in an ever-changing digital landscape.
In summary, this abstract outlines a pioneering project in the realm of password management, aiming to elevate the standards of security, usability, and features. By amalgamating the best elements from existing options and introducing innovative security measures, our password manager aspires to redefine the user experience and set a new benchmark for digital security in an interconnected world. |
NUST |
302 |
1968 |
Robo-Hatch |
IndustryInnovationAndInfrastructure |
his project aims to design and develop a cognatic robotic arm with four degrees of freedom (4-DOF) utilizing a Hybrid Kinematic Machine (HKM). The comprehensive scope involves an in-depth literature review to assimilate the current advancements in robotic arm design. Subsequently, the project entails analytical design, simulation, and optimization processes to enhance the performance of the robotic arm.
The primary objective is to engineer a lightweight, high-speed robotic arm with an extended reach suitable for diverse applications. The project will culminate in the creation of a working prototype, which will undergo rigorous testing to evaluate its speed, precision, and overall functionality. Advanced design and simulation software will be employed, complemented by hands-on fabrication and prototype testing.
This research endeavors to bridge an existing gap in the market by providing slim robot arms capable of achieving extended reach and high-speed operations. Through this undertaking, the project aims to contribute significantly to the field of robotics, offering a versatile solution for various applications that demand efficient and agile robotic manipulators. |
NUST |
303 |
1969 |
SymptonCare |
GoodHealthAndWellBeing |
The project aims to create a personalized voice assistant tailored for the medical field, focusing on
improving healthcare accessibility. The system engages users through voice interactions, utilizing
Natural Language Processing (NLP) for voice-based symptom input. This innovative approach
streamlines the acquisition of crucial medical information, enhancing user-friendliness and efficiency.
The utilization of a machine learning model is central to the project, enabling the assistant to identify
diseases and assess their severity based on symptoms. A sophisticated layer involves the system
prescribing two types of medications – one following traditional medical practice and another based
on indigenous or "Desi" remedies. This dual-prescription approach provides users with options and
may mitigate losses before seeking professional medical help.
Furthermore, the system recommends the nearest hospital for further treatment, ensuring users have
access to timely and relevant medical care. This strategic integration of technology into the healthcare
domain aligns with the project's broader goal of leveraging voice technology and machine learning to
enhance individual well-being.
In the initial phase, the project will focus on Sindh, tailoring the implementation to address the unique
medical needs and challenges of the region. The emphasis will be on addressing 3 to 5 prevalent
diseases in Sindh that require urgent first aid to potentially save lives.
Looking ahead, the project's future work includes incorporating Raspberry Pi as a handheld device,
providing a portable and convenient means for users to access the voice assistant. This addition aims
to enhance the user experience, making the system more accessible and user-friendly.
The technological infrastructure supporting the project includes various tools and technologies. An
online database provides real-time updates on disease and prescription information across all
applications. The project utilizes machine learning models, NLP, the Python programming language,
and APIs for location services. This comprehensive technological stack ensures the efficiency,
accuracy, and scalability of the voice assistant.
As the project progresses, the roadmap includes expanding its scope to encompass additional
provinces beyond Sindh, extending the benefits of this innovative healthcare solution to a broader
population. This multi-faceted approach, combining advanced technologies with a localized focus,
positions the project as a pioneering effort in the intersection of healthcare and technology.
In conclusion, this project pioneers a personalized voice assistant for healthcare, seamlessly
integrating Natural Language Processing and machine learning to streamline symptom collection and
identify disease seriousness. The dual-prescription strategy and hospital recommendations offer users
diverse options and timely medical access. With a focus on Sindh, the project's roadmap, including
Raspberry Pi integration, embodies a commitment to localized, user-friendly healthcare innovation.
The comprehensive technological stack ensures efficiency and scalability, marking this project as a
pioneering effort at the intersection of healthcare and technology. |
SSUETKarachi |
304 |
1970 |
Harvestify |
ResponsibleConsumptionAnd Production |
Farming is one of the major sectors that influences a country’s economic growth. In country like Pakistan, majority of the population is dependent on agriculture for their livelihood. Many new technologies, such as Machine Learning and Deep Learning, are being implemented into agriculture so that it is easier for farmers to grow and maximize their yield. In this project, I present a website in which the following applications are implemented; Crop recommendation, Fertilizer recommendation, and Crop disease identification, respectively.In the crop recommendation application, the user can provide the soil data from their side and the application will predict which crop should the user grow. For the fertilizer recommendation application, the user can input the soil data and the type of crop they are growing, and the application will predict what the soil lacks or has an excess of and will recommend improvements. For the last application, which is the crop disease identification application, the user can input an image of a diseased crop and the application will predict what disease it is and will also give a little background about the disease. |
FUI |
305 |
1971 |
SmartFarm Solutions |
SustainableCitiesAndCommunities |
SmartFarm Solutions pioneers a paradigm shift in agriculture, embracing vertical farming's sustainable potential. Our cutting-edge approach integrates technology, precision, and sustainability to cultivate crops efficiently in controlled environments. By optimizing resource usage and minimizing environmental impact, we're reshaping the future of agriculture. Join us in revolutionizing farming practices for a greener, smarter, and more sustainable tomorrow. |
NUST |
306 |
1972 |
EcoLoop |
ResponsibleConsumptionAnd Production |
Introducing EcoLoop, a groundbreaking initiative contributing to multiple UN Sustainable Development Goals. With a focus on responsible consumption (SDG 12) and environmental sustainability, EcoLoop promotes recycling, turning waste into wealth. By offering a seamless system of deposit and rewards, it empowers individuals to actively participate in reducing waste, combating climate change (SDG 13), and safeguarding our oceans (SDG 14). EcoLoop signifies a tangible step towards a circular economy, embodying the spirit of collaboration (SDG 17) for a cleaner, greener planet. |
NUST |
307 |
1973 |
Project: Rebirth |
AffordableAndCleanEnergy |
Project Rebirth heralds a clean energy era, igniting change through sustainable solutions. Our innovation seamlessly integrates renewable resources, delivering affordable and eco-friendly power. From harnessing solar to wind, we catalyze a transformation in energy consumption. With a commitment to environmental stewardship, Project Rebirth emerges as a beacon of hope, sparking a future where energy is not just consumed but harmonized with nature, ensuring a vibrant and sustainable tomorrow. |
NUST |
308 |
1974 |
INVESTIGATING THE MECHENICAL PROPERTIES OF LIGHT WEIGHT SUSTAINABLE ENGINEERED CEMENTITIUOS COMPOSITE (ECC) |
IndustryInnovationAndInfrastructure |
Engineered Cementitious Composites (ECC) are widely acclaimed in the construction industry for their exceptional attributes, including high strength, remarkable ductility, and low permeability, setting them apart from conventional concrete. However, the extensive utilization of natural sand in ECC production has raised concerns about the depletion of this finite resource. On the other hand, the expanding issue of waste rubber disposal poses a significant environmental challenge. Incorporating waste rubber into ECC can address this concern but often comes at the cost of reduced material strength.
In this research endeavour, a novel approach is proposed to enhance ECC sustainability and maintain its structural integrity. The conventional sand component of ECC will be replaced with waste rubber powder by 10,20 and 30 percentages, while textile waste fibres dosage of 2% will be introduced to enhance its mechanical properties. Comprehensive testing, encompassing measurements of compressive, splitting tensile, and flexural strengths, SEM will be conducted using varying percentages of waste rubber and textile fibres.
Through this innovative methodology, the development of a new ECC variant that not only aligns with the strength characteristics of traditional ECC but also contributes to sustainable construction practices by mitigating sand resource depletion and recycling waste rubber materials is anticipated. |
NUST |
309 |
1975 |
Design And Implementation Of Optimized Multi-Target Aerial Delivery System For Flood Relief Packages |
NoPoverty |
The FYP is to develop an efficient payload delivery system with help of UAV that will detect and deliver flood relief packages to the people stranded in flood. |
NUST |
310 |
1976 |
Energy Efficiency |
AffordableAndCleanEnergy |
While Building Information Modeling (BIM) is still emerging in the construction sector of Pakistan, it is considered a relatively mature technology in most developed countries. Although BIM adoption may be limited in underdeveloped nations, there is a growing effort to embrace this promising technology. BIM offers enhanced capabilities for project planning, simulation, management, and execution throughout the project's entire lifecycle, empowered by robust BIM tools.The primary objective of this project is to apply the knowledge acquired during academic studies and gain expertise in BIM. The project includes a comprehensive analysis, encompassing quantity take-off (QTO), scheduling, energy analysis, and structural analysis, each tackled with suitable BIM tools. To kickstart the project, a 3D BIM model of structure will be developed, comprising architectural, structural, and MEP (Mechanical, Electrical, Plumbing) models, and Autodesk Revit 2018 software will be employed for this purpose. The model facilitates cost estimation through Revit and Navisworks, scheduling with MS Project, and simulation via Autodesk Navisworks. An initial energy analysis will be conducted using the Autodesk 360, Green Building Studio online service to gain insights into the building's energy and environmental requirements and optimize its electrical consumption. For structural analysis, ETABS 16 will be utilized. Reaffirming the notion that BIM tools greatly enhance project planning and management capabilities. |
NUST |
311 |
1977 |
Microbial Fuel Cell |
AffordableAndCleanEnergy |
Bio-electrochemical systems for resource recovery and efficient use of resource towards a sustainable and eco-friendly environment is of utmost importance in the present era. Researchers are working on finding viable and alternative ways for resource utilization and energy production. For this reason, Microbial Fuel Cell (MFC) is a bio-electrochemical device that is gaining a lot of importance for sustainable bioelectricity production and wastewater treatment. It functions by utilizing the metabolic activities of microbes to oxidize the organic matter in waste effluents at anode chamber, thereby releasing protons and electrons. One of the key components of dual-chambered MFC is membrane, which is not only the means of proton transfer but ultimately a pathway towards green power production. Several traditional Polymer Electrolyte Membranes (PEMs) are employed in MFCs like Nafion, Ultrex, SPEEK etc. but the use of these polymeric membranes in MFCs face several drawbacks like high cost, lack of durability, high swelling ratio, susceptibility to fuel contamination, and temperature and pH imbalances, which lessen the power production in MFCs for sustainable operations. Therefore, novel ceramic membranes will be used in this study to assess the chemical and thermal stability, pH and temperature tolerance, flexible pore size control, durability, resistance to fouling, and eco-friendly alternative to PEM for high power production. |
NUST |
312 |
1978 |
Disaster management |
ClimateAction |
Pakistan is one of the regions most prone to natural disasters such as landslide, flood, and drought etc. Landslides are one of the most catastrophic events which occur frequently and cause numerous casualties and damage the infrastructure. In this work, our goal is to predict landslides and perform landslide susceptibility analysis to mitigate the damage and help in making better decisions to reduce loss in future.
The primary cause of landslides are climate and land use land cover change. Hence, while predicting landslides they are the most focused factors in our research. Apart from climate change and land cover we have considered the effect of elevation altitude, aspect, plan curvature, profile curvature, distance from the river, roads and faults, lithology, soil, stream power index (SPI), sediment transport index (STI), topographical wetness index (TWI) and soil moisture. In this work, machine learning models such as boosted tree, extremely randomized tree (ERT) and random forest models will be used to predict landslide in Astore District, Gilgit Baltistan, Pakistan and generate landslide susceptibility maps for the current period (2023-2024) and for the year 2050 while considering global warming scenarios. Based on these results, an early warning system will be created to alert the government and public to take precautionary measures to save lives and minimise damage. |
NUST |
313 |
1979 |
SQUID |
IndustryInnovationAndInfrastructure |
Fault inspection in various components of industrial power plants is a pivotal domain of study and
attention. Material failures and faults propagating during the cycle processes within the
components can lead to disastrous results if left unattended; including explosions in boilers, nonuniform pressure build-up etc. consequently posing a serious threat to the lives of the working
labour and simultaneously suffering a gargantuan loss in production. Various inspection
technologies have dominated the grounds in the recent era over manual inspections.
The proposed approach encompasses the capabilities of a visual inspection drone. Surrounding the
frame is a 3D-printed cage designed to prevent damage from collisions. The mechanical design
consists of a 330 mm drone frame, with four 2200 KV BLDC motors in a plus configuration with
10x4.5 designated propellers. The integration of electronic subsystems is presented. The purpose
is limited to examination of faults inside the confined spaces of a Circulating Fluidized Bed boiler,
during its maintenance period. |
NUST |
314 |
1980 |
OSSS |
IndustryInnovationAndInfrastructure |
The task of extracting all overlapping speech sources in a given mixed speech signal refers to the Speech Separation. Speech Separation is a special scenario of source separation problem, where the focus is only on the overlapping speech signal sources and other interferences such as music or noise signals are not the main concern of the study. |
NUST |
315 |
1981 |
Eager Engineers |
AffordableAndCleanEnergy |
Imagine a solar panel cleaning solution that effortlessly removes dust, grime, and debris, maximizing energy generation, extending panel lifespan, and minimizing environmental impact. This is the reality offered by ultrasonic technology, a groundbreaking approach rapidly transforming the solar energy industry. The sun, a boundless source of clean energy, everyday provides enough energy to power the entire World for the next 8 years. Yet, dust and contaminants cast a shadow on its potential, demanding solutions that are not only effective but also tread lightly on our planet. Dust, dirt, and pollen cast a shadow on the promise of solar energy. Across solar installations, from rooftop panels to sprawling solar farms, these unwanted particles accumulate on panel surfaces, forming a silent barrier that diminishes energy output and challenges sustainability goals. This phenomenon, known as soiling, poses a significant obstacle, as traditional cleaning methods fall short of addressing its persistent and widespread nature. This is where our pioneering ultrasonic cleaning technology steps in, offering a revolutionary approach to solar panel cleaning that resonates with the core principles of sustainability. Our aim for a clean and green future aligns with the Sustainable Development Goals defined by the United Nations. Our innovative system harnesses the power of high-frequency vibrations from Ultrasonic transducers to dislodge even the most stubborn impurities from the surface of PV Modules. Imagine, in just 15-20 minutes every three weeks, panels are reborn - their surfaces immaculate, their power-generating potential unleashed. Gone are the days of strenuous physical labour and constant upkeep. Our self-contained, automated system operates autonomously, freeing up resources and slashing operational costs. There's a gap in the market for cost-effective and efficient cleaning solutions, especially for smaller and very large-scale installations. |
NUST |
316 |
1982 |
Belly Blend |
GoodHealthAndWellBeing |
Belly Blend Wellness introduces an innovative and versatile digestive health solution, "Belly Blend," carefully crafted to seamlessly integrate into daily routines. This herbal blend is uniquely designed for dual usage—enjoy it as a soothing tea or elevate your favorite foods by using it as a delightful topping. The product combines the goodness of handpicked herbs known for their digestive benefits, providing a natural and enjoyable way to support overall well-being.
Our mission is to empower individuals on their wellness journey by offering a holistic approach to digestive health. With a commitment to quality, transparency, and innovation, Belly Blend Wellness aims to create a community that embraces the harmonious blend of taste and wellness.
Belly Blend stands out in the market as a versatile and convenient solution, catering to the increasing demand for natural digestive health remedies. The product's dual usability, combined with a strategic marketing approach, positions it as a unique and sought-after offering in the herbal wellness landscape.
Belly Blend Wellness envisions a future where individuals find joy and balance in nurturing their bodies, making digestive health an integral part of their daily rituals. Through ongoing innovation, community engagement, and a dedication to customer well-being, Belly Blend is poised to make a significant impact on the well-being of individuals seeking a natural and enjoyable approach to digestive health. |
University of central punjab,lahore |
317 |
1983 |
Geopolymer Pavement |
SustainableCitiesAndCommunities |
Developing eco-friendly geopolymer concrete for rigid pavement, replacing traditional cement with cost-effective Rice Husk Ash. Aiming to reduce construction costs, carbon emissions, and enhance pavement durability, aligning with sustainability objectives. |
NUST |
318 |
1984 |
SymptoScan |
GoodHealthAndWellBeing |
SymptoScan is your pocket-sized health partner, offering precise disease predictions from symptoms, immediate first-line health tips, and expert advice from our verified doctors. Locate nearby hospitals and doctors effortlessly and access our virtual pharmacy for convenient health solutions. |
GIKI |
319 |
1985 |
Siber Comm |
IndustryInnovationAndInfrastructure |
Siber Comm lets users send messages over three modules; LAN, LoRa & WAN. Our uniqueness not only lies in communication through LoRa but also in the serverless architecture. Serverless architecture is a peer-to-peer connection with no server in between. This will help to maintain the integrity and security of our users. It'll be a secure connection. |
NUST |
320 |
1986 |
Scent Palatte |
ResponsibleConsumptionAnd Production |
The fragrance industry, renowned for its capacity to influence mood, memory, and personal well-being, faces a discernible gap despite the vast array of scents and the integration of advanced AI technology. This chasm persists due to the profoundly subjective nature of scent preferences, posing a challenge even for sophisticated AI algorithms. Crafting fragrances involves an intricate art where AI struggles to comprehend the creative intuition of perfumers and faces limitations in addressing ethical sourcing complexities. Furthermore, the overwhelming market saturation contributes to decision fatigue, hindering consumers' ability to find their ideal fragrance. |
NUST |
321 |
1987 |
Samaat |
IndustryInnovationAndInfrastructure |
Hearing impairment in children poses unique challenges to their participation in recreational and educational activities. The design of inclusive interactive games for this demographic is a promising avenue to foster social inclusion, facilitate cognitive development, and enhance their overall well-being. The design not only addresses a significant gap in the market but also caters to the limited availability of products for hearing-impaired children. The study highlights the communication challenges between parents and children, often resulting in feelings of isolation. This literature review synthesises current research and insights in the field of designing inclusive games specifically tailored for hearing-impaired children.
|
NUST |
322 |
1988 |
Chromo |
ReducingInequality |
Visual art holds a significant place in cultural expression and personal enrichment, yet it remains largely inaccessible to the visually impaired. This product aims to introduce an innovative experience that reshapes the interaction between visually impaired individuals and art within museums. The primary focus is to enhance the experiences of this demographic by refining existing accessibility measures and introducing novel interactions that promise a fresh encounter with visual art. It attempts to create an inclusive environment within cultural institutions by developing a comprehensive framework that caters to the unique needs of visually impaired visitors, utilizing technology and design to foster greater engagement and understanding of artistic creations. Beyond increasing participation, the ultimate objective is to challenge traditional notions of art engagement, fostering a more diverse and inclusive cultural landscape within these institutions. |
NUST |
323 |
1989 |
Together Apart |
Other (the projects aims to help long distance celebrate special occasions together) |
Technology has transformed the way human beings connect and communicate with one another. It has led to the globalization of society, so it is now possible for people that live on opposite sides of the globe to maintain relationships with one another.
Even with these technological advancements people still prefer relationships in which both parties are in close proximity to one another. The physical distance between them results in a lack of physical presence, shared experiences and availability issues that make it harder to stay in touch and feel connected.
One of the times people miss their partner the most is during special occasions. This product aims to replicate the experience of celebrating special occasions together with your partner. |
NUST |
324 |
1990 |
Together Apart |
Other (the projects aims to help long distance celebrate special occasions together) |
Technology has transformed the way human beings connect and communicate with one another. It has led to the globalization of society, so it is now possible for people that live on opposite sides of the globe to maintain relationships with one another.
Even with these technological advancements people still prefer relationships in which both parties are in close proximity to one another. The physical distance between them results in a lack of physical presence, shared experiences and availability issues that make it harder to stay in touch and feel connected.
One of the times people miss their partner the most is during special occasions. This product aims to replicate the experience of celebrating special occasions together with your partner. |
NUST |
325 |
1991 |
Integrating sustainability concept |
SustainableCitiesAndCommunities |
The integration of upcycling, recycling, reuse, reduction, and recovery of solid waste in children aged 8 to 12 is examined in this study paper. The goal is to instill environmental consciousness and sustainable behaviors in children at a young age. According to the study, play and games can be useful teaching techniques since they encourage critical thinking, creativity, and problem-solving abilities in the context of waste management. The present research clarifies the behavioral and psychological advantages of involving kids in sustainable practices by analyzing the effects of using game-based approaches. According to research, games and play provide an exciting and captivating means of introducing children to the idea of waste management while also giving them the information and abilities they need to help create a more sustainable future.
|
NUST |
326 |
1992 |
Together Apart |
Other (the projects aims to help long distance celebrate special occasions together) |
Technology has transformed the way human beings connect and communicate with one another. It has led to the globalization of society, so it is now possible for people that live on opposite sides of the globe to maintain relationships with one another.
Even with these technological advancements people still prefer relationships in which both parties are in close proximity to one another. The physical distance between them results in a lack of physical presence, shared experiences and availability issues that make it harder to stay in touch and feel connected.
One of the times people miss their partner the most is during special occasions. This product aims to replicate the experience of celebrating special occasions together with your partner. |
NUST |
327 |
1993 |
Together Apart |
Other (the projects aims to help long distance celebrate special occasions together) |
Technology has transformed the way human beings connect and communicate with one another. It has led to the globalization of society, so it is now possible for people that live on opposite sides of the globe to maintain relationships with one another.
Even with these technological advancements people still prefer relationships in which both parties are in close proximity to one another. The physical distance between them results in a lack of physical presence, shared experiences and availability issues that make it harder to stay in touch and feel connected.
One of the times people miss their partner the most is during special occasions. This product aims to replicate the experience of celebrating special occasions together with your partner. |
NUST |
328 |
1994 |
Together Apart |
Other (the projects aims to help long distance celebrate special occasions together) |
Technology has transformed the way human beings connect and communicate with one another. It has led to the globalization of society, so it is now possible for people that live on opposite sides of the globe to maintain relationships with one another.
Even with these technological advancements people still prefer relationships in which both parties are in close proximity to one another. The physical distance between them results in a lack of physical presence, shared experiences and availability issues that make it harder to stay in touch and feel connected.
One of the times people miss their partner the most is during special occasions. This product aims to replicate the experience of celebrating special occasions together with your partner. |
NUST |
329 |
1995 |
Integrating sustainability concept |
SustainableCitiesAndCommunities |
The integration of upcycling, recycling, reuse, reduction, and recovery of solid waste in children aged 8 to 12 is examined in this study paper. The goal is to instill environmental consciousness and sustainable behaviors in children at a young age. According to the study, play and games can be useful teaching techniques since they encourage critical thinking, creativity, and problem-solving abilities in the context of waste management. The present research clarifies the behavioral and psychological advantages of involving kids in sustainable practices by analyzing the effects of using game-based approaches. According to research, games and play provide an exciting and captivating means of introducing children to the idea of waste management while also giving them the information and abilities they need to help create a more sustainable future.
|
NUST |
330 |
1996 |
Chasing Airways |
QualityEducation |
This literature review provides a comprehensive exploration of pediatric asthma, a chronic respiratory condition affecting millions of children globally. Incorporating insights from key research papers and a relevant case study, the review delves into the challenges posed by inhalation devices, behavioral adjustments in children with asthma, psychoneuroimmunological aspects of anxiety and depression, and an innovative intervention called OPlay designed to enhance the therapeutic experience for young patients. Additionally, two pivotal research papers are examined, shedding light on childhood asthma management from multiple perspectives. The first paper explores the views of children, parents, and health professionals, revealing themes related to symptom awareness, management, and the need for improved communication and education. The second paper investigates the experiences and perceptions of asthma self-management among children and caregivers, emphasising the impact on social and emotional well-being and the challenges faced in school settings. Through this synthesis, the review aims to contribute valuable insights for healthcare professionals, researchers, and policymakers, fostering a more informed and effective approach to addressing the complexities of paediatric asthma on a global scale.
|
NUST |
331 |
1997 |
Dyesmart |
GoodHealthAndWellBeing |
Home hair dyeing is a widespread practice among individuals seeking to change their hair color, cover grey hairs, or experiment with new styles. Individuals turn to home hair dyeing to exercise greater control over their appearance, but they also encounter obstacles, such as uneven application and not achieving their desired color. The review emphasizes the implications of home hair dyeing on personal well-being, as it can be a source of empowerment, satisfaction, and enhanced confidence because hair color has an emotional impact on an individual’s personality, so it also offers to understand the emotional and psychological dimensions of these experiences. Hair dyeing also involves understanding color theory and techniques for precise application, ensuring the desired aesthetic outcome. |
NUST |
332 |
1998 |
Troll Patrol |
PeaceJusticeAndStrongInstitutions |
In today's digital age, adolescents frequently navigate complex social media environments, often encountering problematic online interactions such as cyberbullying. My graduation project aims to address this important issue through the development of an educational board game called "Troll Patrol" designed for youth ages 10 and above. The game seeks to help players recognise, confront, and prevent cyberbullying behaviours. Distinct from traditional competitive games, Troll Patrol emphasizes collaboration over confrontation. Players unite as a team to navigate a dynamic game board featuring realistic cyberbullying scenarios. Rather than playing against a designated "bully," they strategize together, taking turns to try and defeat the bully collectively and reach the "Safe Zone," representing the ultimate goal. The game cards are purposefully designed for relevance, with "Bully cards" outlining relatable cyberbullying situations and "Player cards" containing feasible responses. This engaging approach aims to ensure lessons learned from gameplay seamlessly transfer to real-world social media contexts. Therefore, Troll Patrol aspires to do more than raise awareness - it equips young minds with the tools and knowledge to safely and responsibly navigate the continually evolving digital landscape with confidence. |
NUST |
333 |
1999 |
SafeSprout |
GoodHealthAndWellBeing |
In Pakistan, especially in urban areas where growing crowds are no joke, the safety of children in outdoor spaces is a paramount concern for parents. Out of all major and minor issues being faced in the scenario includes the risk of a child getting lost, loss of contact, communication breakdowns, and frustrations and anxieties related to catering to dangerous situations. One of the major issues in these situations is no quick response which leads to more difficult situations. Thus, it's critical to develop creative solutions that incorporate playful designs, child-friendly features, and advanced technology to address these concerns effectively. The ultimate objective is to establish a safety framework that enables parents and children to enjoy outdoor activities with confidence and ease. |
NUST |
334 |
2000 |
Pioneering the Perfect Picnic |
IndustryInnovationAndInfrastructure |
Picnics are one of the most popular outdoor acticity, but they can be difficult to plan, carry, and set up due to logistical issues. This project aims to explore the modern picnic scene and carefully examines the complex procedures involved. It navigates the complicated difficulties by using surveys, interviews, and observational research to identify the main problems and investigate possible paths for creative design solutions. The main argument emphasizes how innovative design has the power to completely change outdoor experiences, stressing the importance of features like durability, multifunctionality, flexibility, and compartmentalization. |
NUST |
335 |
2001 |
Palette Playbook |
IndustryInnovationAndInfrastructure |
The realm of DIY interior painting has witnessed a surge in interest, with homeowners seeking tools that streamline the process, from color selection to mural creation. This project explores existing technologies, tools, and research related to DIY decoration, focusing on the development of an all-in-one tool that caters to diverse styles, including murals, patterns, textures, and solid colors. The project aims to revolutionize the DIY interior decor experience by developing an innovative multi-tool with technologies that streamline the process of do-it-yourself home decor. |
NUST |
336 |
2002 |
Virsa |
QualityEducation |
This product is a table-top game that aims to educate young Pakistani children about their indigenous culture, by focusing on material cultural aspects. The game also aids in the retention of this knowledge, by utilizing children's want for cognitive challenge and agency, while also employing collaborative engagement. |
NUST |
337 |
2003 |
Kickit |
IndustryInnovationAndInfrastructure |
Football players encounter challenges when practicing shooting skills at home due to concerns like property damage and noise disturbances. Addressing these issues is crucial for enhancing shooting technique through consistent and repetitive practice indoors. |
NUST |
338 |
2004 |
DOST |
SustainableCitiesAndCommunities |
This industrial design project addresses the complex issue of human-stray dog coexistence in urbanized environments, with a focus on Pakistan where negative attitudes towards stray dogs prevail. Situated within the framework of socially conscious design, the project aims to create a product fostering empathy for stray dogs among the public, particularly targeting educated urban communities like Islamabad.
The primary concern is the existing disconnect between humans and stray dogs in Pakistan, leading to harsh treatment and neglect. The project seeks to bridge this gap by instigating positive behavioral change and creating a more compassionate society.
Drawing upon principles of psychology and industrial design, the project explores various design elements and strategies to encourage empathy and interaction. The ultimate goal is to create a model that can be replicated in other cities, fostering a broader societal shift towards empathy and collaboration with stray dogs. |
NUST |
339 |
2005 |
NutriHarvest |
SustainableCitiesAndCommunities |
Home grown farming requires a lot of extensive resources and management, such as large spaces, rich soil, and readily available sunlight & water. Additionally, generating a good yield comes with a lot of knowledge and experience which can often make the experience and process quite difficult. Within the local context of Pakistan, there are individuals who want to start home farming to introduce a healthier diet into their lifestyle, however, the current barriers require a significant amount of time and effort to overcome the learning curve and skills required to farm at home.
In the context of Pakistan, kitchen gardening, or home-based farming, represents a growing trend driven by the pursuit of healthier dietary options and a closer connection to food sources. However, this practice is often hindered by various obstacles. This research project aims to address the unique challenges that kitchen gardeners encounter in Pakistan and highlight their needs and requirements. To enhance the overall kitchen gardening experience, this project will also explore advanced farming techniques and state-of-the-art IoT (Internet of Things) systems. By leveraging these technologies, NutriHarvest aims to reduce the obstacles and intricacies associated with home farming, making it more accessible to a broader audience while improving the craft's overall appeal and effectiveness. This research endeavor seeks to shed light on the untapped potential of home-based agriculture in Pakistan, offering insights into ways to empower individuals to embrace healthier and more sustainable lifestyles through kitchen gardening. Additionally, utilizing Biomarkers, which provide valuable insights into the health and growth of plants, enable users to make informed decisions about their crops. By analyzing plant data through biomarkers, individuals can optimize their farming practices and maximize the yield of nutritious and homegrown produce. This data-driven approach not only enhances the efficiency of home farming but also empowers users with the knowledge needed to overcome the initial challenges associated with cultivating their own crops. |
NUST |
340 |
2006 |
Seasoned Heritage |
GoodHealthAndWellBeing |
this product will help the current Pakistani youth connect with the traditional spice related practices. This connection is very important since they are disconnected with the names of spices and their qualities. The traditional practices and knowledge may fade away like a forgotten language. This product will help the youth recognise spices. |
NUST |
341 |
2007 |
ECO-FRIENDLY AND ENERGY GENERATING BRICK KILN |
AffordableAndCleanEnergy |
Pakistan holds the 3rd largest share of brick production in the world, producing over 70 billion clay bricks per year which accounts for 3% of the global production. Without adopting a uniform scientific methodology, a significant portion of Pakistan’s brick production business has developed based on information passed down from generation to generation. There are more than 16000 clay brick kilns in Pakistan and 99% of them are the most insufficient and environmentally hazardous – the FCBTKs-. Half of the total coal extracted from Pakistan is used as fuel to burn bricks in these highly inefficient kilns. FCBTKs consume a lot of fuel and still produce lower quality bricks, releasing millions of tons of carbon emissions, extremely dangerous PM 2.5, carbon black, Sulphur oxides, nitrogen oxides, and heavy metals in the atmosphere. The unfiltered toxic emissions of these brick kilns are humongous to the extent that they are a major cause of smog in winter. This project aims to address these challenges by designing and implementing mechanisms to make kilns eco-friendly, energy-efficient, and an economically viable source of energy production at the same time. This project focuses on multiple key aspects starting from optimizing the traditional all-clay material composition of clay bricks by adding waste materials like Fly Ash, Waste Glass Powder, and Cigarette Butts to enhance their performance while minimizing environmental impact.
A better and more economical approach for transitioning FCBTK to IDZZK will be adapted by improving the design. The hot flue gases leaving the chimneys of the kilns will be channelized to a modern Organic Rankine Waste Heat Recovery System to produce thermal electricity. The approach applied properly can lead to the production of up to 1 MW of electricity through a single kiln while protecting the environment as well. Lastly, most importantly, the highly toxic gases containing CO2 and PM2.5 will be filtered by Microalgae by channeling the flue gases leaving the waste heat recovery system to a microalgae pond.
This project aims to transform the clay brick manufacturing industry by developing sustainable and energy-efficient alternatives. The adoption of these cutting-edging strategies will not only improve the air quality and lessen the environmental footprint of brick production but also solve the energy crisis of Pakistan. |
NUST |
342 |
2008 |
CBDC |
IndustryInnovationAndInfrastructure |
Our project idea is complex engineering problem i.e. to replace fiat currency with digital currency with millions of instructions per second. |
NUST |
343 |
2009 |
Skintify |
IndustryInnovationAndInfrastructure |
Skintify redefines skincare by prioritizing personalized product recommendations. Rooted in the nexus of health and beauty, the app addresses the knowledge gap in understanding skin types. Harnessing advanced computer vision, it delivers tailored product suggestions. This user-centric approach propels individuals towards optimal skin health, accentuating the perception of beauty. |
NUST |
344 |
2010 |
SMS-Based Monitoring |
IndustryInnovationAndInfrastructure |
The SMS-Based Monitoring System is an innovative tool for real-time environmental and power supply monitoring. It tracks temperature, humidity, light, and power sources like AC mains, generators, and solar panels. Key features include real-time SMS alerts for anomalies and a user-friendly interface, ensuring uninterrupted facility operations. |
NUST |
345 |
2011 |
Smart Night Survaillance |
PeaceJusticeAndStrongInstitutions |
A web based application for intelligent night surveillance system. The project includes motion detection, object Detection. |
NUST |
346 |
2012 |
Cotton Improvement |
Other (Detection of Cotton Crops diseases using deep learning methods.) |
Detection of cotton crop diseases using different deep learning methods and identifying the intensity of whitefly disease in cotton crops. |
NUST |
347 |
2013 |
Popped water lilly seeds snacks |
GoodHealthAndWellBeing |
Popped water lily seeds, an emerging snack trend, have captured the attention of health-conscious consumers and culinary enthusiasts alike. When it comes to guilt free snacking,its all about choosing options that are not only delicious but also nutritionally balanced. Popped water lilly seeds also known as phool makhana are harvested from the water lilly flowers. Popped water lilly seeds have been consumed in pakistan for thousands of years. We have transformed these ancient gems into modern and delicious snacks that's perfect for everyone. These snacks have gained popularity for their nutritional benefits, delicate crunch, and versatile flavor profile.
Popped water lily seeds can indeed be a nutritious and appealing snack option for children as these snacks are rich in calcium and protein contributing to their health and well being. Additionally, they contain healthy fats, making them a satiating snack with potential benefits for heart health. Popped water lilly seeds snacks are also a good source of all nine essential amino acids ,minerals including calcium, magnesium and phosphorus, contributing to overall well-being. Beyond their nutritional composition, popped water lilly seeds have gained traction due to their potential health benefits. The high fiber content aids in digestion and promotes a feeling of fullness, making them a valuable addition to balanced diets. The absence of cholesterol and gluten renders them suitable for individuals with dietary restrictions or allergies, broadening their appeal to a diverse consumer base.As consumer preferences continue to shift towards healthier and more sustainable snack options, popped water lily seeds have positioned themselves as a viable and exciting choice. Whether enjoyed as a guilt-free snack or integrated into diverse cuisines, popped water lily seeds showcase the intersection of nutrition, sustainability, and culinary creativity in the evolving landscape of modern food choices.As consumers seek healthier and more diverse alternatives, these snacks stand out as a promising addition to the ever-evolving landscape of functional and flavorful foods. Popped water lilly seeds stands out in the market as a versatile and convenient solution, catering to the increasing demand for natural and healthy snacks .Additionally, it highlights the growing market interest and diverse culinary applications, positioning popped water lily seeds as an exciting and sustainable addition to the global snack industry.Through continuous innovation, community involvement, and a commitment to customer well-being, popped water lilly seeds snacks are positioned to create a substantial influence on the health of individuals pursuing a natural and delightful path to wellness. |
University of central punjab, Lahore |
348 |
2014 |
computer vision based plant's health estimation |
ZeroHunger |
Agrivision employs cutting-edge computer vision for plant health monitoring, addressing the low productivity in Pakistani agriculture. Utilizing advanced technology, it identifies and analyzes crop health issues, offering real-time solutions. The system incorporates machine learning on a dataset of selective crops and leverages IoT for seamless data transfer to cloud servers where algorithms are implemented. |
NUST |
349 |
2015 |
GreenTech Innovations |
ResponsibleConsumptionAnd Production |
Embark on a game-changing journey with our visionary startup that redefines e-
waste recycling in Pakistan. Our cutting-edge GreenTech initiative not only
addresses the looming e-waste crisis but transforms it into a lucrative
opportunity for environmental and economic gain. Picture a future where
sustainable practices meet high-tech innovation, forging a path towards
Responsible Consumption and Production (SDG 12) and Affordable Clean Energy
(SDG 7). |
NUST |
350 |
2016 |
Moleculo Muddle |
QualityEducation |
Through playful & immersive interactions, Moleculo Muddle transforms complex chemistry concepts into a thrilling adventure. Visualizing and differentiating molecules is crucial in chemistry, yet many students struggle with 3D mental representations of 2D structures found in conventional Chemistry Textbooks. This VR game aims to improve students' visuospatial thinking skills and overcome cognitive challenges in learning chemistry. VR facilitates interaction with 3D structures, and the integration of game-based learning amplifies both performance and motivation. |
NUST |
351 |
2017 |
ConicShare |
DecentWorkAndEconomicGrowth |
Conic will be used to instantly share information, instead of typical means of sharing information through contact cards, business cards, menus and brochures. The system will allow information sharing via NFC (Near Field Communication) tags or QR codes. The system will allow users to add their personal and business information. Other users can then easily retrieve the added information by scanning the NFC tag or QR code. To break the barrier to installing the mobile app to see other's information, a web app will be used to show the information if other users don’t have the app installed on their phones for a smoother transition. In addition to basic ideas, the system will allow the users to follow other profiles, so they can be notified about any updates. Sometimes users want to share specific information with others, focused mode feature will allow sharing only the accounts marked as focused. The system will also allow the users to hide and unhide the accounts. Some users have different contact/business cards. using our cards feature, multiple cards can be created for different situations and scenarios. The system will allow the users to find other users by searching the profile by username, or by finding nearby features. The system will also allow the users to see their profile analytics, including the top accounts, day streak, tag scans and profiles scanned on the map. |
NUST |
352 |
2018 |
RAFT(RESCUE ARMOUR IN FLOOD TIDES |
IndustryInnovationAndInfrastructure |
This project presents a groundbreaking solution for flood rescue operations through the development of an advanced remote-controlled watercraft. The primary focus is on enhancing the safety, efficiency, and versatility of rescue efforts in flood-prone areas. Key features include a meticulously designed waterproof and buoyant body capable of withstanding floodwaters, an increased load capacity of up to 100 kg, and an intuitive remote-control system for precise navigation.
The hovercraft integrates cutting-edge sensors and cameras to provide real-time data on critical environmental conditions, such as water levels, currents, and potential obstacles. This heightened situational awareness equips emergency responders with invaluable information for effective decision-making during rescue missions. Furthermore, a specialized mechanism facilitates swift and safe approaches to flood victims, ensuring efficient and secure extrication.
A paramount aspect of the project is its commitment to user-friendly operation, allowing emergency responders to operate the device with minimal training. The holistic integration of these innovative features positions the flood-resilient hovercraft as a comprehensive and adaptable solution for remote-controlled rescue operations in challenging flood scenarios. This project significantly advances the capabilities of existing flood rescue devices, contributing to the overall improvement of emergency response systems. |
SSUETKarachi |
353 |
2019 |
Defend Her |
GoodHealthAndWellBeing |
DefendHer, an innovative player in Pakistan's evolving self-defense industry, aims to redefine personal safety for women through its e-commerce platform and mobile app. Committed to empowering women with knowledge, skills, and tools, DefendHer offers a comprehensive solution comprising a diverse product marketplace, educational resources, and access to self-defense classes. The business model, incorporating product sales, in-app advertisements, and future commissions, ensures sustainability. Targeting women aged 19-40 in urban/suburban Pakistan, DefendHer caters to diverse needs, prioritizing safety, self-reliance, and empowerment for college students, working professionals, and homemakers. Positioned strategically against limited competitors, DefendHer's emphasis on a broad product range, educational content, and collaborations with training centers sets it apart in addressing the unique security concerns of its target market. |
NUST |
354 |
2020 |
AI Aware |
SustainableCitiesAndCommunities |
AI Aware aims to model relationships among vegetation, built environment, and anthropogenic activity to map sustainable urban environment. This tool will use machine learning and AI to provides real-time data analytics from a network of IoT devices, for policy makers and researchers, enabling them to understand how urban turbulent and radiant heat fluxes travel in a built environment. |
NUST |
355 |
2021 |
Water Harvester |
CleanWaterAndSanitation |
Atmospheric water harvesting (AWH) is a technology that uses the moisture in the air to produce potable water. AWH is a promising technology for areas with limited access to freshwater, such as arid and semi-arid regions.
One of the challenges in AWH is to design and optimize harvesters that can efficiently collect water from the air. Numerical modeling can be used to study the performance of AWH harvesters and to identify the factors that affect their performance.
|
NUST |
356 |
2022 |
Bladeless Fan |
Other (technological advancement) |
The idea is to investigate the emergence and effectiveness of bladeless fans as an innovative alternative to conventional pedestal fans. Traditional pedestal fans, characterized by rotating blades, have been widely used for decades, providing essential air circulation in various environments. However, concerns about safety, noise, and energy efficiency have prompted the development and adoption of bladeless fan technology. Bladeless fans, pioneered by innovative designs such as those by Dyson, utilize a unique airflow mechanism that eliminates exposed blades, reducing the risk of accidents and enhancing safety. This project reviews the engineering principles behind bladeless fans, exploring how they create a smooth and consistent airflow. Additionally, the study examines the impact of bladeless fans on energy consumption and environmental sustainability, comparing their efficiency to that of traditional pedestal fans. Furthermore, the paper discusses flow kinematics and design improvements for a simple circular ring design and practicality of bladeless fans as a viable alternative. The findings of this research contribute to a comprehensive understanding of bladeless fan technology, shedding light on its potential benefits and drawbacks in comparison to conventional pedestal fans. As energy efficiency and safety continue to be critical considerations in consumer choices, this study provides valuable insights for consumers, manufacturers, and researchers alike, aiming to contribute to the evolution of air circulation technology in the pursuit of sustainable and user-friendly solutions. |
NUST |
357 |
2023 |
PERFORMANCE ANALYSIS OF SR-30 ENGINE USING JET TEST STAND |
IndustryInnovationAndInfrastructure |
This project focuses on enhancing the performance of the SR-30 Engine through rigorous analysis on a Jet Test Stand. Initial findings indicate [insert key findings], showcasing potential improvements in [highlight specific areas]. Our methodology involves comprehensive testing under various flight conditions to optimize fuel efficiency, thrust, and emissions.
By addressing unmet needs in environmental impact, cost-effectiveness, and global connectivity, this research aims to contribute to the advancement of aerospace technology. The project's implications extend beyond the laboratory, promising tangible benefits for [mention target audience or beneficiaries]. As we continue data collection and analysis, we anticipate shaping a more sustainable and efficient future for aviation. |
NUST |
358 |
2024 |
Blade Cooling |
QualityEducation |
cooling mechanism of HPT blade |
NUST |
359 |
2025 |
Avionics Cooling |
GoodHealthAndWellBeing |
This project, titled "Utilization of phase change material for avionics cooling," addresses a critical challenge in aviation industry – the overheating of avionic systems. By exploring the potential of gallium phase change materials (PCMs) and employing advanced fluid dynamics simulations, the goal is to develop a practical and effective solution for improving avionics cooling. The study involves a detailed examination of gallium's properties, focusing on how it can absorb and release heat efficiently. Numerical simulation is to be done in order to understand how the cooling process works in different scenarios, allowing for adjustments to optimize performance. The real-world application involves creating a prototype that integrates gallium PCMs into the avionics cooling system, emphasizing precision and practicality. Ultimately, the project aims to deliver a tangible and realistic improvement in avionics cooling, contributing to the reliability and safety of aircraft systems in everyday operations. |
NUST |
360 |
2026 |
Acoustic Defender |
GoodHealthAndWellBeing |
This represents a cutting-edge approach to aircraft health monitoring by harnessing the power of acoustic signatures for the early detection of skin damage. In aviation, ensuring the structural integrity of aircraft is paramount for safety and operational efficiency. Traditional Non-Destructive Testing (NDT) methods often fall short in detecting subtle damages, particularly on the skin of the aircraft. This project introduces a novel methodology that leverages acoustic signals to identify and analyze structural anomalies in real-time.
Our research integrates state-of-the-art sensors strategically placed on the aircraft skin, capturing acoustic waves generated by external stimuli or operational vibrations. The acquired data undergoes rigorous signal processing and analysis to unveil unique acoustic signatures associated with varying degrees of structural health. The project utilizes advanced computational tools, including ANSYS simulations, to model and simulate acoustic interactions within the aircraft structure.
Key objectives include the development of a robust methodology for acoustic data acquisition, the creation of a comprehensive database of acoustic signatures corresponding to different damage scenarios, and the establishment of a computational framework for real-time monitoring. By correlating acoustic signatures with specific damage patterns, it aims to enhance the accuracy and efficiency of aircraft skin damage detection, ultimately contributing to improved safety standards and cost-effective maintenance practices.
The significance of this project lies in its potential to revolutionize current approaches to aircraft health monitoring, offering a proactive and non-intrusive solution for the early identification of structural issues. It represents a pioneering effort towards advancing the integration of acoustics into aerospace engineering, ensuring that the skies remain safeguarded with a harmonious blend of innovation and safety. |
NUST |
361 |
2027 |
TOROIDAL PROPELLERS |
IndustryInnovationAndInfrastructure |
Toroidal propellers have great importance in terms of the advancement in the propulsion technology in the aviation industry. The focus was gained because of the efficiency, sustainability and the reduction of the noise [1] in the aviation industry. All these concerns are to investigate the potential of the toroidal propellers to bring the change in the propulsion systems to revolutionize the conventional system. Conventional propellers has been a pillar of the aviation propulsion system but this have to the limitations in the terms of the efficiency and noise production and this lead to the call for the novel design. Toroidal propellers has ring shaped blade that encircles the propeller, which help in suppressing the noise that generated due to the motion of the rotating blades. This shape of toroidal propeller offers the departure from traditional configuration of the conventional propellers. The key elements of this research is the examination is integrate the potential of the mitigating noise and its complexities. The analysis is carried out between the conventional and the toroidal propellers has shown the performance advantages that are in the toroidal design that of the conventional propellers. This design contributes to the future of the propulsion and the aviation technology. It has reshaped the approach to the aircraft design and operations to achieve the best efficiency, environmental impacts. It also diminishes the consumption of the fuel and the emissions.
|
NUST |
362 |
2028 |
Design and Development of Modular RC Plane for Inflight Multitasking Operations |
Other (Applied to War for Decoy Operations) |
I will be designing as well as developing a platform that will carry one more platform inside it and will release that hidden platform in air. |
NUST |
363 |
2029 |
NUSTBot |
IndustryInnovationAndInfrastructure |
Our idea is to create NLP based Chatbot for the Students of Nust to answer their queries regarding policies, Handbooks, rules, regulations and admission details. We are using Retrieval Augmented generation(RAG) technique in which we are going to take leverage of currently trained LLMS on large datasets to make them answer questions from our specific domain. Our chatbot will be able to answer all questions regarding policies and queries related to specific school and department. |
NUST |
364 |
2030 |
Design and Performance Evaluation of DEWATS for Sustainable Treatment of Fecal Sludge |
CleanWaterAndSanitation |
This project innovates DEWATS by designing an Anaerobic Baffled Reactor and Anaerobic Filter, tailored to treat diverse fecal sludge in Pakistan. With a focus on optimization, the performance evaluation targets real and synthetic sludge, aiming to revolutionize sanitation practices and alleviate public health concerns. |
NUST |
365 |
2031 |
Store Separation |
Other (Safe store separation) |
CFD analysis used to ensure maximum safety standards
|
NUST |
366 |
2032 |
Vibration Isolator |
IndustryInnovationAndInfrastructure |
There exists no dynamic system that is free of
mechanical vibrations, which can arise from a number of reasons
including the mechanical imbalance of the rotating components,
improper mounting, mechanical looseness, unbalanced loading,
worn out bearings and their housings, etc. These undesirable
vibrations have far reaching consequences, including unwanted
stresses, increased fatigue, reduced life and catastrophic failures
following the resonance, etc. Considerable efforts have been driven
by the need to suppress the detrimental effects of these vibrations,
with vibration isolation being a field of such solutions, in which the
object or the system of interest is isolated from the source of
vibration. A sub-class of this field of schemes is passive vibration
isolation that employs such a combination of materials and
mechanical systems that cause absorption and damping of these
vibrations. Amongst these passive techniques, the use of rubber pads
as vibration absorbing mounts, has maintained its dominance since
long, owing to the utility and cost-effectiveness of the technique.
Amid the materials used for these rubberized vibration isolators,
prospects of using neoprene show quite a promising trend because
of its properties, most notable of which are hyperelastic
characteristics and incompressibility. The hyperelastic phenomenon
is classified for the materials with ideal elasticity and is defined by a
number of constitutive models where the derivation of the stressstrain relationship is initiated from the strain energy density function
(W). It is a scalar function that relates the deformation rate of a
material to the measure of its strain energy density. All the
hyperelastic constitutive models are stated through assorted
interpretations of this function. To get an accurate as possible
prediction of the behavior and the results, the choice of using the
right model amongst others is dictated by the material and the
geometry of the vibration isolator and the loading profile that it has
to bear. This work presents a comparative analysis of a total number
of 16 hyperelastic constitutive models, that include different versions
of Mooney-Rivlin, Blatz-Ko, Ogden, Arruda-Boyce, Yeoh, Gent and
Polynomial models, on the basis of their vibration absorption
capacity. An effort has been made to examine the behavior of
neoprene vibration isolator in the form of an anti-vibration mount
as predicted by the above-mentioned models with respect to the strain
energy and the energy dissipation. This study will be particularly
useful for the cases where either very little or no experimental data
is available for the neoprene anti vibration mounts, as it provides a
lower bound for the choice of the model for deciding the design
parameters of the vibration isolator. The work is concluded by
presenting the predictions of the chosen model for anti-vibration
mounts of some commonly used, standard machines using rotary
mechanism under different loading profiles corresponding to
different operating conditions. |
NUST |
367 |
2033 |
Reliable Joining |
IndustryInnovationAndInfrastructure |
This project focuses on the design and development of an innovative electromagnetic riveting equipment aimed at enhancing joint strength in various manufacturing applications. Traditional riveting methods often face limitations in achieving optimal joint integrity, leading to compromised structural performance. To address this challenge, our research endeavors to introduce a novel electromagnetic riveting system capable of providing superior joint strength while ensuring efficiency in the assembly process. |
NUST |
368 |
2034 |
Inventory Management |
DecentWorkAndEconomicGrowth |
Inventory Management system will provide a kind of offline database for the college,nust and its departments |
Mc Rawalpindi |
369 |
2035 |
RC Multitasking |
IndustryInnovationAndInfrastructure |
In the dynamic realm of RC aviation, our project stands at the forefront of innovation, introducing a groundbreaking solution for enhanced reconnaissance capabilities – the integration of multitasking operations and inflight separation. Titled "SkyDominance: Revolutionizing RC Aviation," our initiative redefines the traditional boundaries of small and large RC planes by implementing a sophisticated system that enables autonomous inflight separation.
At its core, the project leverages cutting-edge technology to empower RC pilots with the ability to command both small and large drones simultaneously, fostering a new era of multitasking prowess. Through the seamless integration of intelligent algorithms and real-time recognition systems, our innovation ensures precise inflight separation, guaranteeing the safety and autonomy of each drone.
The abstract highlights the project's commitment to dominance in the skies, merging multitasking operations with inflight separation technology. As a result, "SkyDominance" not only advances the capabilities of RC aviation but also sets a new standard for safety, precision, and control in the rapidly evolving world of unmanned aerial systems.
|
NUST |
370 |
2036 |
FogNet |
SustainableCitiesAndCommunities |
FogNet optimizes the selection of controllers and paths on foggy roads by integrating SDN technology with vehicular networks. It shares alarming messages to ensure safety and stability. To test the validity of FogNet in both highway and city scenarios, the scheme utilizes two communication technologies, DSRC and mmWave. Speed reduction and lane change cases have been taken into consideration. |
NUST |
371 |
2037 |
FogNet |
SustainableCitiesAndCommunities |
FogNet optimizes the selection of controllers and paths on foggy roads by integrating SDN technology with vehicular networks. It shares alarming messages to ensure safety and stability. To test the validity of FogNet in both highway and city scenarios, the scheme utilizes two communication technologies, DSRC and mmWave. Speed reduction and lane change cases have been taken into consideration. |
NUST |
372 |
2038 |
Smart BusinessGuard |
IndustryInnovationAndInfrastructure |
The Smart Progressive Web App for Business Premises integrates facial recognition, machine learning, and real-time analytics to revolutionize workplace efficiency and security. It addresses the demand for intelligent business solutions, automating attendance, behavior analysis, smoking detection, and car tracking.
|
NUST |
373 |
2039 |
Sugarcane Device |
ResponsibleConsumptionAnd Production |
We are basically making an AI device for sugarcane juice analysis. This device basically check the maturity of sugarcane crop. |
NUST |
374 |
2040 |
Mental-Health Chatbot |
GoodHealthAndWellBeing |
Mental health is a pervasive concern, affecting one in four individuals during their lifetime, as reported by the World Health Organization. Despite the existence of treatments, almost two-thirds of those diagnosed with mental disorders refrain from seeking professional assistance (WHO, 2001). The underlying reasons for this reluctance include inadequate resources, a shortage of skilled mental healthcare personnel, and societal stigma (Kaywan et al., 2023). The COVID-19 pandemic brought heightened awareness to challenges in accessing mental health care as obtaining care became more challenging. Beyond the usual barriers to treatment, lockdowns and restrictions implemented to control the pandemic significantly disrupted face-to-face care. Compounding the issue, there has been a surge in demand for mental health services during the pandemic, with over one-third of the U.S. population experiencing symptoms of depression or anxiety, nearly tripling the figures from 2019 (CDC, 2021). The surge in mental health service demand, coupled with the advancements in artificial intelligence (AI), has spurred the creation of digital mental health interventions (DMHIs). These interventions incorporate AI-based chatbots for tasks such as diagnostics, screening, symptom management, behavior change, and content delivery (Boucher et al., 2021). Chatbots are interactive systems capable of conversing with human users through spoken, written, and visual languages. They hold promise as valuable tools for individuals experiencing mental disorders, particularly for those hesitant to seek mental health advice due to societal stigmatization (Abd-Alrazaq et al., 2019). By posing a sequence of questions, chatbots can discern the user's symptoms, anticipate the potential disease, and suggest treatment options or furnish the patient with information regarding the diagnosis (Divya et al., 2018). Previous applications of chatbots have demonstrated efficacy in diagnosing conditions such as dementia (Ujiro et al., 2018), depression (Breso et al., 2016), and drug abuse (Auriacombe et al., 2018). Notably, a 16-week follow-up study found that a chatbot-delivered depression therapy, rooted in cognitive behavioral therapy (CBT) principles, significantly alleviated depression over the intervention period, showcasing a reduction in anxiety within the initial 4 weeks and fostering an enhanced therapeutic alliance compared to bibliotherapy (Liu et al., 2022). Mental-Health chatbot potential for impact extends far beyond traditional clinical settings, reaching individuals in their everyday lives and across a spectrum of sectors. Imagine corporate employees finding respite from the pressures of high-stakes work environments, or students receiving timely support to manage academic stress and social anxieties. This chatbot can empower frontline healthcare workers to safeguard their own mental health while caring for others, and bridge accessibility gaps for underserved communities often overlooked by traditional mental health services. Its reach can even extend beyond borders, fostering mental resilience and well-being in diverse cultures and languages around the world. By seamlessly integrating into the fabric of society, this chatbot stands poised to transform how we approach mental health support, making it more accessible, personalized, and stigma-free. |
NUST |
375 |
2041 |
PCR Calculation |
SustainableCitiesAndCommunities |
Our final year project revolves around developing a pothole detection and classification system to address the challenges of road maintenance and ensure sustainable urban development in the transportation engineering sector. The system utilizes YOLOv8 for real-time pothole detection from dashboard camera footage, combined with the Pavement Condition Rating (PCR) System for classifying road conditions. Our solution aims to automate the traditionally manual process of pothole detection, reducing labor and improving efficiency. The system's output includes precise GPS coordinates of detected potholes, facilitating targeted maintenance efforts. Our collaboration with the National Highway Authority of Pakistan and the lack of direct competitors in this context highlight the innovative and applicable nature of our project. The system is designed for easy adoption by road maintenance authorities and can significantly benefit road users by improving safety and comfort. Our project contributes to the sustainable development of cities and innovation in transportation engineering, showcasing the potential of advanced technology in infrastructure maintenance. |
NUST |
376 |
2042 |
Heat Exchanger Enhancement |
IndustryInnovationAndInfrastructure |
Investigation of heat enhancement in a shell and tube heat exchanger using easy-to-manufacture in-tube inserts and their economic evaluation |
NUST |
377 |
2043 |
Energy storage devices |
AffordableAndCleanEnergy |
Innovative synthesis of eco-friendly mixed metal oxides as supercapacitor electrodes demonstrates a sustainable and cost-effective approach for energy storage. The green method offers potential in advancing efficient energy-saving technologies, contributing to a cleaner and economically viable future. |
NUST |
378 |
2044 |
Gas Analyzer |
ClimateAction |
The Gas Analyzer for Vehicular Emissions is an innovative device meticulously designed to analyze the gases emitted by vehicles, specifically focusing on carbon monoxide (CO) and nitrogen oxides (NOx). The primary purpose of this analyzer is to provide users with real-time information about the levels of these harmful pollutants in their vehicle's emissions. By doing so, it empowers users to take proactive measures to reduce pollution and enhance the overall environmental sustainability of their vehicles. Crafted with a commitment to cost-effectiveness and efficiency, the gas analyzer employs cutting-edge technology to measure and monitor CO and NOx concentrations accurately. The user-friendly interface presents clear and easily understandable readings, enabling vehicle owners to assess the environmental impact of their vehicle's emissions. |
NUST |
379 |
2045 |
Gas Analyzer |
ClimateAction |
The Gas Analyzer for Vehicular Emissions is an innovative device meticulously designed to analyze the gases emitted by vehicles, specifically focusing on carbon monoxide (CO) and nitrogen oxides (NOx). The primary purpose of this analyzer is to provide users with real-time information about the levels of these harmful pollutants in their vehicle's emissions. By doing so, it empowers users to take proactive measures to reduce pollution and enhance the overall environmental sustainability of their vehicles. Crafted with a commitment to cost-effectiveness and efficiency, the gas analyzer employs cutting-edge technology to measure and monitor CO and NOx concentrations accurately. The user-friendly interface presents clear and easily understandable readings, enabling vehicle owners to assess the environmental impact of their vehicle's emissions. |
NUST |
380 |
2046 |
UrbanEye Horizon |
IndustryInnovationAndInfrastructure |
Our VTOL Tiltrotor UAV blends vertical lift and fixed-wing efficiency, excelling in surveillance, reconnaissance, and payload drops. With high-res cameras, autonomous flight, and modular payload, it's a versatile, cutting-edge solution for military and civilian needs, ensuring efficient and real-time mission success. |
NUST |
381 |
2047 |
Innovair |
ClimateAction |
The unmet need addressed by the Aerosol Black Carbon Detector (ABCD) device lies in the current inadequacies of monitoring and quantifying black carbon particles in the atmosphere. Existing methods often lack real-time capabilities, portability, and cost-effectiveness, hindering comprehensive data collection on air quality. By providing an efficient and affordable solution, the ABCD device aims to fill this gap, empowering researchers, policymakers, and environmental agencies to make informed decisions regarding pollution control, public health, and sustainable urban development. This technology addresses the critical need for accurate and accessible tools to monitor black carbon, contributing to a healthier and more sustainable future. |
NUST |
382 |
2048 |
Energy Harvesting |
AffordableAndCleanEnergy |
This project introduces a practice, sustainable and feasible approach to energy harvesting in Pakistan. Using simple electrical principles, strategically placed sensors utilize Piezoelectric techniques to convert external stimuli i.e. vibrations, movements into electricity. Through thoughtful wiring, the harvested energy powers everyday appliances, offering a unique and sustainable solution for the country's energy needs. |
NUST |
383 |
2049 |
Car Cover |
IndustryInnovationAndInfrastructure |
Introducing the cutting-edge car cover with a unique lateral C-shape design that envelops the entire vehicle. This electronically controlled cover not only shields your car from the elements but also adds an extra layer of privacy by concealing its identity from onlookers. The innovative design prevents the accumulation of dew, a common issue that is challenging to clean, while also protecting against gradual dirt buildup.
Unlike conventional covers, this electronically operated car cover boasts portability and ease of use. Its distinctive shape ensures that dirt and debris do not come in direct contact with the car body during placement or removal. Say goodbye to the usual hassle of dirt falling onto your vehicle during cover handling. Embrace the future of car protection with this technologically advanced, discreet, and effective car cover. |
NUST |
384 |
2050 |
DataDialogue |
IndustryInnovationAndInfrastructure |
DataDialogue is a web application that will allow users to chat with their database in natural language using LangChain, LLMs, and Prompt Engineering. |
NUST |
385 |
2051 |
FreeFlow |
IndustryInnovationAndInfrastructure |
FreeFlow is an AI-based web app builder that allows anyone with a great idea to bring it to life. Describe, in simple words, the features and design of the application you wish to make, and our AI platform will build it for you. See the app being built in real time and make edits to it using our powerful visual editor. Download all the code for the app when done. It's your idea. It's your code. |
NUST |
386 |
2052 |
ExaPro |
QualityEducation |
Traditional competitive exams preparation often confines learners to a restrictive landscape of prescribed knowledge and standardized assessments. Students have to rely on pre-existing resources such as past papers and model papers for their practice. Many competitive exams, especially university ones, do not have any standardized past papers due to which students have to rely mostly on word-of-mouth. ExaPro transcends this paradigm, ushering in a new era of personalized inquiry and adaptive learning.
Equipped with advanced learning models and intelligent algorithms, ExaPro dismantles information barriers, allows user to pinpoint individual knowledge gaps, and designs personalized question sequences according to his requirements that allow students to learn and practice any competitive exam without any limits.
Repetitive drills and cramming of the same practice model questions fade into the past with ExaPro. This innovative system adapts to each student's learning requirements, crafting a personalized intellectual voyage. Using advanced algorithms, ExaPro analyses past performance, preferred learning strategies, and individual strengths and weaknesses related to their learning.
The user will be able to select the type of exam he wants to prepare for such as NET (NUST ENTRACE EXAMINATION), which is a requirement for admission in NUST, or MDCAT and such. Based on the user selection, a user can generate a complete test, which will mimic the actual examination, or a context-based test, through which the user can work on their individual knowledge gaps.
Each test will contribute to the student personal analytics, which will include statistics such as overall accuracy, average time duration taken, subject-wise performance etc, through which the user can analyse their performance and then work on their weaknesses. Along with these statistics, the user can also check the predictions for their future performance based on the current data.
As the language model will be fine-tuned according to each examination, there will be no limit to the number of questions that could be generated for each examination, so the user can practice new and challenging questions every time. |
NUST |
387 |
2053 |
Intuitive Manipulator |
GoodHealthAndWellBeing |
Our project aims to make mobility more inclusive by creating a robotic manipulator that can be controlled via EMG signals. Using ML principles of reinforcement learning, the project aims to identify and classify muscular signals via s-EMG electrodes to control a robotic manipulator capable of performing rudimentary tasks. |
NUST |
388 |
2054 |
Laboratory Evaluation on Incompatibility of Waste-Polymer Modified Bitumen. |
ClimateAction |
The pollution of waste polymers such as Rubber and plastic has become the most challenging environmental issues due to the dramatic increase in the generation of polymers products. Approximately 1.5 billion tires reach the end of their useful lives annually, and the figure is rising . Regretfully, the great majority of tires are burnt or landfilled globally, which has disastrous ecological effects. They specifically provide a major risk to human health (e.g., fire and pests). Furthermore, landfills are often the least expensive disposal option in most countries. Modifying bitumen with polymers waste is one of the common approaches to reduce the amount of global polymers waste. It is documented that amending bitumen with Crumb rubber significantly enhance the physical and rheological properties of bitumen. Otherwise, one of the main challenges facing researchers regarding modification bitumen with crumb waste is incompatibility. The occurrence of incompatibility is attributed to the difference in the density and polarity between crumb rubber and bitumen. In addition, incompatibility negatively affect the performance of the asphalt layer, which, in turn, significantly decreases the lifespan of asphalt layer. CRMB pavement has great mechanical properties and pavement performance during service, including rutting resistance, anti-cracking at low temperature, fatigue crack and water damage resistance. And 40%-88% reduction of driving noise can be achieved by CRMB pavement in comparison with conventional pavement. |
NUST |
389 |
2055 |
Trash Power |
AffordableAndCleanEnergy |
Pakistan's textile industry, a major polluter, struggles with energy demands amid environmental concerns. Fossil fuel reliance poses economic threats and hampers net-zero goals. To combat this, a transition to refuse-derived fuel (RDF) is proposed, utilizing textile waste. Physicochemical tests ensure uniform, high-calorific, low-emission RDF, aiding the industry's energy needs cost-effectively. |
NUST |
390 |
2056 |
Flood Prediction Trigger |
ClimateAction |
Floods in the Kabul River Basin have been a recurring challenge, impacting communities and infrastructure. This final year project introduces a Semi-Automated Flood Prediction Trigger System tailored to the unique characteristics of the Kabul River Basin. The system combines advanced meteorological data analysis to provide timely flood predictions and trigger alerts for improved preparedness.
The project initiates with the collection and integration of specific datasets, including rainfall patterns, river levels, and historical flood data, specific to the Kabul River Basin. Utilizing hydrologic modelling, the system adapts to the intricate relationships between these variables, offering accurate flood predictions.
Designed for the Kabul River Basin, the Semi-Automated Flood Prediction Trigger System features a user-friendly interface that facilitates local stakeholders, including emergency responders, to access real-time information. Alerts are semi-automatically triggered based on predefined thresholds, allowing for a customized response tailored to the unique characteristics of the Kabul River Basin.
This project's successful implementation addresses the specific challenges of the Kabul River Basin, providing a semi-automated solution that empowers local communities to take proactive measures and respond promptly to the imminent threat of floods. The research contributes to the field of disaster management by offering a context-aware technology that aids in safeguarding lives and infrastructure in the Kabul River Basin. |
NUST |
391 |
2057 |
Case Chain |
PeaceJusticeAndStrongInstitutions |
Introducing CaseChain: a private Hyperledger Fabric-based FIR system ensuring the utmost security in investigations. Our blockchain-powered solution combines transparency, immutability, and efficient case management, streamlining the investigative process for swift and secure outcomes. |
NUST |
392 |
2058 |
Marine Refuge |
NoPoverty |
We intend to introduce amphibious housing in Pakistan for flood-stricken and coastal areas. Our innovative homes seamlessly transition between land and water, utilizing cutting-edge amphibious technology. These structures rest on buoyant platforms, rising and falling with water levels, ensuring resilience against floods. These amphibious homes offer stability on land and the serenity of waterfront living. Our innovative design allows for eco-friendly tourism ventures, creating a sustainable revenue stream through immersive experiences in the beauty of amphibious living Embracing sustainability, our idea minimizes environmental impact and maximizes adaptability. |
NUST |
393 |
2059 |
Telecom Data Modeling Solution using GIS |
Other (Geographic Information Systems (GIS) for network infrastructure management and real-time monitoring.) |
In the realm of communication networks, the Telecom Data Modeling Solution using GIS emerges as a transformative application, addressing the critical need for efficient deployment and real-time monitoring. Tailored for telecommunication companies, network operators, and infrastructure providers, this solution stands out as a user-friendly tool that seamlessly integrates GIS technology with advanced network management capabilities.
At its core, the Telecom Data Modeling Solution provides a visual representation of network elements through GIS mapping. This intuitive platform enables users to model the deployment of fiber optics, active equipment, and passive equipment effortlessly. The application maintains a comprehensive database, storing essential information about each network element, ensuring a centralized and organized record. Real-time monitoring is achieved through the integration of advanced sensors and monitoring tools, with an alarm system promptly alerting users to disturbances.
The Telecom Data Modeling Solution's user-friendly interface ensures easy adoption by both technical and non-technical users. Comprehensive training materials and ongoing support mechanisms empower users to navigate the platform confidently. The system's scalability accommodates networks of varying sizes and complexities, making it versatile for both small-scale deployments and extensive network management scenarios.
In a competitive landscape, the Telecom Data Modeling Solution differentiates itself through real-time monitoring capabilities, an integrated alarm system, and sophisticated user role management. The application's commitment to a seamless user experience, coupled with continuous innovation, positions it as a leader in the field. By addressing the unique challenges faced by network operators and infrastructure providers, the Telecom Data Modeling Solution emerges as a comprehensive and forward-thinking solution.
This solution is not just a GIS-based network management tool; it's a paradigm shift. It empowers organizations to model, deploy, and monitor their network infrastructure with unparalleled efficiency and reliability. As the telecommunications industry evolves, the Telecom Data Modeling Solution stands as a beacon of innovation, ushering in a new era of connectivity where modeling, deployment, and monitoring converge seamlessly for a resilient and responsive network infrastructure. |
NUST |
394 |
2060 |
Marine Refuge |
SustainableCitiesAndCommunities |
We intend to introduce amphibious housing in Pakistan for flood-stricken and coastal areas. Our innovative homes seamlessly transition between land and water, utilizing cutting-edge amphibious technology. These structures rest on buoyant platforms, rising and falling with water levels, ensuring resilience against floods. These amphibious homes offer stability on land and the serenity of waterfront living. Our innovative design allows for eco-friendly tourism ventures, creating a sustainable revenue stream through immersive experiences in the beauty of amphibious living Embracing sustainability, our idea minimizes environmental impact and maximizes adaptability. |
NUST |
395 |
2061 |
Marine Refuge |
SustainableCitiesAndCommunities |
We intend to introduce amphibious housing in Pakistan for flood-stricken and coastal areas. Our innovative homes seamlessly transition between land and water, utilizing cutting-edge amphibious technology. These structures rest on buoyant platforms, rising and falling with water levels, ensuring resilience against floods. These amphibious homes offer stability on land and the serenity of waterfront living. Our innovative design allows for eco-friendly tourism ventures, creating a sustainable revenue stream through immersive experiences in the beauty of amphibious living Embracing sustainability, our idea minimizes environmental impact and maximizes adaptability. |
NUST |
396 |
2062 |
CampusCoin |
IndustryInnovationAndInfrastructure |
Digitalizing Campus transactions, Campus Coin modifies university ID Cards into payment tools at NUST. The main aim is to seamlessly veer students and staff from traditional payment methods such as cash to an efficient and internet independent digitalized payment system, fostering convenience and innovation within the educational infrastructure.
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NUST |
397 |
2063 |
Green Harvest |
ResponsibleConsumptionAnd Production |
The concept of harnessing the Black Soldier Fly (Hermetia illucens) for sustainable protein and soil health enhancement represents an innovative approach to address the escalating challenges of inefficient waste management and the need for sustainable agricultural solutions. This project endeavors to leverage the Black Soldier Fly's multifaceted solution, incorporating larvae rearing to produce protein-rich biomass and nutrient-rich frass, a versatile fertilizer. Through extensive literature review, this initiative draws inspiration from successful Black Soldier Fly larvae treatments that transform biodegradable waste into valuable resources. The objectives of the project encompass minimizing organic waste through efficient Black Soldier Fly larvae rearing, establishing a reliable source of high-quality animal feed protein, and enhancing soil fertility using nutrient-rich frass generated from larvae rearing. The project's scope spans the entire Black Soldier Fly lifecycle, with a focus on organic waste, while the methodology involves developing protocols for waste integration, optimizing rearing conditions, extracting and analyzing protein, and exploring frass utilization in agriculture. This initiative targets a comprehensive improvement and promotion of sustainability in waste management and agriculture. By deploying innovative Black Soldier Fly larvae rearing techniques, the project aspires to establish a circular economy, repurposing waste into valuable resources. Anticipated outcomes include a diversified protein source for animal feed, resilient livestock, poultry, and aqua farming practices, and a significant reduction in reliance on chemical fertilizers. The project envisions transformative impacts on waste management and agriculture, emphasizing community engagement and awareness for a sustainable future. |
NUST |
398 |
2064 |
GLOF VR |
SustainableCitiesAndCommunities |
Pakistan faces a lot of damage each year due to natural disasters, specifically floods. We aim to develop an immersive VR experience which can educate users about the hazard posed by GLOF events, so that they can learn to tackle it and avoid excessive damage. |
NUST |
399 |
2065 |
Cloud Based Project Management System |
IndustryInnovationAndInfrastructure |
"Introducing ClientConnect, a game-changer for the world of civil engineering. We get it – construction projects are tough. Delays are costly, communication is a headache, and the industry often lags behind in adopting the latest tech. That's where ClientConnect steps in.
ClientConnect is not your average project management tool. It is a multidimensional project. It is a marketplace for verified professionals like architects, engineers and contractors; And the community of verified professionals is built around a great suite of project management tools that takes care of scheduling, financing, bidding and all other crucial aspects of the construction project management. The goal is to have a strong community built around great software.
It's a lifeline for civil engineering projects, cutting through the chaos with a cloud-based solution that keeps everyone on the same page. No more waiting for crucial updates, no more drowning in paperwork – just smooth, efficient collaboration. This project stands at the intersection of Cloud Computing and Construction Project Management.
Computer Science has the potential to solve a lot of society’s problems and whereas a lot of disciplines have leveraged the power of computer science to this end; Civil Engineering remains an oddity. We aim to change this by providing a one stop solution for everyone that wants to do a construction project: from the level of government to the level of individual.
|
NUST |
400 |
2066 |
Military Common Operating Picture |
PeaceJusticeAndStrongInstitutions |
Enhancing military operations, the Battlefield COP project optimizes military systems via GIS, providing real-time object detection with YOLO v8. Featuring a user-friendly ArcMap add-on and an open-source field detection platform, it integrates GIS, advanced algorithms, and user-centric tools for heightened decision-making and operational efficiency in challenging environments. |
NUST |