Technology Repository
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Search across sectors, applications, readiness levels, and transfer pathways. Browse verified G-TEC repository records and open any technology to discuss adoption, validation, licensing, or collaboration.
Sugarcane Harvesting Machine
The Sugarcane Harvesting Machine is an innovative agricultural mechanization solution designed to streamline and accelerate the harvesting process of sugarcane crops. The system reduces manual labor dependency, improves harvesting efficiency, and minimizes crop losses, thereby enhancing overall farm productivity. By enabling faster and cost-effective harvesting operations, the technology supports sustainable agricultural practices and helps farmers optimize resource utilization while improving operational efficiency.
Virus Control in Shrimp Cultivation based on Internet of Things
This technology leverages Internet of Things (IoT) sensors and real-time monitoring systems to detect and manage environmental conditions that contribute to viral diseases in shrimp aquaculture. By continuously tracking critical water quality parameters, the system enables early warning and timely intervention to prevent disease outbreaks. The solution enhances shrimp health, improves farm productivity, and reduces economic losses by supporting data-driven decision-making for sustainable and efficient aquaculture management.
Agri-tech farming revolution for using plc solarwater, and fertilizers pump with new altered-nozzl
This technology integrates a Programmable Logic Controller (PLC)-based automation system with solar-powered water and fertilizer pumps to enable efficient and sustainable agricultural irrigation. The innovative altered-nozzle design ensures uniform distribution of water and nutrients, optimizing crop growth while reducing resource wastage. By combining renewable energy, precision irrigation, and automated nutrient delivery, the system enhances agricultural productivity, lowers operational costs, and promotes environmentally sustainable farming practices.
Coco Fibre Based Biodegradable plant container Fabrication
This technology focuses on the development of eco-friendly and biodegradable plant containers using natural coconut (coir) fibre as a sustainable alternative to conventional plastic pots. The containers provide adequate strength and support for plant growth while naturally decomposing in the soil, reducing environmental impact. The solution promotes sustainable horticulture and nursery practices by minimizing plastic waste, improving root development, and supporting environmentally responsible agricultural production systems.
A Smart Hydroponic Farming Automation Apparatus
This technology is an intelligent hydroponic farming system designed to automate the monitoring and control of critical cultivation parameters such as nutrient concentration, water circulation, pH levels, and environmental conditions. The system utilizes smart sensors and automated controls to ensure optimal growing conditions for crops throughout the cultivation cycle. By enabling precision agriculture and efficient resource management, the technology enhances crop yield, reduces water and nutrient consumption, and supports sustainable, soil-free farming practices suitable for modern agricultural environments.
Portable Device for Identifying White Spot Syndrome (WSS) Virus Disease
This technology is a portable diagnostic device designed for the rapid detection of White Spot Syndrome Virus (WSSV), one of the most devastating diseases affecting shrimp aquaculture. The system enables on-site screening and early identification of infected stocks, facilitating timely disease management and containment measures. By supporting quick and reliable disease diagnosis, the technology helps improve shrimp farm productivity, reduce economic losses, and promote sustainable aquaculture practices.
A Multimode Ploughing Frame Unit
This technology is a versatile agricultural implement designed to perform multiple ploughing and soil preparation operations using a single integrated frame system. Its adaptable configuration enables efficient tilling, furrow formation, and land preparation across varying soil conditions and farming requirements. By reducing the need for multiple farm implements, the technology enhances operational efficiency, lowers cultivation costs, and supports improved agricultural productivity through optimized field management practices.
Cost-Effective Aquaponics System
This technology integrates aquaculture and hydroponics into a sustainable aquaponics system that efficiently recycles nutrient-rich water from fish cultivation to support plant growth. The system incorporates optimized aeration and nutrient circulation processes to maintain a balanced ecosystem and enhance resource utilization. By reducing water consumption, minimizing waste generation, and improving productivity of both fish and crop cultivation, the technology offers an environmentally sustainable and cost-effective solution for modern agricultural practices.
Hybrid Classification Scheme for Plant Disease Recognition and Detection in Image Processing
This technology employs advanced image processing and machine learning techniques to accurately identify and classify plant diseases from leaf and crop images. The hybrid classification approach enhances detection accuracy by analyzing visual symptoms at an early stage, enabling timely intervention and disease management. By supporting rapid and reliable crop health assessment, the technology helps farmers reduce yield losses, optimize pesticide usage, and improve agricultural productivity through precision farming practices.
AI-Based Predictive Analytics for Smart Farming
This technology leverages Artificial Intelligence (AI) and predictive analytics to monitor agricultural conditions, analyze historical and real-time farm data, and generate actionable insights for crop management. The system enables early prediction of factors such as crop health, disease occurrence, irrigation requirements, and yield performance to support informed decision-making. By facilitating data-driven precision agriculture, the technology enhances farm productivity, optimizes resource utilization, reduces operational risks, and promotes sustainable farming practices.
Solar Empowered Agriculture Robot
The Solar Empowered Agriculture Robot is an autonomous farming solution powered by renewable solar energy, designed to perform agricultural operations such as crop monitoring, field surveillance, and precision farming activities. The system integrates intelligent automation to enhance efficiency while minimizing dependence on conventional energy sources. By promoting sustainable agriculture through clean energy utilization, the technology helps reduce operational costs, improve farm productivity, and support environmentally responsible farming practices.
Automatic Pesticide Spraying Robot
The Automatic Pesticide Spraying Robot is an intelligent agricultural automation system designed to perform precise and efficient pesticide application across crop fields. The robot minimizes human exposure to chemicals while ensuring uniform spraying and optimal pesticide utilization. By enabling targeted crop protection and reducing labor requirements, the technology enhances agricultural productivity, lowers operational costs, and supports sustainable farming practices.
Agricultural Robot
The Agricultural Robot is an intelligent automation solution designed to assist in various farming operations such as crop monitoring, field inspection, planting, spraying, and other precision agriculture activities. Equipped with advanced sensing and control technologies, the system enhances operational efficiency while reducing manual labor requirements. By enabling accurate and timely agricultural interventions, the technology improves productivity, optimizes resource utilization, and supports sustainable farming practices.
Grass Cutter Using Wire
The Grass Cutter Using Wire is a lightweight and efficient vegetation management tool that utilizes a high-speed rotating wire mechanism for cutting grass and weeds in agricultural fields, gardens, and landscaped areas. The design offers effective cutting performance while ensuring ease of operation and maintenance. By providing a cost-effective and user-friendly solution for grass management, the technology helps reduce manual labor, improve operational efficiency, and support regular maintenance of agricultural and green spaces.
Integrated Headwear and Nose Mask for Jute Mills and Aquatic Food Processing Industries
This innovation presents a combined protective headwear and nose mask designed specifically for workers in jute mills and aquatic food processing industries. It ensures enhanced safety by providing protection against dust, fibers, moisture, and airborne contaminants. The integrated design improves comfort, usability, and workplace hygiene while reducing the risk of respiratory and skin-related health issues. It is suitable for prolonged industrial use in demanding environmental conditions.
Smart Food Delivery System
This technology presents an intelligent food delivery system designed to streamline ordering, processing, and delivery operations through an integrated digital platform. It enables efficient coordination between customers, vendors, and delivery personnel for faster service execution. The system incorporates real-time tracking, route optimization, and automated order management to enhance delivery speed and accuracy. It improves customer experience while ensuring operational efficiency and scalability for food service providers.
Bottle Configuration with Multi-Ingredient Storage
This technology introduces an innovative bottle configuration designed to store multiple ingredients in separate compartments within a single container. It enables controlled and user-triggered mixing of ingredients at the time of dispensing to maintain freshness and functional integrity. The system ensures precise proportioning, improved shelf life, and enhanced convenience for end users. It is applicable in food, beverage, nutraceutical, and pharmaceutical formulations requiring multi-component delivery.
Smart Portable Infusing Device for Hot Beverages
This technology presents a smart, portable device designed for the controlled infusion of ingredients in hot beverages such as tea and coffee. It enables precise regulation of infusion time, temperature, and ingredient concentration to ensure consistent flavor and quality. The device is compact, user-friendly, and suitable for personal or on-the-go use. It enhances beverage preparation efficiency while allowing customization based on user preference and health requirements.
Wet Grinder with Integrated Batter Dispensing System
This technology presents an advanced wet grinder integrated with an automated batter dispensing system for efficient handling and transfer of prepared batter. It enables controlled dispensing, reducing manual intervention and minimizing spillage or wastage during usage. The system improves hygiene, consistency, and convenience in food preparation processes. It is particularly suitable for domestic and commercial kitchen applications where continuous and uniform batter output is required.
Suggestive Batter Storage Unit with Automatic Fermentation Monitoring and Control System
This technology presents an intelligent batter storage unit equipped with an automatic fermentation monitoring and control system. It continuously detects fermentation parameters such as temperature, pH, and time to ensure optimal batter quality. The system provides suggestive alerts and automated adjustments to maintain ideal fermentation conditions, improving consistency and reducing spoilage. It is highly suitable for commercial kitchens and food processing industries requiring standardized fermented batter preparation.
Multi-Functional Oil Extractor for Peanut Oil and Peanut Butter Production
This technology introduces a multi-functional oil extraction system designed to efficiently produce both peanut oil and peanut butter using a single integrated unit. The system optimizes processing parameters to maximize yield while preserving the nutritional and sensory qualities of the final products. Its versatile design reduces processing time, energy consumption, and operational costs. The technology is suitable for small-scale enterprises, food processing industries, and value-added agricultural applications.
Smart Spoon with Automatic Crushing Unit
This technology introduces a smart spoon integrated with an automatic crushing mechanism for convenient preparation and consumption of food and medication. The device enables efficient crushing of tablets, soft food items, or ingredients directly within the spoon, minimizing manual effort. Its compact and user-friendly design enhances accessibility for children, elderly individuals, and patients with swallowing difficulties. The technology improves convenience, hygiene, and precision in food and healthcare applications.
Compact Milk Processing and Packaging System
This technology presents a compact and integrated system for milk processing and packaging, designed to streamline dairy operations within a single unit. It performs key functions such as milk treatment, quality maintenance, and hygienic packaging while minimizing space and operational requirements. The system enhances processing efficiency, product safety, and shelf-life preservation through automated control mechanisms. It is particularly suitable for small and medium-scale dairy enterprises, rural milk collection centers, and decentralized dairy processing applications.
Unitary Cashew Fruit and Nut Processing Machine
This technology introduces an integrated machine designed for the efficient processing of both cashew fruits and cashew nuts within a single unit. The system streamlines multiple processing operations, reducing manual handling and improving overall productivity. It enables effective utilization of cashew by-products while ensuring consistent quality and minimizing processing losses. The technology is well-suited for cashew processing industries, farmer-producer organizations, and agro-based enterprises seeking value-added production.
Cooking System with Automatic Container Level Adjustment Mechanism
This technology presents an advanced cooking system equipped with an automatic level adjustment mechanism for containers, ensuring optimal positioning during the cooking process. The system dynamically adjusts container levels to maintain uniform heating, improve cooking efficiency, and prevent spillage or uneven processing. By integrating intelligent control and automation, it enhances cooking consistency, safety, and user convenience. The technology is suitable for domestic kitchens, commercial food preparation units, and automated cooking applications.
Intelligent Food Vending Machine Kiosk System
This technology introduces an intelligent food vending machine kiosk designed to automate food dispensing, order management, and customer interaction. The system integrates smart sensors, digital interfaces, and automated controls to provide a seamless and efficient food purchasing experience. It enables real-time inventory monitoring, secure payment processing, and personalized service delivery while minimizing human intervention. The technology is ideal for public spaces, educational institutions, workplaces, and smart retail environments.
Medical Assistive Device for Geriatric Care and Orthopaedic Rehabilitation
This technology is designed to support elderly individuals and patients undergoing orthopaedic rehabilitation by enhancing mobility, comfort, and physical recovery. The device assists users in performing daily activities while providing improved stability and reducing the risk of falls or movement-related injuries. By promoting independent living and facilitating effective rehabilitation, the technology contributes to improved patient outcomes, enhanced quality of life, and reduced caregiver burden.
Nutritional Health Assessment and Diet Plan Prediction System for Children
This technology is an intelligent health monitoring and decision-support system designed to assess the nutritional status of children using key health and growth parameters. By analyzing nutritional indicators, the system generates personalized diet recommendations tailored to the specific dietary needs of each child. The solution enables early identification of nutritional deficiencies and supports informed dietary interventions to promote healthy growth and development. It serves as a valuable tool for healthcare providers, nutritionists, schools, and parents in improving child health outcomes.
Artificial Neural Network-Based Early Diagnosis of Health Deterioration
This technology utilizes Artificial Neural Network (ANN) algorithms to analyze health-related data and identify early signs of potential health deterioration. By processing multiple physiological and clinical parameters, the system enables timely detection of health risks and supports proactive medical intervention. The solution enhances preventive healthcare by facilitating continuous health monitoring, improving diagnostic accuracy, and assisting healthcare professionals in making informed clinical decisions.
Authentication Enabled Nutritional Health Assessment System
An intelligent and secure health assessment platform designed to evaluate nutritional status using key health and dietary parameters. The system provides accurate nutritional analysis and personalized dietary recommendations while ensuring authenticated access to user information. Integrated authentication mechanisms enhance data security and user verification, enabling reliable health monitoring and informed nutritional decision-making. The solution supports healthcare providers, nutritionists, and caregivers in promoting better health and wellness outcomes.
Modular Assembly of a Nutritional Health Assessment Device for Children
A modular and user-friendly health assessment device designed to evaluate the nutritional status of children through the measurement and analysis of key health indicators. The system enables comprehensive nutritional screening and supports the early identification of growth and dietary deficiencies. Its modular architecture allows for flexible integration of multiple assessment components, enhancing usability, scalability, and accuracy. The solution assists healthcare professionals, schools, and caregivers in monitoring child health and promoting appropriate nutritional interventions.
Body Vitals Monitoring Smart Mobility Assistance Walker
An advanced mobility assistance device designed to support individuals with limited mobility while continuously monitoring vital health parameters such as heart rate, body temperature, and other physiological indicators. The integrated smart monitoring system enables real-time health tracking and enhances user safety during movement. The solution promotes independent mobility, supports preventive healthcare through continuous monitoring, and assists caregivers and healthcare professionals in managing the well-being of elderly and physically challenged individuals.
IoT and AI-Based Early Detection System for Intestine Cancer
An intelligent healthcare solution that integrates Internet of Things (IoT) technologies with Artificial Intelligence (AI) algorithms for the early detection of intestine cancer. The system collects and analyzes patient health data in real time, enabling the identification of potential abnormalities and risk indicators at an early stage. Advanced data analytics and predictive models support timely diagnosis and clinical decision-making, improving the chances of effective treatment and better patient outcomes. The technology contributes to proactive healthcare management through continuous monitoring and intelligent disease prediction.
Wearable Device for Treatment of Plantar Fasciitis
A wearable therapeutic device designed to provide targeted support and relief for individuals suffering from plantar fasciitis, a common foot condition characterized by heel pain and inflammation. The device assists in reducing discomfort, improving foot alignment, and promoting recovery through continuous therapeutic support. Its ergonomic and user-friendly design enables convenient daily use, enhancing mobility and quality of life for patients. The solution offers a non-invasive approach to managing foot pain and supporting effective rehabilitation.
Wearable Device for Treating Tremors
A wearable healthcare device designed to assist individuals affected by tremor-related movement disorders by reducing involuntary hand or limb movements. The device utilizes advanced sensing and stabilization mechanisms to enhance motor control and improve the user's ability to perform daily activities. Its lightweight and ergonomic design enables continuous use, supporting greater independence, improved quality of life, and effective management of tremor symptoms in both clinical and home-care settings.
Non-Invasive System for Treatment of Headaches
An innovative healthcare solution designed to provide relief from headaches through non-invasive therapeutic techniques, eliminating the need for surgical procedures or invasive interventions. The system utilizes advanced treatment mechanisms to help manage headache symptoms safely and effectively. The technology supports improved patient comfort and accessibility while offering a convenient approach to headache management. It has the potential to enhance quality of life by enabling safe, user-friendly, and drug-free therapeutic care.
Medical Interactive Kiosk Interface Unit
An interactive healthcare kiosk designed to facilitate efficient patient engagement, health information access, and basic medical screening through a user-friendly digital interface. The system enables individuals to access healthcare services, record health-related information, and receive preliminary guidance in a convenient and accessible manner. The solution enhances healthcare delivery by improving patient accessibility, streamlining information management, and supporting healthcare professionals with accurate and organized data collection.
Adaptive Glaucoma Detection Device
An intelligent diagnostic device designed to assist in the early detection and screening of glaucoma through advanced sensing and analysis techniques. The system evaluates key ocular parameters and supports timely identification of potential glaucoma-related abnormalities, enabling proactive clinical intervention. Its adaptive design enhances diagnostic accuracy and usability, making it suitable for routine eye health assessments. The technology contributes to improved vision care by facilitating early diagnosis and reducing the risk of glaucoma-related vision loss.
Herbal Composition for Treating Breast Cancer
An innovative herbal formulation developed using bioactive compounds derived from natural sources for the management and treatment of breast cancer. The composition is designed to exhibit therapeutic potential while promoting a safer and more sustainable approach to cancer care. The technology aims to support cancer treatment through natural therapeutic interventions and may contribute to improved patient outcomes with reduced side effects. It offers potential applications in complementary and alternative oncology research and healthcare.
Poly-Herbal Anti-Diabetic Composition
A plant-based therapeutic formulation developed using a combination of medicinal herbs with anti-diabetic properties to support the management of blood glucose levels. The composition is designed to enhance metabolic health and assist in the prevention and control of diabetes-related complications. The technology offers a natural and holistic approach to diabetes management, with potential applications in preventive healthcare and complementary therapeutic interventions. Its herbal formulation promotes safe and sustainable healthcare solutions for long-term wellness.
Nutraceutical Topical Dermal Composition
An innovative nutraceutical-based dermal formulation developed using bioactive natural ingredients to support skin health, protection, and therapeutic care. The composition is designed for topical application, offering beneficial effects through enhanced skin nourishment and targeted delivery of functional compounds. The technology combines the advantages of nutraceuticals and dermatological science to promote skin wellness, improve overall skin condition, and support preventive healthcare applications.
Photonic Crystal-Based Point-of-Care Device for Renal Biomarker Detection
An advanced point-of-care diagnostic device developed using one-dimensional (1D) photonic crystal microfabrication technology for the rapid detection of biomarkers associated with renal dysfunction. The system enables sensitive and accurate analysis of biological samples, supporting early identification of kidney-related disorders. Its compact and portable design facilitates timely diagnosis at the point of care, reducing dependence on complex laboratory infrastructure. The technology has the potential to enhance clinical decision-making and improve patient outcomes through early disease detection and monitoring.
Novel Cable Operated Lightweight and Flexible Prosthetic Hand
An innovative prosthetic hand designed with a cable-operated mechanism to provide enhanced flexibility, functionality, and ease of movement for individuals with upper-limb disabilities. The lightweight design improves user comfort while enabling natural and controlled hand movements for performing daily activities. The technology offers a cost-effective and user-friendly assistive solution that supports improved mobility, independence, and quality of life. Its adaptable design makes it suitable for rehabilitation and long-term prosthetic applications.
Cloud-Based Hospital Management System for Pandemic Response
An intelligent cloud-enabled hospital management system designed to streamline healthcare operations, secure patient data, and support real-time data analysis during public health emergencies and pandemics. The platform facilitates efficient management of clinical records, resource allocation, patient monitoring, and healthcare workflows through a centralized digital infrastructure. Advanced analytics and security features enable informed decision-making, improved operational efficiency, and enhanced data protection. The technology supports healthcare institutions in delivering resilient, scalable, and effective healthcare services during crisis situations.
Augmented Reality-Based Personalized Smart Diet Assistance System
An intelligent nutrition management platform that utilizes augmented reality (AR) technology to provide personalized dietary guidance and interactive meal planning experiences. The system analyzes individual health, nutritional requirements, and dietary preferences to deliver customized recommendations that support healthier lifestyle choices. The integration of immersive visualization and smart analytics enhances user engagement, improves dietary awareness, and facilitates informed nutritional decision-making. The technology supports preventive healthcare and personalized wellness management through innovative digital interventions.
Low-Noise Analog Front-End Architecture for Biomedical Signal Acquisition
An advanced biomedical signal acquisition system designed with a low-noise analog front-end architecture to accurately capture and process physiological signals such as ECG, EEG, and other vital bio-signals. The system enhances signal quality by minimizing noise and interference, enabling reliable and precise health data collection. Its high-performance design supports medical diagnostics, patient monitoring, and healthcare research applications by improving signal integrity and measurement accuracy. The technology contributes to the development of efficient and dependable biomedical instrumentation systems.
Artificial Intelligence-Based Intron Retention Detection and Identification for Neural Diseases
An advanced diagnostic solution that leverages Artificial Intelligence (AI) to detect and analyze intron retention patterns associated with neurological disorders. The system utilizes intelligent data analysis techniques to identify molecular biomarkers, enabling early detection and improved understanding of disease progression. By facilitating accurate genomic analysis and biomarker identification, the technology supports precision medicine approaches, enhances clinical research, and aids healthcare professionals in developing targeted diagnostic and therapeutic strategies for neural diseases.
Adaptive Artifact Elimination Method for Brain Wave Signal Processing in Remote Patient Monitoring
An intelligent signal processing solution designed to enhance the quality of brain wave data by automatically identifying and removing artifacts and noise during remote patient monitoring. The system improves the accuracy and reliability of neurological signal acquisition, enabling more effective analysis of patient health conditions. By ensuring high-quality brain signal data, the technology supports accurate diagnosis, continuous monitoring, and informed clinical decision-making in telemedicine and remote healthcare environments.
Nanorobotic Arm for Endoscopy
An advanced nanorobotic-assisted device designed to enhance the precision and effectiveness of endoscopic procedures through improved maneuverability and control within confined anatomical spaces. The robotic arm enables accurate navigation and targeted intervention, supporting minimally invasive diagnostic and therapeutic applications. Its innovative design has the potential to improve procedural outcomes, reduce patient discomfort, and assist healthcare professionals in performing complex endoscopic procedures with greater accuracy and efficiency.
Real-Time COVID-19 Data Assessment System Using Statistical Models
An intelligent data analytics platform designed to perform real-time assessment and monitoring of COVID-19-related data using advanced statistical models. The system analyzes epidemiological trends, infection patterns, and public health indicators to generate actionable insights for healthcare authorities and decision-makers. The technology supports timely disease surveillance, predictive analysis, and evidence-based public health planning, enabling more effective response strategies during infectious disease outbreaks and health emergencies.
Smart Glasses for Individuals with Visual and Hearing Impairments
An assistive wearable device designed to enhance accessibility and independence for individuals with visual and hearing impairments through intelligent sensing and communication technologies. The smart glasses provide real-time environmental awareness, navigation assistance, and multimodal alerts to support safer and more effective interaction with surroundings. The technology promotes inclusive living by improving mobility, communication, and situational awareness, thereby enhancing the quality of life and daily functioning of users with sensory disabilities.
Power Line Inspection Robot
An autonomous robotic system designed to inspect electrical power transmission and distribution lines, enabling efficient monitoring of infrastructure health and operational safety. The robot can detect faults, structural defects, and maintenance requirements in power lines while minimizing the need for manual inspection in hazardous environments. The technology enhances the reliability of power networks by facilitating timely fault detection, reducing maintenance costs, and improving worker safety. Its deployment supports efficient asset management and uninterrupted power distribution services.
Automatic Flow Rate Measurement and Control of Water Flow Using Telemetry
An intelligent water management system designed to automatically measure, monitor, and control water flow using telemetry-based communication technologies. The system enables real-time data acquisition and remote operation, ensuring accurate flow regulation and efficient distribution of water resources. The technology supports optimized water utilization, reduces wastage, and enhances operational efficiency in irrigation, municipal water supply, and industrial applications. Its remote monitoring capabilities facilitate timely decision-making and effective resource management.
Video Mosaic Image Creation for Secure Secret Image Transmission
An advanced image security solution that employs video mosaic techniques to conceal and securely transmit confidential images through digital communication channels. The system transforms sensitive visual information into a mosaic-based representation, enhancing data protection and reducing the risk of unauthorized access during transmission. The technology provides a robust approach to secure image sharing, ensuring confidentiality, integrity, and privacy in applications such as defense, healthcare, surveillance, and secure digital communications.
Mobile-to-Mobile Device Controller
An innovative wireless control system that enables one mobile device to remotely monitor, access, and control the functions of another mobile device through secure communication protocols. The technology facilitates seamless device-to-device interaction, allowing users to manage applications, settings, and connected systems from a remote location. The solution enhances convenience, operational efficiency, and remote accessibility, making it suitable for applications in smart automation, device management, and connected digital ecosystems.
Adaptive Traffic Control and Mapping Using Unmanned Aerial Vehicle (UAV)
An intelligent traffic management solution that utilizes Unmanned Aerial Vehicles (UAVs) to monitor traffic conditions, collect real-time data, and generate dynamic traffic maps for efficient transportation management. The system enables rapid assessment of traffic congestion, road conditions, and incident locations, supporting informed decision-making by traffic authorities. By integrating aerial surveillance with adaptive traffic control mechanisms, the technology enhances traffic flow, reduces congestion, improves road safety, and supports the development of smart transportation infrastructure.
Automated Fire Identifying and Extinguishing Robot (AFIER)
An intelligent robotic system designed to automatically detect, identify, and extinguish fire incidents with minimal human intervention. Equipped with advanced sensors and autonomous navigation capabilities, the robot can rapidly locate fire sources and initiate appropriate fire suppression measures in hazardous environments. The technology enhances fire safety by enabling quick emergency response, reducing risks to human life, and minimizing property damage. It is well-suited for deployment in industrial facilities, commercial buildings, warehouses, and other high-risk areas.
Virtual Vision System Using Arduino, STM32 Microcontroller, and Raspberry Pi
An intelligent vision-assisted system developed using Arduino, STM32 microcontroller, and Raspberry Pi platforms to capture, process, and interpret visual information in real time. The system integrates sensing, image processing, and embedded computing technologies to enhance environmental awareness and support intelligent decision-making. The technology can be applied in assistive devices, smart surveillance, robotics, and automation systems, enabling improved object detection, navigation, and visual monitoring capabilities. Its scalable architecture provides a cost-effective solution for advanced vision-based applications.
IoT-Based Driver Alertness Monitoring System
An intelligent monitoring system designed to assess and track driver alertness in real time using Internet of Things (IoT) technologies and advanced sensing mechanisms. The system continuously monitors driver behavior and physiological indicators to detect signs of fatigue, drowsiness, or reduced attentiveness during vehicle operation. Real-time alerts and notifications help prevent accidents caused by driver fatigue, enhancing road safety and supporting proactive intervention. The technology is suitable for commercial transportation, fleet management, and smart mobility applications.
SCADA and IoT-Based Residential Water Management System
An integrated water management solution designed for multi-storeyed residential buildings, utilizing SCADA, IoT sensors, and cloud-based technologies to monitor, control, and optimize water distribution in real time. The system enables automated tracking of water consumption, storage levels, flow rates, and leakage detection across the entire facility. Real-time monitoring and data analytics enhance operational efficiency, reduce water wastage, and support informed decision-making through remote access and centralized control. The technology promotes sustainable water resource management and improves the reliability of residential water supply systems.
Virtual Reality Learning and Amusement System Based on Artificial Intelligence (AI) and IoT
An immersive learning and entertainment platform that integrates Virtual Reality (VR), Artificial Intelligence (AI), and Internet of Things (IoT) technologies to deliver interactive and personalized user experiences. The system creates realistic virtual environments that adapt to user behavior and preferences, enhancing engagement in educational and recreational activities. The technology supports experiential learning, skill development, and intelligent content delivery through real-time interaction and data-driven customization. It offers significant applications in education, training, gaming, and digital entertainment.
Autonomous Drone with Rapid Response Surveillance System
An advanced unmanned aerial surveillance platform designed to provide rapid situational awareness and real-time monitoring in critical environments. The autonomous drone is equipped with intelligent navigation, imaging, and communication technologies, enabling swift deployment for surveillance, inspection, and emergency response operations. The system enhances operational efficiency by delivering timely aerial intelligence, supporting security monitoring, disaster management, infrastructure inspection, and public safety applications. Its autonomous capabilities reduce response time and improve decision-making in dynamic scenarios.
Smart Wearable Protection Device
An intelligent wearable safety device designed to provide real-time protection, monitoring, and emergency assistance for individuals in various environments. The system integrates advanced sensors and communication technologies to detect potential risks, monitor user status, and generate instant alerts during emergencies. The technology enhances personal safety and situational awareness, making it suitable for applications such as worker safety, elderly care, personal security, and outdoor activities. Its compact and user-friendly design enables continuous protection and reliable emergency response support.
Smart Trolley with Multiple Selective Compartments
An innovative smart trolley designed with multiple selectively accessible compartments to facilitate organized storage, secure handling, and efficient transportation of goods. The system enables controlled access to individual compartments, improving convenience, inventory management, and operational efficiency. Its intelligent design makes it suitable for applications in healthcare, logistics, retail, hospitality, and industrial environments where systematic segregation and secure movement of materials are essential. The technology enhances user convenience while optimizing storage and delivery operations.
Traffic Baton for Detecting and Tracking Violation Vehicles
An intelligent traffic enforcement device designed to detect, identify, and track vehicles involved in traffic violations through advanced sensing and monitoring technologies. The system assists traffic authorities in real-time surveillance, enabling efficient detection of offenses such as speeding, unauthorized movements, and signal violations. The technology enhances road safety and traffic management by facilitating accurate violation tracking, evidence collection, and enforcement actions. Its portable and user-friendly design supports effective deployment in urban and highway traffic monitoring applications.
Multimodal Interaction Assisted Autonomous Intelligent Virtual Assistant
An advanced AI-powered virtual assistant designed to facilitate seamless human-computer interaction through multiple communication modes, including voice, text, and visual inputs. The system leverages intelligent automation and natural language processing techniques to understand user requests, provide contextual responses, and perform tasks autonomously. The technology enhances user experience by enabling intuitive, personalized, and efficient interactions across various applications such as customer support, healthcare, education, and smart digital services. Its multimodal capabilities ensure greater accessibility, adaptability, and operational efficiency.
Intelligent Switch Using IR Receiver and IR Transmitter
An intelligent switching system that utilizes infrared (IR) receiver and transmitter technology to enable wireless control and automation of electrical devices. The system facilitates convenient remote operation, allowing users to manage connected appliances efficiently without direct physical interaction. The technology enhances energy management, user convenience, and smart automation capabilities in residential, commercial, and industrial environments. Its simple and cost-effective design makes it suitable for integration into modern smart home and building management systems.
Development of Android Chatbot Application Using Artificial Intelligence
An intelligent Android-based chatbot application developed using Artificial Intelligence (AI) technologies to facilitate automated and interactive communication with users. The system utilizes natural language processing and machine learning techniques to understand user queries, provide relevant responses, and deliver personalized assistance in real time. The technology enhances user engagement, improves service accessibility, and supports efficient information delivery across domains such as customer service, education, healthcare, and business operations. Its scalable architecture enables seamless integration with various digital platforms and applications.
Intelligent IoT-Based Smart Home Monitoring System
An advanced home automation and monitoring solution that leverages Internet of Things (IoT) technology to provide real-time surveillance, control, and management of household environments. The system enables remote monitoring of appliances, security systems, and environmental conditions through connected sensors and smart devices. The technology enhances convenience, safety, and energy efficiency by providing intelligent alerts, automated control mechanisms, and seamless access through digital platforms. Its scalable architecture supports the development of secure and connected smart living environments.
CNN-Based IoT Device Tagging System
An intelligent device identification and classification system that utilizes Convolutional Neural Network (CNN) algorithms to automatically recognize, categorize, and tag Internet of Things (IoT) devices within a connected network. The system analyzes device characteristics and communication patterns to enable accurate and efficient device management. The technology enhances network visibility, security, and operational efficiency by facilitating automated device identification and monitoring. Its AI-driven approach supports scalable IoT deployments and contributes to the effective management of smart environments and connected ecosystems.
AI-Based Smart Power Grid Management System with Distributed Energy Resources Integration
An intelligent power management system that leverages Artificial Intelligence (AI) to optimize the operation, monitoring, and control of smart power grids integrated with distributed energy resources such as solar, wind, and energy storage systems. The platform analyzes real-time grid data to enhance energy distribution, demand forecasting, and resource utilization. The technology improves grid reliability, operational efficiency, and sustainability by enabling intelligent decision-making and seamless integration of renewable energy sources. It supports the development of resilient, adaptive, and future-ready energy infrastructure for smart cities and modern power networks.
IoT-Enabled Smart Electrical Meter for Power Reliability Prediction
An intelligent smart metering solution that utilizes Internet of Things (IoT) technology to monitor electrical consumption, grid performance, and power quality in real time. The system collects and analyzes energy data to predict electrical power reliability, identify potential disruptions, and support proactive maintenance of power infrastructure. By enabling continuous monitoring and predictive analytics, the technology enhances energy management, improves grid reliability, and supports informed decision-making for utilities and consumers. It contributes to the development of resilient and efficient smart energy networks.
WCNM-Smart City: Waste Collection and Notification Management System Using IoT
An intelligent waste management solution designed for smart cities that leverages Internet of Things (IoT) technology to monitor waste bin status, optimize collection schedules, and provide real-time notifications to municipal authorities. The system enables efficient tracking of waste levels, reducing overflow incidents and improving sanitation services. By integrating smart sensors, automated alerts, and data-driven analytics, the technology enhances operational efficiency, minimizes collection costs, and promotes cleaner urban environments. It supports sustainable waste management practices and contributes to the development of smart and eco-friendly cities.
Smart HVAC System with Predictive Climate Control and Machine Learning
An intelligent Heating, Ventilation, and Air Conditioning (HVAC) system that utilizes Machine Learning (ML) algorithms and predictive climate control techniques to optimize indoor environmental conditions. The system continuously analyzes occupancy patterns, weather forecasts, and environmental data to automatically adjust temperature, airflow, and energy consumption. By enabling predictive operation and intelligent decision-making, the technology enhances occupant comfort, improves energy efficiency, and reduces operational costs. The solution supports sustainable building management and contributes to the development of smart and energy-efficient infrastructure.
Smart IoT-Based Home Automation System
An intelligent home automation solution that leverages Internet of Things (IoT) technology to enable seamless monitoring and control of household appliances, lighting, security systems, and environmental conditions. The system provides real-time connectivity and remote access, allowing users to manage home operations conveniently through smart devices. By integrating automation, sensing, and communication technologies, the solution enhances comfort, security, energy efficiency, and operational convenience. It supports the development of connected and intelligent living environments tailored to modern smart home requirements.
High-Strength Concrete with Partial Replacement of Coarse Aggregate Using E-Waste
An innovative construction material technology that utilizes processed electronic waste (e-waste) as a partial replacement for conventional coarse aggregates in the production of high-strength concrete. The approach promotes the sustainable utilization of discarded electronic materials while maintaining the structural performance and durability of concrete. The technology helps reduce environmental pollution caused by e-waste disposal, conserves natural aggregate resources, and supports eco-friendly construction practices. It contributes to sustainable infrastructure development through effective waste valorization and resource optimization.
Compact and Handy Sanitary Napkin Incinerator
A compact and portable sanitary waste disposal solution designed for the safe and hygienic incineration of used sanitary napkins. The system efficiently reduces sanitary waste volume through controlled thermal processing, helping maintain cleanliness and prevent environmental contamination. Its user-friendly design makes it suitable for schools, colleges, offices, healthcare facilities, and public restrooms. The technology promotes menstrual hygiene management, improves sanitation standards, and supports environmentally responsible waste disposal practices.
Automatic Sorting Trash Bin
An intelligent waste management system designed to automatically identify, segregate, and sort different types of waste using advanced sensing and classification technologies. The system enables efficient separation of recyclable, biodegradable, and non-recyclable materials, reducing manual effort and improving waste processing efficiency. The technology promotes sustainable waste management by enhancing recycling rates, minimizing landfill disposal, and supporting cleaner environments. Its automated operation makes it suitable for smart cities, public facilities, educational institutions, and commercial establishments.
Floor Drain Trap with Automatic Waste Cleaning System
An innovative drainage solution designed to automatically remove accumulated waste and debris from floor drain traps, ensuring uninterrupted water flow and improved sanitation. The system minimizes clogging, reduces maintenance requirements, and enhances the overall efficiency of drainage infrastructure. Its automated cleaning mechanism promotes hygienic conditions by preventing waste buildup, foul odors, and blockages in residential, commercial, and industrial environments. The technology contributes to improved wastewater management and cleaner living spaces.
Self-Controlled Water Floating Oil Skimmer
A smart environmental remediation system designed to automatically remove oil and other floating contaminants from the surface of water bodies. The self-controlled floating mechanism enables efficient detection, collection, and separation of oil spills, helping to maintain water quality and protect aquatic ecosystems. The technology supports sustainable wastewater treatment and environmental conservation by reducing pollution in industrial, marine, and inland water environments. Its autonomous operation minimizes manual intervention and enhances the effectiveness of oil spill management.
IoT-Based System for Identifying Illegal Waste Disposal
An intelligent monitoring system that utilizes Internet of Things (IoT) technologies to detect, track, and identify instances of unauthorized or illegal waste disposal in real time. The system employs connected sensors, surveillance mechanisms, and automated alerts to monitor waste disposal activities and support effective enforcement measures. The technology enhances environmental protection by enabling timely detection of violations, improving waste management compliance, and assisting authorities in maintaining cleaner and safer public spaces. It supports smart city initiatives through data-driven monitoring and sustainable waste management practices.
WCNM-Smart City: Waste Collection and Notification Management System Using IoT
An intelligent waste management platform designed to optimize waste collection operations in smart cities through the integration of Internet of Things (IoT) technologies. The system continuously monitors waste bin fill levels, collection status, and operational conditions, enabling real-time notifications and efficient route planning for waste collection agencies. By leveraging smart sensors, automated alerts, and data analytics, the technology improves collection efficiency, reduces operational costs, prevents bin overflows, and promotes cleaner urban environments. It supports sustainable waste management practices and enhances the overall effectiveness of smart city infrastructure.
Filament Extruder for 3D Printing and Material Recycling
An innovative manufacturing system designed for the development and fabrication of filament extruders that convert recycled plastic materials into high-quality filaments for 3D printing applications. The technology enables efficient processing and reuse of plastic waste, supporting sustainable and cost-effective additive manufacturing. By facilitating material recycling and local filament production, the system reduces environmental impact, lowers raw material costs, and promotes circular economy practices. It is suitable for educational institutions, research laboratories, makerspaces, and industrial 3D printing applications.
Device for Electricity Generation from Wastewater Treatment
An innovative energy recovery system designed to generate electricity from wastewater treatment processes by harnessing the energy potential of organic waste and treatment by-products. The device converts otherwise wasted energy into usable electrical power, enhancing the sustainability and efficiency of wastewater treatment facilities. The technology supports renewable energy generation, reduces operational energy costs, and promotes environmentally responsible resource utilization. It contributes to sustainable infrastructure development by integrating waste management and clean energy production within a single system.
Leaves Shredder
A robust and efficient machine designed to shred and process fallen leaves into smaller particles for easy handling, composting, and waste management. The system reduces the volume of leaf waste, facilitating faster decomposition and conversion into nutrient-rich organic compost. The technology promotes sustainable waste management practices by minimizing open burning of leaves, reducing environmental pollution, and supporting the production of organic manure for agricultural and landscaping applications.
Underwater Pollution Monitoring System for Protecting Aquatic Ecosystems
An intelligent environmental monitoring system designed to continuously assess water quality and detect pollution levels in underwater environments. The system utilizes advanced sensors and real-time data analysis to monitor critical parameters such as dissolved oxygen, pH, turbidity, temperature, and contaminant concentrations that impact aquatic life. By enabling early detection of pollution and environmental anomalies, the technology helps prevent ecological damage, supports sustainable water resource management, and safeguards aquatic ecosystems from potential hazards. It is suitable for deployment in rivers, lakes, reservoirs, coastal regions, and aquaculture environments.
Heat Treatment Salt Waste as Abrasives in Water Jet Machining
An innovative materials engineering approach that utilizes heat treatment salt waste as a sustainable abrasive material in water jet machining processes. The technology repurposes industrial waste into a value-added resource, enabling efficient material cutting and machining while reducing the environmental burden associated with waste disposal. By promoting the reuse of industrial by-products, the solution supports sustainable manufacturing practices, lowers abrasive material costs, and contributes to circular economy initiatives. The technology offers potential applications across precision machining and advanced manufacturing industries.
Graphene-Based Dome-Shaped Phased Array Antenna for Space Communication
This technology presents a graphene-based dome-shaped phased array antenna designed for high-performance space communication applications. By leveraging the exceptional electrical and thermal properties of graphene, the antenna enables efficient signal transmission, reception, and beam steering capabilities. The dome-shaped phased array architecture provides enhanced coverage, improved signal reliability, and reduced power consumption. It is well-suited for satellites, deep-space missions, spacecraft communication systems, and next-generation aerospace communication networks.
Geopolymer Clinker Aggregate Composition
This technology relates to the development of a geopolymer clinker aggregate composition and its manufacturing process for sustainable construction applications. The composition utilizes alternative binder materials and industrial by-products to produce high-strength aggregates with reduced environmental impact. The process enhances mechanical performance, durability, and resource efficiency while lowering carbon emissions compared to conventional construction materials. It is suitable for use in concrete production, infrastructure development, and eco-friendly building applications.
Biodegradable Paper Substrate-Based Amorphous Bowtie Antenna Structures for Wireless Applications
This technology introduces environmentally sustainable bowtie antenna structures fabricated on biodegradable paper substrates for wireless communication applications. The amorphous antenna design offers efficient signal transmission and reception while reducing the environmental impact associated with conventional electronic materials. The lightweight, low-cost, and flexible architecture makes it suitable for disposable electronics, IoT devices, smart packaging, and short-range wireless systems. The technology promotes sustainable electronics by combining high-performance communication capabilities with eco-friendly materials.
Brightness-Enhancing and Super Water-Repellent Composition for Transparent Films
This technology relates to a specialized composition designed to enhance brightness while imparting super water-repellent properties to transparent films. The formulation improves optical clarity, light transmission, and surface performance, making the films more durable and resistant to moisture accumulation. The resulting transparent films exhibit enhanced visibility, self-cleaning characteristics, and long-term environmental stability. The technology is suitable for applications in display panels, solar cells, optical devices, automotive components, and protective coatings.
Technique for Identifying I–V Linearity in Thermotropic Liquid Crystals
This technology provides a systematic technique for analyzing and identifying current–voltage (I–V) linearity characteristics in thermotropic liquid crystal materials. The method enables accurate evaluation of electrical behavior under varying thermal and operating conditions, supporting material characterization and performance assessment. By facilitating precise measurement and analysis, the technique aids in the development of liquid crystal-based electronic, optical, and display devices. It is valuable for research, quality control, and advanced material engineering applications.
Nanostructured Catalysts for Enhanced Hydrogen Production via Steam Methane Reforming
This technology focuses on the development of nanostructured catalysts to improve the efficiency of hydrogen production through the steam methane reforming process. The advanced catalyst design provides increased surface area, enhanced catalytic activity, and improved resistance to deactivation, resulting in higher hydrogen yields. The technology enables more efficient energy utilization and reduced operational costs while supporting cleaner hydrogen generation. It is applicable in hydrogen production plants, chemical industries, and emerging clean energy systems.
Novel Membrane Technology for Selective Separation of Azeotropic Mixtures in Pharmaceutical Manufacturing
This technology introduces an advanced membrane-based separation process for the selective separation of azeotropic mixtures commonly encountered in pharmaceutical manufacturing. The innovative membrane design enables high separation efficiency while reducing energy consumption compared to conventional distillation methods. The technology enhances solvent recovery, product purity, and process sustainability, leading to improved manufacturing efficiency and cost savings. It is particularly suitable for pharmaceutical production, specialty chemicals, and solvent purification applications.
Self-Healing Concrete Using Microbial-Induced Calcite Precipitation
This technology utilizes microbial-induced calcite precipitation (MICP) to develop self-healing concrete capable of autonomously repairing cracks and microfractures. Specialized microorganisms embedded within the concrete produce calcium carbonate (calcite), which seals cracks when exposed to moisture and suitable environmental conditions. The self-healing mechanism enhances structural durability, reduces maintenance requirements, and extends the service life of concrete structures. The technology is highly beneficial for sustainable infrastructure, buildings, bridges, tunnels, and other civil engineering applications.
Touch-Controlled Concrete Hardness Testing Device
This technology introduces a touch-controlled device for the rapid and accurate assessment of concrete hardness. The system integrates advanced sensing and digital control features, enabling users to perform hardness measurements through an intuitive touch-based interface. The device provides reliable test results, reduces manual errors, and enhances operational efficiency in construction and quality control processes. It is suitable for on-site inspections, civil engineering projects, and material testing laboratories.
Non-Pozzolanic Filler Material for Enhancing the Flexural Strength of Concrete
This technology involves the use of a specially formulated non-pozzolanic filler material to improve the flexural strength and mechanical performance of concrete. The filler enhances particle packing density and microstructural properties, resulting in improved load-bearing capacity and crack resistance. The technology contributes to increased durability, structural reliability, and service life of concrete elements. It is suitable for infrastructure projects, precast concrete products, pavements, and high-performance construction applications.
Machine Learning-Based System for Real-Time Assessment of Corrosion and Material Durability in Civil Structures
This technology provides a machine learning (ML)-driven system for real-time monitoring and assessment of corrosion and material durability in civil infrastructure. By analyzing data from sensors and environmental conditions, the system predicts material degradation, structural health, and potential failure risks with high accuracy. The solution enables proactive maintenance, improved asset management, and enhanced safety of buildings, bridges, and other infrastructure. It supports data-driven decision-making, reducing maintenance costs and extending the service life of civil structures.
Method for Fabricating Flexible Electronic Devices through Multi-Scale Integration of Inorganic Structures
This technology presents an advanced fabrication method for flexible electronic devices by assembling inorganic structures across nano-, micro-, and chip-scale dimensions. The approach enables seamless integration of diverse functional components while maintaining mechanical flexibility, reliability, and high-performance electronic characteristics. The method supports the development of next-generation wearable electronics, flexible sensors, smart displays, and portable electronic systems. It offers enhanced scalability, device miniaturization, and manufacturing versatility for emerging flexible electronics applications.
Natural Fibre Composites with Enhanced Impact Resistance
This technology relates to the development of natural fibre-reinforced composites with improved impact resistance through an optimized material formulation and manufacturing process. The composite combines sustainable natural fibres with suitable matrix materials to achieve enhanced mechanical strength, durability, and energy absorption characteristics. The technology offers an eco-friendly alternative to conventional composite materials while maintaining high performance under impact loading conditions. It is suitable for applications in automotive components, construction materials, consumer products, and lightweight structural systems.
Ultra-Lightweight Natural Fiber Composites for Aerospace Applications
This technology focuses on the development of ultra-lightweight natural fiber composites engineered for aerospace applications. By combining sustainable natural fibers with advanced matrix materials, the composite offers an optimal balance of low weight, mechanical strength, and structural performance. The material contributes to improved fuel efficiency, reduced environmental impact, and enhanced sustainability in aerospace systems. It is suitable for aircraft interior components, lightweight structural parts, unmanned aerial vehicles (UAVs), and next-generation aerospace applications.
Magnetohydrodynamic Heat Transfer Using Water-Based Nanofluids with Soret and Viscous Dissipation Effects
This technology investigates magnetohydrodynamic (MHD) heat transfer characteristics in water-based nanofluids by incorporating Soret (thermal diffusion) and viscous dissipation effects. The approach enhances the understanding of fluid flow, heat transfer, and mass transport behavior under the influence of magnetic fields and nanoparticle interactions. The technology enables improved thermal management and energy transfer efficiency in advanced engineering systems. It has potential applications in heat exchangers, cooling systems, energy devices, aerospace technologies, and industrial thermal processes.
Virtual Reality Learning and Amusement System Based on Artificial Intelligence (AI) and IoT
An immersive digital platform that combines Virtual Reality (VR), Artificial Intelligence (AI), and Internet of Things (IoT) technologies to deliver interactive learning and entertainment experiences. The system creates intelligent virtual environments that adapt to user preferences, enabling personalized education, skill development, and engaging recreational activities. By integrating real-time data, intelligent content delivery, and immersive visualization, the technology enhances user engagement, improves learning outcomes, and provides innovative entertainment experiences. It has applications in education, training, gaming, and smart digital learning ecosystems
Vocal Training System with Voice and Facial Expression Analysis
An intelligent training platform designed to enhance vocal performance by analyzing voice characteristics and facial expressions using advanced artificial intelligence techniques. The system provides personalized feedback and recommendations, helping individuals improve speech delivery, vocal modulation, communication skills, and expressive performance. By integrating voice analytics and facial expression recognition, the technology supports effective training for public speaking, singing, language learning, and professional communication. It enables a more interactive and personalized learning experience, leading to improved confidence and performance outcomes.
Interactive Gaming System with Haptic Racket for Immersive Reality Experience
An innovative interactive gaming platform that combines haptic feedback technology with a smart racket to deliver an immersive and realistic gaming experience. The system simulates physical sensations and real-world interactions, enabling users to experience enhanced engagement and responsiveness during gameplay. By integrating motion tracking, sensory feedback, and interactive gaming environments, the technology provides a highly engaging recreational experience while improving coordination, reflexes, and user participation. It is well-suited for gaming, sports simulation, and next-generation entertainment applications.
AI-Based Higher Education Course Selection System
An intelligent decision-support system that utilizes Artificial Intelligence (AI) to assist students in selecting suitable higher education courses based on their academic performance, interests, skills, career aspirations, and aptitude. The system analyzes multiple factors and provides personalized course recommendations to support informed educational planning. By leveraging data-driven insights and predictive analytics, the technology helps students make well-informed career decisions, enhances educational guidance, and improves alignment between academic choices and future career opportunities.
Intelligent Humanoid Robot for Advanced Human-Like Interaction
An intelligent humanoid robot is an advanced robotic system designed with a human-like structure, including a torso, two arms, two hands, a neck, and a head integrated with a central logic system. It combines artificial intelligence, sensors, and actuators to perform tasks requiring perception, decision-making, and interaction. Such robots are capable of mimicking human movements and behaviors, enabling them to operate in environments designed for humans. They are widely used in research, industrial automation, healthcare assistance, and service applications
Method and System for Automated Language Learning and Proficiency Assessment
This technology provides an AI-enabled platform for automated language learning combined with real-time proficiency assessment. It enables users to improve language skills through interactive learning modules, adaptive content, and personalized feedback. The system evaluates speaking, listening, reading, and writing skills using intelligent algorithms to measure proficiency levels accurately. It supports continuous learning by identifying strengths and areas for improvement, ensuring effective skill development.
GAN-Assisted Mathematical Framework for Text-Driven Artistic Style Transfer
This technology leverages Generative Adversarial Networks (GANs) combined with a mathematical framework to enable artistic style transfer guided by textual input. It converts descriptive language into visually coherent artistic styles, allowing automated generation of customized artwork. The system learns complex style representations and applies them to images while preserving structural integrity. It has applications in digital art creation, creative design automation, media production, and human-computer creative interaction
Small-Scale Wind Turbine for Household Power Generation
This technology presents a compact wind turbine designed to generate renewable electricity for household appliances. The system converts wind energy into electrical power, providing a sustainable and cost-effective energy source for residential applications. Its lightweight and efficient design enables installation in homes and small buildings, helping to reduce dependence on conventional power sources. The technology supports clean energy generation, energy savings, and enhanced energy security for domestic users.
Pedal-Powered Washing Machine
This technology introduces a human-powered washing machine that operates through a pedal-driven mechanism, eliminating the need for electricity during the washing process. The system converts mechanical energy generated by pedaling into rotational motion for effective cleaning of clothes. Its eco-friendly and cost-effective design makes it suitable for rural areas, off-grid locations, and regions with limited access to electricity. The technology promotes sustainable living by reducing energy consumption while providing an efficient laundry solution.
Wireless Power Transmission: A Next-Generation Power Delivery System
This technology enables the transmission of electrical power without the need for physical wires, using advanced electromagnetic or resonant coupling techniques. It provides a safe, efficient, and convenient method for delivering energy to electronic devices, equipment, and infrastructure systems. The technology reduces dependency on conventional wired networks, enhances mobility, and simplifies power distribution. It has potential applications in consumer electronics, electric vehicle charging, industrial automation, medical devices, and smart city infrastructure.
Multi-Directional Wind Energy Converter
This technology introduces an innovative wind energy conversion system capable of capturing wind from multiple directions without requiring continuous reorientation. The design maximizes energy harvesting efficiency by utilizing airflow from varying wind patterns and directions. The system enhances power generation reliability, particularly in environments with fluctuating wind conditions. It is suitable for residential, commercial, and decentralized renewable energy applications, contributing to sustainable and efficient clean energy production.
Double-Glazing V-Trough Thermosyphon Solar Water Heater with Horizontal Wing-Cut Twisted Tape
This technology presents an advanced thermosyphon solar water heating system incorporating double glazing, a V-trough solar concentrator, and horizontal wing-cut twisted tape inserts to enhance thermal performance. The integrated design improves solar energy absorption and heat transfer efficiency, resulting in higher water heating rates. The system operates without external power for fluid circulation, making it energy-efficient and environmentally friendly. It is suitable for residential, commercial, and industrial water heating applications, offering improved thermal efficiency and reduced energy consumption.
3D Printer with Integrated Filament Detection System
This technology introduces a 3D printing system equipped with an intelligent filament detection mechanism to monitor filament availability and continuity during printing operations. The system automatically detects filament depletion, breakage, or feeding issues and provides timely alerts or corrective actions to prevent print failures. By enhancing process reliability and reducing material wastage, the technology improves print quality and operational efficiency. It is suitable for industrial prototyping, educational institutions, research laboratories, and advanced manufacturing applications.
Rollover Prevention and Battery Pre-Heating System for Electric Vehicles
This technology presents an integrated system for enhancing the safety and performance of electric vehicles through rollover prevention and battery pre-heating functionalities. The rollover prevention mechanism continuously monitors vehicle dynamics and provides corrective measures to improve stability during critical driving conditions. The battery pre-heating system optimizes battery temperature before operation, improving efficiency, charging performance, and vehicle range in cold environments. The combined solution enhances vehicle safety, reliability, and overall operational performance for next-generation electric mobility applications.
Solar Desalination Plant
This technology utilizes solar energy to convert saline or brackish water into clean, potable water through an environmentally sustainable desalination process. By harnessing renewable solar power, the system reduces dependence on conventional energy sources and lowers operational costs. The plant provides an efficient solution for freshwater production in water-scarce and coastal regions. It is suitable for rural communities, disaster relief operations, industrial applications, and sustainable water management initiatives.
Advanced Earthquake-Resistant Building Design Using Shape Memory Alloys
This technology incorporates shape memory alloys (SMAs) into structural building systems to enhance earthquake resistance and improve post-seismic recovery. The unique properties of SMAs enable structures to absorb seismic energy, reduce structural damage, and return to their original shape after deformation. The design improves building resilience, occupant safety, and structural longevity during seismic events. It is suitable for residential, commercial, and critical infrastructure projects in earthquake-prone regions, supporting the development of safer and more sustainable built environments.
Intelligent Collision Detection System for Vehicle Acceleration, Velocity Monitoring, and User Alerting
This technology provides an intelligent collision detection system that continuously monitors vehicle acceleration and velocity to identify potential collision risks in real time. Using advanced sensing, data processing, and predictive algorithms, the system detects hazardous situations and evaluates the likelihood of impact. Upon detecting a potential collision, the system automatically alerts surrounding users and vehicles through timely warning mechanisms, enhancing road safety and accident prevention. It is suitable for integration into intelligent transportation systems, connected vehicles, and advanced driver assistance systems (ADAS).
Efficient Wind Turbine Blades with Adaptive Twist Mechanism
This technology introduces advanced wind turbine blades equipped with an adaptive twist mechanism that automatically adjusts blade orientation in response to changing wind conditions. The adaptive design optimizes aerodynamic performance, enabling improved energy capture and enhanced operational efficiency across a wide range of wind speeds. The system reduces mechanical stress on turbine components, increases power generation efficiency, and extends equipment lifespan. It is suitable for both small-scale and utility-scale wind energy systems, supporting reliable and sustainable renewable energy production.
Electric Scooter for Persons with Disabilities
This technology presents an electric scooter specifically designed to enhance mobility and independence for persons with disabilities. The scooter incorporates user-friendly controls, ergonomic seating, and safety features to provide comfortable and reliable transportation for daily activities. Its battery-powered operation ensures efficient and eco-friendly mobility while reducing physical effort. The technology supports accessible transportation, improved quality of life, and greater social inclusion for individuals with mobility challenges.
Door-Mounted Refrigerator
This technology introduces an innovative refrigerator design with integrated storage and cooling features mounted within or on the refrigerator door. The configuration optimizes space utilization, improves accessibility to frequently used items, and enhances overall storage efficiency. The design supports effective temperature management while reducing the need to open the main compartment, thereby minimizing energy loss. It is suitable for residential and commercial refrigeration applications, offering improved convenience and energy efficiency.
Energy-Efficient Cooking Stove
This technology presents an advanced cooking stove designed to provide efficient and reliable heat generation for domestic and commercial cooking applications. The stove incorporates an optimized combustion and heat transfer mechanism to improve fuel utilization and cooking performance. The design enhances energy efficiency, reduces fuel consumption, and minimizes emissions, contributing to a cleaner and more sustainable cooking environment. It is suitable for households, community kitchens, and food service establishments.
Power Generation Device Using Spiral Torsion Spring During Door Opening and Closing
This technology introduces an innovative energy harvesting device that generates electrical power from the mechanical motion produced during the opening and closing of doors. The system utilizes a spiral torsion spring mechanism to capture and store mechanical energy, which is subsequently converted into usable electrical energy. The device enables sustainable micro-power generation without requiring an external energy source. It is suitable for powering low-energy devices such as sensors, LED lighting, and smart building systems, contributing to energy-efficient and self-powered infrastructure solutions.