The Aravalli Range, one of the world’s oldest mountain systems, is undergoing rapid and largely unnoticed degradation due to illegal mining, hill cutting, urban expansion, and infrastructure development. This silent dismantling has severe ecological consequences, including groundwater depletion, loss of biodiversity, increased air pollution, and accelerated desertification in surrounding regions. The degradation of the Aravallis weakens natural barriers that regulate climate and prevent the eastward spread of the Thar Desert. This study highlights the causes, environmental impacts, and long-term risks associated with Aravalli destruction, emphasizing the urgent need for stricter regulation, technological monitoring, and sustainable land-use planning to protect this fragile ecosystem.

The project presents ImmuniFusion, a natural, herbal immunity-boosting formulation designed to strengthen the body’s defense system through a synergistic blend of antioxidant-rich ingredients. The mixture includes turmeric, ginger, berries, leafy greens, nuts, cardamom, garlic, and honey—each chosen for its scientifically recognized immune-supportive, anti-inflammatory, and anti-carcinogenic properties. The formulation emphasizes purity, avoiding preservatives and artificial additives, and focuses on whole-ingredient processing to retain fiber and micronutrients. The project highlights its comprehensive health benefits, cost-effectiveness, and distinctions from market products, while also outlining its preparation procedure, work plan, and practical usage recommendations.

The study aims to develop a herbal mouthwash using medicinal plants with antimicrobial, anti-inflammatory, and antioxidant properties. Selected herbal extracts were combined to enhance oral hygiene, reduce plaque, and prevent gum diseases. The formulation was evaluated for pH, stability, and antimicrobial activity against common oral pathogens. This natural mouthwash provides a safe and effective alternative to synthetic chemical-based products.

The present study focuses on the formulation of a memory-boosting powder derived from selected herbal products traditionally known for their cognitive benefits. The formulation integrates standardized extracts with proven neuroprotective and antioxidant properties. Physicochemical and nutritional parameters were evaluated to ensure stability and efficacy. This herbal blend aims to provide a safe, natural, and cost-effective supplement for enhancing memory and cognitive performance.

This project investigates wastewater treatment using microalgae integrated with green-synthesised nanocatalyst, focusing on key parameters such as COD, BOD, pH, TDS, colour, and odour. Microalgae contribute to nutrient uptake and organic matter removal, while eco-friendly nanocatalyst enhance pollutant degradation. The combined treatment shows significant reduction in COD, BOD, TDS, colour, and odour with stabilization of pH. This approach demonstrates an effective and sustainable solution for wastewater treatment.

This project develops an organic soil conditioner made from natural compost, bio fertilizers, and ecofriendly materials. It improves soil fertility, enhances water retention, and promotes healthy root growth without harmful chemicals. Farmers and gardeners benefit from sustainable crop yields and reduced dependency on synthetic inputs. The conditioner also restores soil biodiversity, making agriculture more resilient to climate change. By encouraging ecofriendly practices, the project supports long term environmental balance and healthier food production for communities.

This start-up project focuses on the production of organic wellness products using Moringa powder, a nutrient-rich natural ingredient. The project aims to develop healthy, chemical-free products that support immunity, nutrition, and overall well-being. By combining traditional herbal knowledge with modern processing and packaging methods, the model demonstrates how Moringa can be converted into a market-ready organic product. The project highlights product development, cost feasibility, and sustainable entrepreneurship in the growing organic health industry.

The Government vs. Private vs. Self-Employment Aptitude Test is a structured assessment tool designed to help individuals understand which career path best aligns with their personality traits, work preferences, and strengths. Through a targeted questionnaire, the system evaluates attributes such as stability preference, risk-taking ability, pressure-handling capacity, creativity, and decision-making style. Based on predefined scoring logic, the tool classifies users into one of three categories—Government Job Aptitude, Private Job Aptitude, or Self-Employment Aptitude—offering valuable insights into suitable career directions. This model supports students in making informed career choices and enhances Training & Placement guidance

Road Guard Sensor System is a smart project that uses sensors and mathematical formulas to measure the weight of vehicles and detect overloading. The sensor reads the load, and maths calculations convert it into accurate weight. If the weight crosses the safe limit, the system gives an alert, helping prevent road damage and increase road safety

This project demonstrates the generation of electricity from waste through a controlled waste-burning process. Instead of allowing waste to pollute the environment, the model converts the heat energy produced during combustion into electrical energy using a basic power generation mechanism. The project highlights how waste can be transformed into a useful energy resource, promoting sustainable waste management and alternative energy solutions. It presents a practical approach to reducing waste volume while simultaneously addressing energy demand

LocalMart is a comprehensive web-based platform designed to bridge the digital divide for local neighborhood retailers. In an era dominated by global e-commerce giants, small shopkeepers often struggle with visibility and inventory management. LocalMart empowers these vendors by providing them with a digital storefront to showcase products, manage inventory, and connect directly with local residents. The platform features an intuitive interface for both customers and shopkeepers, integrating advanced technologies to enhance the shopping experience. Key functionalities include a real-time product catalog, secure user authentication, an interactive dashboard for vendors, and a "Stories" feature for daily updates. By fostering a direct link between local supply and demand, LocalMart aims to revitalize the local economy and provide a convenient, trusted shopping alternative for communities.

CyGuard is a browser-based fraud-detection system designed to analyze emails in real-time and identify phishing attempts, scam patterns, suspicious links, and fraudulent sender information. The extension reads email content directly on the user’s device, ensuring privacy and eliminating the need for login or data sharing. Using AI-based fraud scoring, domain verification, URL safety checks, and behavioral pattern analysis, CyGuard predicts the probability of an email being fraudulent and provides clear warnings. The project focuses on accuracy, privacy, and practical usability.

GestroBot is an intelligent robot designed to respond to multiple human input modes including gestures, mobile commands, and voice instructions. Using Arduino as the control unit, the robot integrates Bluetooth communication and Python-based computer vision to interpret hand, face, and leg movements. The goal is to build a versatile control system that enables hands-free, real-time interaction between humans and machines. This system provides an efficient, non-contact method of robot operation, expanding its usability in various real-world scenarios such as healthcare, surveillance, and remote automation.

CarePulse is an innovative, AI-driven family health monitoring system designed to bridge the critical healthcare gaps prevalent in rural and semi-urban regions. According to the insights presented in the project documentation, many families in villages do not engage in regular medical check-ups, fail to maintain historical health records, and often ignore hereditary or genetic health risks. This results in delayed diagnosis, lack of early disease detection, and limited access to medical professionals, which can lead to severe health outcomes.

The proposed system introduces a unified Family Account Model where all members of a household can log in via individual email IDs but remain connected through a single secure family profile. The platform automatically stores, organizes, and compares uploaded medical reports, enabling trend analysis between past and present health data. A built-in AI engine processes medical values extracted through OCR from laboratory reports and predicts disease probabilities by analyzing lifestyle patterns, genetic risk factors, and historical medical parameters. This predictive approach offers users early warnings, actionable insights, and AI-generated suggestions regarding potential disease risks.

CarePulse further enhances accessibility by providing doctor recommendations, telemedicine support, and critical emergency alerts if severe or abnormal health parameters are detected. The solution is designed to support rural healthcare by offering a simple user interface, local language compatibility, and the potential to integrate with government systems such as Ayushman Bharat and ABHA ID. Its future scope includes integration, AI diet recommendations. As a whole, CarePulse contributes significantly to the vision of Digital India and Smart Healthcare by strengthening preventive care, promoting family health awareness, and enabling early diagnosis at the community level.

Fake news has become a major problem on digital platforms, influencing public opinions and spreading misinformation at high speed. This project presents an Al-based system that automatically detects fake news using Machine Learning and Natural Language Processing (NLP). The model analyzes text patterns, linguistic features, and credibility indicators to classify news as real or fake. A custom-trained dataset and classification
algorithms such as Logistic Regression, Random Forest, and deep learning approaches enhance the system's accuracy. The solution can be implemented as a web or mobile application where users can verify news instantly. This project contributes to promoting digital safety, reducing misinformation, and supporting responsible information sharing.

Crop diseases are a major cause of agricultural losses, often detected only when they are widespread and costly to control. Manual inspection methods are time-consuming, inaccurate, and require expert knowledge. To solve this, we propose an AI-powered disease detection system that provides more than just classification. The system identifies whether crops are diseased, evaluates the severity and stage of infection, and works entirely offline on edge devices. It gives instant voice alerts in vernacular languages and also accepts voice commands, allowing farmers to operate the system hands-free. An early warning feature predicts the potential spread of infections to nearby crops, enabling timely preventive action. Additionally, the system maintains automated data logs, generating valuable datasets for farmers, researchers, and policymakers.

TaskAura is a smart productivity and habit-building application designed to help students and professionals manage time efficiently and stay organized. It includes six key features—To-Do, Calendar, Clock, Techniques, AI Buddy, and Growth Analytics. Users can create tasks and habits with reminders and scheduling through the To-Do module, and the Calendar provides color-coded planning with a built-in productivity chart for tracking daily progress. The Clock feature includes an alarm, timer, and stopwatch to support routines like studying, workouts, or focus sessions. The Techniques section offers proven productivity and mental wellness methods to help users work more effectively.
One of TaskAura’s most innovative features is the AI Buddy, which provides personalized suggestions, motivation, and planning support based on user behavior. The Growth Analytics module displays weekly, monthly, and yearly progress using visual charts to help users monitor improvement and stay consistent. By combining intelligent guidance, practical productivity tools, and clear progress tracking, TaskAura supports better planning, reduces procrastination, and helps users build long-term discipline and balance.

ResolveX is an intelligent, web-based complaint management platform designed to streamline how users submit, track, and resolve issues within organizations, communities, or institutions. The system aims to eliminate the inefficiencies of traditional complaint handling by introducing a modern, transparent, and user-friendly interface backed by real-time monitoring and automated workflows.
ResolveX allows users to register complaints effortlessly, upload supporting evidence, and track the progress of every submission through a dynamic status system. Administrators gain access to a powerful dashboard that centralizes complaint data, enabling faster decision-making, prioritization, and accountability. The platform integrates features such as automated notifications, categorization, analytics, and role-based access to ensure clarity and efficiency across all stakeholders.
By combining clean UI/UX design, smart automation, and robust problem-resolution workflows, ResolveX enhances communication, increases transparency, and significantly improves user satisfaction. It serves as a scalable, modern solution suitable for educational institutions, corporate environments, government departments, and community service systems.

This project presents an innovative IoT-based earthquake survival bed designed to protect individuals during sudden seismic events. The system uses vibration and sensors to detect early tremors and automatically activates a protective steel canopy around the user. The bed functions as a mini survival capsule equipped with emergency lighting, oxygen supply, water, food storage, and ventilation, allowing a person to stay safe for 3–4 days until rescue arrives.This project aims to reduce fatalities caused by collapsing buildings and provide a reliable, self-contained, life-saving structure for earthquake-prone regions.

Long checkout queues in retail stores are a significant source of public inconvenience. This project introduces a novel prototype for an automated retail system designed to eliminate these queues. Unlike traditional "smart cart" systems, our approach makes the product itself smart. Each product is embedded with an IoT-enabled ESP32 microcontroller and an RFID scanner. When a customer picks up the product, it identifies them via their personal RFID tag and wirelessly transmits the data to a central server, automatically updating their virtual cart. This decentralized architecture enables a seamless "Grab-and-Go" experience, significantly reducing shopping time and operational costs for retailers.

This project presents a Low-cost Air Quality Analyser + Cleaner built using an ESP32 microcontroller, integrating multiple environmental sensors for real-time monitoring and automated safety control. The system measures temperature, humidity, and detects harmful gases using the MQ-2 sensor, while also identifying potential fire hazards via a flame sensor. The ESP32 hosts a local web server that delivers sensor readings in JSON format, enabling seamless integration with external dashboards or mobile interfaces.
When the air quality drops, the system automatically activates an air purifier using a relay module, and in the presence of fire indicators, it triggers a buzzer alarm. The project aims to provide an efficient, low-cost, IoT-enabled safety solution for households and small indoor environments. Additionally, in case of any issue, a standalone website can be hosted directly through the ESP32.

Skill Swap is a web-based knowledge-exchange platform that allows individuals to share and learn skills without any monetary transactions. Users can create detailed profiles, list the skills they can teach, and specify the skills they want to acquire. The platform uses an intelligent matching algorithm to connect users whose learning goals complement each other, ensuring efficient and meaningful exchanges. It also features a dedicated real-time chat system that enables learners and mentors to communicate instantly, discuss requirements, and plan sessions smoothly. Additionally, the platform supports secure authentication, structured session scheduling, and progress tracking. The goal of Skill Swap is to foster collaborative learning, promote community-driven skill development, and make knowledge accessible, affordable, and interactive for everyone.

The SignSpeak AI project is a real-time sign language recognition system designed to translate hand gestures into understandable text. Using a webcam-based input, the system captures hand movements and processes them through MediaPipe for landmark detection and a CNN model for gesture classification. The backend, developed with Python and Flask, handles prediction, while the frontend built with HTML, CSS, and JavaScript provides a simple and interactive user interface. The system supports alphabet gestures and basic signs with reliable accuracy. Although 80% complete, the project requires further dataset expansion and UI/UX improvements. Overall, it provides an efficient, low-cost solution to support communication for hearing-impaired individuals.
Abstract: The SignSpeak AI project is an intelligent real-time sign language recognition system designed to bridge the communication gap between hearing-impaired individuals and the general population. The system captures live hand gestures through a webcam and processes them using computer vision and deep learning techniques. By utilizing OpenCV for image preprocessing, MediaPipe for hand landmark detection, and a custom-trained Convolutional Neural Network (CNN) model for gesture classification, the system accurately identifies alphabets, numbers, and basic sign gestures. A Flask-based backend handles model inference while the frontend, built with HTML, CSS, and JavaScript, provides an intuitive user interface that displays predictions instantly.

This project presents a smart waste segregation system using Arduino UNO. It automatically separates dry and wet waste with the help of sensors. The ultrasonic sensor checks the bin level and prevents overflow, while the soil moisture sensor identifies whether the waste is dry or wet. Based on the sensor inputs, the servo motor directs the waste into the correct compartment. This model is low-cost, eco-friendly, and suitable for schools, homes, and smart city environments. It encourages recycling, composting, and reduces manual waste handling while improving cleanliness and efficient waste management.

CrimeVision is a machine learning-based system developed to classify, analyse, and predict crime patterns using historical crime data from Bhavnagar city. The system examines spatial and temporal crime trends to identify high-risk areas and forecast future crime occurrences. By transforming raw crime data into actionable insights, CrimeVision assists law enforcement agencies in proactive policing, efficient resource allocation, and evidence-based policy planning, contributing to safer and smarter urban environments.

FraudShield is an intelligent fraud detection system designed to identify fraudulent financial transactions using an optimized XGBoost classification model. The system employs Simulated Annealing, a metaheuristic optimization technique, to fine-tune XGBoost hyperparameters for improved accuracy and robustness. By addressing challenges such as class imbalance and evolving fraud patterns, the model effectively reduces false positives while maintaining high detection rates. This approach enhances real-time fraud monitoring and supports secure digital financial operations across banking and online payment platforms.

AeroSens is a real-time predictive maintenance platform designed to monitor and forecast the health of turbofan aircraft engines using NASA’s CMAPSS dataset. The system integrates an NGBoost-based machine learning model with a FastAPI backend to generate probabilistic Remaining Useful Life (RUL) predictions along with uncertainty bounds. Engine health data and degradation trends are visualized through a modern React-based glassmorphic dashboard featuring live telemetry, interactive charts, and 3D engine models. This approach enables condition-based maintenance, reduces unexpected failures, and enhances aviation safety by providing interpretable and uncertainty-aware prognostic insights.

Farmer Buddy is an AI-powered platform that connects local farmers with nearby buyers and small businesses through intelligent matchmaking. It analyzes crop
availability, market demand, and buyer preferences to recommend optimal producer–buyer pairs and timing. The system delivers dynamic pricing suggestions,
sales trend predictions, and optimized delivery planning to reduce costs, delays, and post-harvest waste. By minimizing middlemen, it enables fair pricing and higher
farmer margins while ensuring buyers get fresh, locally sourced produce. A transparent marketplace expands farmers’ reach and strengthens local economies. Prioritizing practical AI, Farmer Buddy turns fragmented local supply and demand into a resilient, efficient, and equitable farm-to-neighborhood value chain.

Farmer Buddy is an AI-powered platform that connects local farmers with nearby buyers and small businesses through intelligent matchmaking. It analyzes crop
availability, market demand, and buyer preferences to recommend optimal producer–buyer pairs and timing. The system delivers dynamic pricing suggestions,
sales trend predictions, and optimized delivery planning to reduce costs, delays, and post-harvest waste. By minimizing middlemen, it enables fair pricing and higher
farmer margins while ensuring buyers get fresh, locally sourced produce. A transparent marketplace expands farmers’ reach and strengthens local economies.
Prioritizing practical AI, Farmer Buddy turns fragmented local supply and demand into a resilient, efficient, and equitable farm-to-neighborhood value chain.

Offline Wiki is a fully offline educational ecosystem created for schools and communities with poor or zero internet connectivity. It provides structured NCERT content (Classes 1–12), reference books, and essential rural-learning resources such as agriculture modules (to be developed), medical awareness material, and India-specific government scheme information (to be designed). All content is accessible through a local hotspot server using a phone, desktop, or Raspberry Pi—without requiring internet. Teachers can also upload their own PDFs, making the system dynamic and adaptable to classroom needs. Offline Wiki empowers rural students, reduces dependency on connectivity, and ensures inclusive, equitable digital education for all.
In the long-term vision, Offline Wiki can evolve into a dedicated, low-cost educational device—similar to a Kindle—designed specifically for Indian students, enabling distraction-free study, lightweight school bags, and reliable offline access to a complete digital library.

Seribro is a localized freelancing platform developed to bridge the gap between Bhavnagar’s IT students and local companies. While companies often require quick, affordable help for small tasks such as logo design, website updates, or content creation, they lack a trusted system to identify reliable talent. At the same time, students possess technical skills but rarely find real project opportunities to gain experience, build portfolios, and earn income. Seribro solves this dual problem by providing a verified, secure, and structured digital environment where companies hire students for short-term tasks. The platform features a complete profile verification system, ensuring authenticity through college IDs, project proofs, resumes, and certificates. Companies also undergo verification through OTP, documents, and business details. A robust workflow supports project posting, student proposals, selection, communication, file submission, revisions, approval, payments via escrow, and mutual ratings. Seribro includes advanced middleware, algorithms for skill matching, project authenticity checks, real-time messaging, and payment security.

Dukan Wala is a hyperlocal marketplace and delivery platform designed to bridge the gap between local stores and nearby customers through a unified digital ecosystem. The platform enables users to browse products, place orders, and receive fast deliveries from neighborhood grocery and general stores. It integrates three major stakeholders—customers, shop owners, and delivery riders—into a single Flutter-based mobile application.

The system provides location-based store discovery, real-time order tracking, and efficient routing using open-source mapping technologies. Vendors can manage inventory, update prices, handle orders, and monitor earnings, while riders receive optimized pickup and delivery tasks. The admin panel offers full control over categories, commissions, products, shops, riders, and promotional content.

Built using Flutter, Firebase Authentication, Firestore Database, and Supabase Storage, the platform ensures scalability, low operational cost, and cross-platform compatibility. Dukan Wala empowers local businesses by digitizing their operations and provides customers with a faster, more reliable, and cost-effective delivery experience.

Rentify is an online platform that connects students, tenants, and property owners through a secure, transparent, and efficient rental system. With verified listings, real-time chat, online booking, and secure payments, it eliminates the traditional hassles of renting. Users can explore properties using smart filters, bmaps, and detailed amenities. Owners can manage bookings, availability, and earnings through their dashboard, while admins verify users and keep the system
safe. Designed to simplify the rental experience, Rentify offers reliability, accessibility, and speed.

This project delivers an end-to-end automated analytics platform capable of ingesting raw data, cleaning it, processing natural-language queries, running multi-layer analytics, generating dashboards, and producing automated reports. The system integrates a secure NLP engine for English-to-SQL conversion, a four-layer analytics engine (descriptive, diagnostic, predictive, prescriptive), and a complete visualization module. It is designed with enterprise-grade architecture including FastAPI backend, React/Streamlit frontend, scalable pipelines, and role-based security. By automating data quality checks, analysis, and reporting, the system significantly reduces manual effort and improves decision-making accuracy for businesses, researchers, and academic users. The platform demonstrates real-world applicability by enabling non-technical users to derive insights from complex datasets.

The Emotional Intelligent Bot is an interactive AI-driven system designed to recognize, express, and physically portray human-like emotions. The project integrates a conversational AI model capable of generating emotional responses with a physical hardware system built using Arduino. The AI module analyzes user inputs, determines the appropriate emotional state, and produces both verbal and text-based responses. These emotional states are then translated into physical expressions through servo motors, LEDs, and mechanical movements controlled by the Arduino microcontroller. The system aims to create a more natural and engaging interaction between humans and machines by combining artificial intelligence with expressive robotics. This project demonstrates practical applications in education, therapy, assistive technology, and social robotics, highlighting the potential of emotionally aware machines in improving human–computer interaction.

This project focuses on the design and development of a custom-built 3D printer using the Fused Deposition Modeling (FDM) technique. The main objective is to create a cost- effective, reliable, and efficient 3D printing system suitable for educational, prototyping, and small-scale manufacturing purposes. The printer is capable of converting digital 3D models created in CAD software into physical objects by depositing layer-by-layer molten filament material such as PLA or ABS. The system integrates mechanical components like stepper motors, belts, threaded rods, and a heated bed along with electronic components such as a microcontroller, motor drivers, and temperature sensors. The designed 3D printer provides stable performance, good printing accuracy, and an easy-to-use interface. This project demonstrates practical knowledge of mechanics, electronics, and software integration.

Smart AutoSpray 2.0 is an advanced automatic spraying system designed to optimize plant care and reduce manual effort in agricultural and gardening environments. The system intelligently monitors plant presence, soil moisture levels, and climate conditions using various sensors. Based on these real-time readings, it automatically activates spraying only when it is truly required, preventing over-spraying and conserving water and chemicals. This selective spraying process helps in maintaining plant health, improving growth, and reducing resource wastage. In addition, the system enhances human safety by avoiding direct contact with harmful chemicals and ensuring that spraying occurs only in safe conditions. Smart AutoSpray 2.0 provides an efficient, reliable, and eco-friendly solution that supports modern precision agriculture and smart farming practices.
 

The Smart Attendance System using Facial Recognition is a web-based solution developed using HTML, CSS, and JavaScript. It integrates a pre-trained facial recognition model that runs directly in the browser to detect and recognize faces in real time. Once a student’s face is recognized, their attendance is automatically recorded and saved in the system database. This method removes manual efforts, reduces human errors, and prevents proxy attendance. The system provides a fast, contactless, and secure attendance experience suitable for academic institutions. The project requires no external software installation and works smoothly on a standard laptop with a camera.

StellarSense VR is an innovative virtual reality-based educational platform designed to revolutionize the way space science is taught and experienced. The project integrates immersive VR technology with interactive mission-based learning to provide students, educators, and space enthusiasts with realistic space exploration experiences. Using Unity-based simulations, users can navigate environments like the solar system and participate in missions such as “Landing on Mars.” Unlike conventional theoretical learning, StellarSense VR promotes engagement, curiosity, and conceptual understanding through experiential and hands-on learning. Future enhancements include multiplayer missions, haptic suit integration, and accessibility via educational institutions, museums, and VR arcades, making space education affordable, scalable, and impactful across india.

The V-Wind project focuses on developing a compact Vertical Axis Wind Turbine (VAWT) capable of generating electrical power from low-speed and multidirectional wind. The design operates efficiently in urban and semi-urban environments where wind

flow is inconsistent. The system includes a vertical turbine, generator, and power conditioning unit to convert mechanical energy into usable electrical energy. The project aims to create a low-cost, reliable, and eco-friendly solution for small-scale renewable energy generation. 

Application: 

● Small home/office power 

● Street or garden lights 

● Rural/remote area supply 

● Charging small devices 

● Rooftop installation 

The Remote Divi Lamp is a modern, energy-efficient lighting device designed to replace traditional diyas with a safer and more convenient alternative. The lamp can be operated wirelessly using a remote, allowing users to turn it ON/OFF or adjust lighting modes from a distance. This system enhances ease of use, safety, and decorative appeal, making it ideal for homes, temples, and festive occasions. 

Application: 

1. Home Decoration 

2. Temples and Prayer Areas 

3. Festivals and Celebrations 

4. Energy-Efficient Lighting 

The Smart Blind Stick is a low-cost assistive device designed to help visually impaired individuals navigate safely. It uses ultrasonic sensors to detect obstacles and alerts the user through vibration or buzzer signals.

The system improves mobility, reduces accidents, and offers greater independence. Its simple, portable design makes it suitable for daily use. Application: 

1. Navigation Assistance 

2. Obstacle Detection 

3. Safety Alerts 

4. Emergency Support (GPS + GSM Models) 

5. Indoor and Outdoor Mobility 

6. Replacement for Traditional White Cane

Industrial Multimeters can measure any voltage and current as per our requirement. It can find any faulty parts/circuit from any household appliances. It’s useful for Electrical service providers as well as electrical technicians .We can make it portable and compact. It is quite cheap and we can commercialize it at a reasonable price. 

Application: 

1. Electrical Parameter Measurement 

2. Fault Detection in Household Appliances 

3. Industrial Maintenance 

The Beginner Robotics Kit is designed to introduce students and young enthusiasts to the world of robotics in a fun, accessible, and interactive manner. With components like Arduino, sensors, and motors, the kit enables users to build basic robots such as obstacle avoiders or line-followers while learning key concepts in electronics and programming. Supporting platforms like Scratch and Arduino IDE make it beginner-friendly and educational. This project aims to cultivate creativity, 

problem-solving, and technological literacy among youth, empowering them to innovate and address real-world challenges through robotics. Application: 

1. Educational Learning 

2. Hands-On Robotics Projects 

3. Coding Skill Development 

4. Innovation & Creativity Enhancement 

5. Introduction to Automation 

6. Competition Preparation 

Power transformers are vital in electrical distribution but are prone to theft and unauthorized access.This project introduces smart transformer Anti Theft and Monitoring system using an arduino Mega, which collects real time data from temperature,oil level,voltage and motion sensors. An RFID module ensures only Authorised access,while GPS and GSM module sends SMS alerts if movement is detected.Sensor data is uploaded in real Time data to web dashboard. A LCD displays local data, and Buzzer provides instant Alarms. This IOT based System enhances transformer security,enables remote monitoring, and supports future upgrades like AI based fault detection. 

Application: 

Real-Time Monitoring

This is an excellent and highly relevant project, especially given the current focus on sustainable waste management in India and globally. Developing an automatic system to segregate waste into wet, dry, and metal categories at the source (or at an early collection point) significantly enhances recycling efforts, reduces landfill burden, and improves the safety and efficiency of waste handling. This is an excellent and highly relevant project, especially given the current focus on sustainable waste management in India and globally. Developing an automatic system to segregate waste into wet, dry, and metal categories at the source (or at an early collection point) significantly enhances recycling efforts, reduces landfill burden, and improves the safety and efficiency of waste handling.

Application: 

Waste Detection and Classification 

With the textile industry being one of the largest waste producers, sustainability has become essential. Many modern designers now prefer eco-friendly materials, making cyanotype a perfect blend of sustainability and creativity. Using waste fabric swatches, one can craft beautiful prints that can be transformed into wearable pieces or home décor items, offering an artistic, affordable, and environmentally conscious design approach.

A versatile art form used for self-expression, high fashion, art installations, and functional items. Focuses on unique, handmade, and often sustainable creations. old-style crochet was often a necessary skill practiced with basic tools for survival or social status, modern crochet is a widely accessible, diverse, and technologically-supported craft focused on creativity, individuality, and community. Our business involves selling handmade crocheted products like clothing, accessories, or home decor ,etc. 

Wasabi  is a sustainable streetwear brand that blends modern fashion with the rich heritage of Indian textiles. Designed through a circular fashion approach, the brand focuses on reusing thrifted garments, reducing textile waste, and recycling old clothes into fresh, contemporary looks.Every piece is crafts using traditional techniques such as Bandhani, Ajrakh, Ikat, Sujani, Khadi, embroidery patches, hand dyeing, and artisanal detailing, transforming heritage craft into bold, comfortable, gender-inclusive streetwear.Rooted in creativity and responsibility, Wasabi aims to build a community that values culture, craftsmanship, and eco-conscious style—shaping the future of sustainable fashion for Gen Z and modern trend-seekers.

NeuroPatch is a smart, non-invasive wearable biosensing patch designed to address rising issues of stress, migraine, chronic pain, and poor sleep among students and professionals. Unlike conventional wearables that only track physiological symptoms, NeuroPatch actively responds through AI-driven detection and targeted neurostimulation. The system integrates ultra-thin sensors to monitor heart rate variability, skin temperature, muscle tension, and stress indicators, while machine-learning models predict stress spikes, fatigue, posture strain, and early migraine risk. Based on real-time physiological data, an adaptive therapy engine delivers customized vibration-based neuromodulation to promote relaxation, pain relief, improved digestion, focus, and sleep quality. The lightweight, skin-friendly, and reusable patch is supported by a mobile dashboard that provides stress scores, recovery insights, stimulation history, and personalized recommendations, making NeuroPatch a practical, affordable, and everyday solution for proactive well-being management

This research presents NetGuard, a real-time network attack detection system designed to enhance cybersecurity through advanced machine learning techniques. The system employs the CIC-IDS-2017 dataset to develop a hybrid intrusion detection framework that combines a high-accuracy binary Random Forest classifier with multi-class classification and heuristic-based rules for precise attack identification. NetGuard includes a live packet analysis module capable of extracting more than 70 statistical network traffic features in real time, which are processed through a scalable FastAPI-based decision engine and visualized via an interactive dashboard. The proposed system provides low-latency, automated protection against various cyber threats such as DDoS attacks, port scanning, and web-based attacks, while effectively reducing false positives and improving overall network

ParkSpot is a machine learning–based system designed to predict the availability of parking spaces using historical data and real-time inputs. The system forecasts parking slot occupancy, identifies peak parking hours, and helps drivers find available parking quickly. By reducing unnecessary vehicle movement, ParkSpot helps decrease traffic congestion and saves time. The system can be integrated with parking management systems, navigation applications, and smart city infrastructure to support better urban mobility planning.

OralScan AI is an artificial intelligence–based system developed to predict the risk of oral cancer by analyzing images of the human mouth. The system uses deep learning and computer vision techniques to detect visual signs such as unusual spots, color changes, ulcers, and abnormal tissue inside the mouth. By providing image-based and non-invasive screening, OralScan AI helps in early risk identification and encourages timely medical consultation. This system is meant for awareness and preliminary screening support, not as a replacement for professional medical diagnosis

SmartPong is an AI-based version of the classic Pong game where the computer-controlled paddle learns and improves its gameplay over time. The AI observes the ball’s position, speed, and direction to make better decisions instead of following fixed rules. This project demonstrates basic artificial intelligence concepts in games and real-time learning behavior.

LungSense is a camera-based system that analyzes breathing patterns to predict lung health conditions. It observes chest movement, breathing speed, and rhythm to identify possible respiratory issues. The system works without physical contact or sensors. LungSense helps in early health screening and continuous monitoring in a simple and safe way

DhartiSetu is an AI-based farming support system that suggests the most suitable and profitable crops by analyzing soil images. The system studies soil color, texture, and moisture to recommend better crop options beyond traditional crops like wheat and bajra. It also detects plant diseases using leaf images. This project supports smart farming and better agricultural decisions

WildSafe is an intelligent system designed to protect wildlife and reduce animal–vehicle accidents on roads passing through forest areas. The system uses sensors and cameras to detect animals near the road. When an animal is detected, warning signals like red traffic lights are activated to stop vehicles temporarily. This helps animals cross the road safely and improves overall road safety

BallBalancer is a smart robotic system designed to keep a ball balanced at a fixed position on a moving platform. The system detects the ball’s position using sensors or a camera and adjusts the platform using motors to prevent the ball from falling. By using feedback control techniques such as PID, the robot responds quickly to any movement or disturbance. This project helps in understanding basic concepts of control systems, robotics, and automation

Homesecure OS Hub is a real-time, cloud-connected smart home control system that manages  lighting and security operations efficiently. The platform uses Firebase for persistent state  management and features an instant Text-to-Speech alert system for zero-latency security  warnings. With predictive analytics and automated safety protocols, Homesecure OS Hub  delivers a robust, intelligent, and responsive home automation solution.

AURA is an AI-powered assistant that integrates task management, email handling,  scheduling, and decision support into a unified platform. Using natural language processing,  AURA automates workflows, generates intelligent responses, and provides productivity  insights. The system enhances efficiency for professionals by simplifying digital operations  and daily task management.

ParkinsonVoice is a machine learning–based system that analyzes voice signals to detect early  signs of Parkinson’s disease. By examining vocal tremors, frequency variations, and instability,  the system provides a non-invasive and cost-effective screening approach. ParkinsonVoice  supports remote healthcare and telemedicine applications, enabling early diagnosis and  continuous neurological monitoring

DRDetect is a deep learning–based medical diagnostic system developed to automatically  detect diabetic retinopathy from retinal fundus images. The system analyzes high-resolution  images to identify lesions, microaneurysms, and abnormal patterns associated with the disease.  By enabling fast and accurate screening, DRDetect assists medical professionals in early  diagnosis, reduces manual workload, and helps prevent vision loss through timely intervention. 

HumanNoid is an autonomous mobile robot designed for navigation, obstacle detection, voice  interaction, and environment mapping. The robot integrates sensors, motors, and AI-based  decision-making modules to perform real-time movement and task execution. Developed  primarily for learning and experimentation, HumanNoid can be applied in education,  surveillance, demonstrations, and robotics research, showcasing practical applications of  automation and intelligent systems

MagicMotion is an interactive gaming system that enables touch-free gameplay using keyboard  input, hand gestures, and head movements. The project includes multiple games such as a snake game controlled through three interaction modes, along with balloon pop-up and fishing games  using gesture recognition. By leveraging computer vision techniques, the system provides an  immersive and engaging user experience. MagicMotion demonstrates the potential of gesture based interfaces in next-generation human-computer interaction.

CollegeBuddy 2 is an integrated academic and career-support platform designed to enhance  student learning and professional readiness. The system offers personalized study resources,  attendance tracking, performance analytics, career guidance, mock interviews, and AI-based  skill recommendations. By centralizing academic workflows and peer collaboration,  CollegeBuddy 2 improves productivity for both students and faculty. Intelligent dashboards,  reminders, and analytics enable informed decision-making and streamlined academic  management. 

SmartDiya is an AI-enabled intelligent lighting system developed to optimize energy  consumption and enhance safety in homes and urban environments. The system automatically  adjusts brightness using environmental sensors and supports remote control through mobile  applications. With features such as motion detection, scheduling, and adaptive illumination,  SmartDiya reduces energy waste while improving user convenience. The system seamlessly  integrates with smart home automation frameworks, contributing to sustainable and intelligent  living solutions.

FuelLens is a smart digital platform designed to enhance safety, compliance, and operational  efficiency at CNG fuel stations. The system digitizes inspection processes, verifies CNG  certifications, monitors safety parameters, and tracks overall station health in real time. By  integrating IoT sensors, cloud-based data storage, and interactive dashboards, FuelLens  enables automated alerts, real-time reporting, and standardized documentation. The platform  minimizes manual errors, improves regulatory compliance, and ensures reliable service  delivery, contributing to safer and more efficient fuel station operations. 

The Cyber Security Awareness Project is designed to educate individuals and communities about safe and responsible use of digital technology. It focuses on creating awareness about common cyber threats such as phishing, hacking, online fraud, and identity theft. The project provides practical guidance on protecting personal data, passwords, and online privacy. Through workshops, campaigns, and informational sessions, it promotes safe internet practices and digital responsibility. The overall purpose of the project is to build a secure digital environment by empowering people with knowledge and awareness.

The Legal Aid Clinic is a community-focused project dedicated to providing free legal assistance and awareness to individuals who lack access to justice due to financial or social constraints. It offers guidance, counseling, and support on basic legal issues, helping people understand their rights and responsibilities. The clinic also conducts legal awareness programs to educate the public about laws, government schemes, and available remedies. Through consultations and referrals, it bridges the gap between the legal system and marginalized communities. The overall purpose of the Legal Aid Clinic is to promote justice, equality, and legal empowerment for all.

Legal aid clinics run by law students provide free legal support to people who cannot afford professional services. These clinics, guided by supervising lawyers, give students valuable practical experience while helping them understand real community issues. They offer essential services such as legal advice, document drafting, and dispute mediation. By reaching vulnerable groups, the clinics promote legal awareness and empower individuals to assert their rights. This work strengthens the connection between the justice system and marginalized communities. Overall, student-led legal aid clinics play a crucial role in both legal education and community welfare.

AuREUS (Aurora Renewable Energy and UV Sequestration) technology represents a novel class of luminescent solar concentrating systems designed to harvest ultraviolet (UV) radiation and convert it into usable electrical energy. Unlike conventional photovoltaic panels that rely primarily on direct visible sunlight, AuREUS utilizes embedded luminescent particles derived from natural or engineered sources to absorb high-energy UV photons. These particles re-emit the energy as visible wavelengths, which are then guided through
internal light scattering toward edge-mounted photovoltaic (PV) cells. This mechanism enables efficient energy generation even under diffuse light conditions such as cloudy weather, shaded environments, or indoor ambient light. The developed AuREUS-based solar panel demonstrates enhanced sustainability by allowing the incorporation of

upcycled organic compounds, reduced dependence on orientation-specific installation, and improved power output consistency

throughout the day. The technology offers promising applications inbuilding-integrated photovoltaics (BIPV), windows, facades, and

portable energy systems. Overall, AuREUS provides a versatile, eco-friendly, and high-efficiency alternative approach to solar harvesting,

advancing the potential for decentralized and urban solar energysolutions.

The Artisan’s Touch is a creative handmade art project that brings together canvas painting, jewellery making, wool jewellery, and a variety of unique artwork. Every piece created under this project reflects the beauty of handcrafted work and the skill of the artisan. The focus is on originality, quality, and personal expression. Each product is carefully designed and crafted, ensuring that it stands out as a unique piece of art.

One of the key strengths of The Artisan’s Touch is its customizability. Customers can share their ideas, themes, or personal preferences, and the artwork or jewellery can be made exactly according to their vision. From decorative canvas paintings to stylish handmade jewellery and soft wool accessories, the project offers a wide range of artistic creations. With a blend of creativity and craftsmanship, The Artisan’s Touch aims to provide meaningful, personalized products that add beauty and artistic value to everyday life.

According to recent research ,Bacterial cellulose (BC) is a biopolymer produced by certain bacteria, most notably Komagataeibacter xylinus, during fermentation. Unlike plant cellulose, BC is free from lignin and hemicellulose, giving it higher purity, strength, and flexibility. Its molecular structure consists of β-1,4-linked glucose chains that form nanofibrils, contributing to its high crystallinity (80–90%) and mechanical properties. BC also possesses exceptional water-holding capacity, absorbing up to 200 times its weight in water. These unique properties make it suitable for a wide range of applications.

In medicine, BC is used for wound dressings, artificial skin, and drug delivery due to its biocompatibility and biodegradability. It is also utilized in food industries as a thickener and stabilizer, in cosmetics for skincare products, and in electronics as a flexible substrate for sensors and batteries. BC’s sustainability, being produced through fermentation rather than harvesting from plants, presents an environmentally friendly alternative to traditional cellulose. Its versatility, coupled with its strong, flexible, and biodegradable nature, positions BC as a promising material for next-generation innovations across multiple sectors, including medical, environmental, and industrial fields.

This project presents an IoT-enabled River Water Quality Monitoring and Polluter Tracing System designed to address the longstanding limitations of traditional water monitoring methods. Conventional approaches depend on slow, infrequent manual sampling and laboratory testing, which fail to provide real-time insights or identify the specific source of contamination. To overcome these challenges, the proposed system integrates a network of low-cost, multiparameter IoT sensor nodes capable of continuously measuring pH, turbidity, conductivity, and temperature at strategic points along a river. Each node is equipped with GPS for precise geolocation and communicates data to a centralized cloud server through GSM or LoRaWAN networks.

The cloud backend performs real-time analytics using anomaly detection and upstream–downstream correlation models to identify sudden pollution spikes and trace them to the responsible industrial discharge point. A comprehensive web dashboard visualizes live data streams, maps sensor positions, shows historical trends, and generates automated alerts when thresholds are violated. Additionally, the system includes regulatory reporting tools and AI-based forecasting modules to support environmental agencies in proactive decision-making.

Beyond academic value, the project demonstrates a scalable and practical solution that can be adopted by government bodies, pollution control boards, and industrial zones. By offering continuous monitoring, transparency, and legally traceable pollution evidence, it encourages environmental accountability and supports sustainable water management. Overall, this system provides a modern, cost-effective approach to real-time river health assessment and polluter identification, bridging the critical gap between detection and enforcement.

This project focuses on developing an innovative, functional gummy candy leveraging the nutritional power of Apple, Beetroot, and Carrot (ABC) juice. Targeting the growing demand for healthier confectionery, these gummies replace high sugar content and artificial additives with natural ingredients. The research optimizes the formulation for superior physicochemical properties, including texture, pH, and stability, while maximizing the retention of vitamins, antioxidants, and fiber. Sensory evaluation is a key component to ensure high consumer acceptance. The resulting ABC gummies offer a delicious, convenient, and nutrient-dense functional food, promoting well-being and reducing reliance on synthetic supplements. This project contributes to the development of appealing, health-conscious food products.

Our homemade gummies represent a simple, clean, and creative approach to nutrient-rich snacking. Made with natural ingredients, gentle heat, and careful technique, these gummies capture freshness, colour, and flavour in every bite. The process starts with selecting wholesome fruits and blending them into smooth, vibrant purées. With the support of agar-agar as a plant-based setting agent, each mixture transforms into soft, chewy, and stable gummies without artificial colours or preservatives. These gummies are crafted in small batches to maintain purity, consistency, and hygiene. The final product is a colourful collection of bite-sized treats that are easy to store, simple to prepare, and packed with goodness. Our gummies highlight how everyday fruits can become fun, healthy, and innovative snacks.

Pure Organic WellnessThis document outlines the core products and natural ingredients of "THE NATURAL HUB" brand. The main objective of this project is to provide pure, organic health and beauty solutions.The main goal of this project is to introduce pure, natural, and chemical-free products to the market, offering customers the experience of premium organic wellness. We are committed to providing high-quality and effective products.

An ionic plasma thruster, also known as an ion thruster, is a type of electric propulsion system that uses plasma to create thrust for spacecraft. Ion thrusters ionize a propellant by adding or removing electrons to create ions. The ions are then accelerated using electricity to create thrust.
 

An interactive game that teaches binary number systems through logical reasoning, using cards to guess a number between 1 and 63.
 

Probiotics are live microorganisms, primarily bacteria, that benefit gut health. Found in yogurt and kefir, they also come as supplements. By balancing gut bacteria, probiotics aid digestion, strengthen immunity, and may reduce risks of conditions like eczema and allergies.
 

This research explores the ethno botanical aspects of the Parijat tree, a sacred plant in India. It investigates its traditional uses, medicinal properties, and mythological significance. The study analyzes the phytochemical composition of Parijat and evaluates its antimicrobial, antioxidant, and anti-inflammatory activities. The research highlights the multifaceted nature of Parijat, emphasizing its potential for both traditional and modern healthcare.
 

Electrolysis is utilized in water purification for various applications,including desalination to remove salt from seawater, elimination of heavy metals and organic pollutants and pathogen disinfection. This versatile process also supports wastewater treatment and electrocoagulation,ensuring access to clean and safe water with this eco-friendly process.
 

This experiment explores the development of protein-rich energy balls incorporating spirulina powder. The formulation involved combining spirulina with nuts, seeds, dried fruits, and a natural sweetener. The effects of different spirulina proportions on sensory attributes, nutritional profile, and antioxidant activity were investigated. Results showed that spirulina significantly enhanced protein content and antioxidant properties. The energy balls were well-accepted by panelists, demonstrating their potential as a convenient and nutritious snack option.
 

Turn off a light, crush a can, drop a bottle in a recycling bin, water a plant, plant seeds in a pot of soil, pop a balloon, fill a glass with water, shut a door, squeeze toothpaste onto a toothbrush, or turn off an alarm clock.
 

Traditional pendulum lacks real time data analysis, limiting educational and research potential, requiring IOT integration enhanced understanding and experimentation.
 

We investigated the extraction of natural dyes from various plant sources using different solvents. The extracted dyes were characterized and their dyeing properties on different fabrics (cotton, silk, wool) were evaluated. Color fastness properties were assessed for factors like light, washing, and rubbing. Results indicate that natural dyes offer a wide range of colors with good color fastness, making them a promising option for sustainable textile dyeing. Further research is needed to optimize the extraction process and improve color fastness.
 

The antimicrobial activity of the karanj (Pongamia pinnata) toothstick against oral bacteria, including antibiotic-resistant strains. Extracts from the karanj toothstick demonstrated significant inhibitory activity, suggesting its potential to reduce bacterial load and prevent oral infections. This study highlights the potential of the karanj toothstick as a natural and sustainable alternative to combat antimicrobial resistance in oral healthcare.
 

This study explores the development of edible plastic from pomegranate peel, an agricultural byproduct. Rich in antioxidants, pomegranate peel is processed to extract bioactive compounds and combined with biodegradable polymers. The resulting plastic exhibits excellent mechanical strength, antioxidant activity, and biodegradability, making it suitable for food packaging. This innovation addresses agricultural waste management while offering a sustainable and eco-friendly alternative to conventional plastics.
 

Here, we investigated the isolation and characterization of plastic-degrading microorganisms from the environment around GMIU Institute. Soil and water samples were collected and cultured to isolate bacteria and fungi. The isolates were screened for their ability to degrade polyethylene, polystyrene, and polypropylene. Results show the presence of diverse plastic-degrading microorganisms, some with significant degradation potential. This research emphasizes the potential of microbial bioremediation for addressing plastic pollution and provides a foundation for developing eco-friendly solutions for plastic waste management.
 

This study explored the antimicrobial properties of garlic and ginger extracts against bacteria and fungi. Extracts prepared using different solvents exhibited significant activity against both Gram-positive and Gram-negative bacteria, as well as fungi. Compounds like allicin in garlic and gingerol/shogaol in ginger are likely responsible for these effects. These findings support the traditional use of these plants as natural remedies and suggest their potential as alternative or complementary therapies to antibiotics. Further research is necessary to fully understand their mechanisms and optimize their use for therapeutic purposes.
 

The artistic potential of coconut shells, exploring their use in crafting innovative items like tea cups, pen stands, and key holders. By combining traditional craftsmanship with modern design, artisans can create aesthetically pleasing and environmentally friendly products from coconut shells. This research highlights the sustainable aspect of repurposing coconut shells, reducing waste and promoting the creation of unique and culturally inspired products.
 

Vitamillet likely focuses on millets, nutritious grains rich in fiber, protein, and essential vitamins. Millets offer a range of health benefits, including improved blood sugar control, heart health, and weight management. As a brand, Vitamillet could capitalize on this by offering a variety of millet-based products like cereals, snacks, and flours. This aligns with the growing demand for plant-based, gluten-free, and sustainable food options. Vitamillet has the potential to cater to health-conscious consumers seeking nutritious and wholesome food choices, contributing to both individual well-being and environmental sustainability.
 

This project explores the creation of natural ink using sustainable and eco-friendly ingredients. By harnessing plant-based materials, minerals, and other organic sources, We aim to develop inks that are non -toxic biodegradable, and environmentally responsible.
 

Fruit leather, a traditional food preservation method, involves drying fruit pulp into sheets. We investigated the nutritional value, sensory quality, and shelf life of fruit leather made from different fruits. Fruit leather was analyzed for its nutritional content. Sensory evaluation assessed color, texture, flavor, and overall acceptability. Results showed fruit leather to be a nutritious snack with sensory properties varying by fruit type. The study determined the shelf life of fruit leather and concluded it to be a convenient and shelf-stable snack option. Further research is needed to optimize the drying process and explore its potential as a functional food.
 

This project aims to develop functional foods enhanced with probiotics to promote gut health and overall well-being. Probiotics are beneficial microorganisms known to improve digestion, boost the immune system, and prevent gastrointestinal disorders. The objective is to incorporate probiotics into everyday food items like yogurt, beverages, and snack bars while maintaining their viability and effectiveness.
 

The project focuses on developing fortified wheat pasta enriched with essential nutrients to provide a healthier alternative to conventional pasta. The aim is to incorporate fortificants such as iron,folic acid, zinc, and dietary fibers to combat nutritional deficiencies. This fortified pasta offers a convenient way to improve micronutrient intake, particularly targeting children and individuals suffering from malnutrition.
 

Microbial fuel cells (MFCs) are bio-electrochemical systems that convert chemical energy from organic matter into electrical energy using microorganisms as biocatalysts. MFCs hold promise for sustainable energy generation and wastewater treatment.
 

Chenab Bridge is an extraordinary engineering project that will connect the Kashmir Valley to the rest of India through rail. Once completed, it will be one of the highest rail bridges in the world, standing at a height of 359 meters (1,178 feet) above the Chenab River, surpassing the height of the Eiffel Tower. This project is part of the broader Udhampur-Srinagar-Baramulla Rail Link (USBRL) project, which aims to provide all-weather, reliable rail connectivity to the region. The bridge will span a length of 1,315 meters (4,314 feet) and is designed to withstand extreme weather conditions, including high winds and heavy snowfall. The Chenab Bridge symbolizes India's advancement in engineering and infrastructure and will play a crucial role in integrating remote regions into the national transport network.

The Rajkumari Ratnavati Girls' School in Jaisalmer, Rajasthan, is a climate-friendly architectural marvel designed to withstand the extreme heat of the Thar Desert. The school incorporates sustainable materials and traditional elements like thick walls, courtyards, and jalis (lattice screens) to reduce heat and promote natural ventilation. The building’s layout maximizes airflow, while canopies provide shade. The school also utilizes renewable energy, including solar power, and rainwater harvesting systems for sustainability. This model demonstrates how innovative design and local materials can create energy-efficient, comfortable spaces, offering an ideal solution for education in harsh climates.

This project explores affordable, secure designs for commercial and residential structures using post-tensioning. It compares post-tensioned flat slab systems with conventional reinforced concrete slabs, focusing on strength, service, and cost through prototype modeling and design analysis.

This Research explores the development of self-healing pavements that can repair minor cracks and damage over time, enhancing the longevity of road surfaces. By incorporating special additives or materials, such as bacteria that promote healing, the pavement is capable of automatically repairing itself when cracks form. The bacteria, embedded within the concrete, produce minerals that fill in the cracks, preventing further damage and reducing maintenance costs.

This project explores the creation of sound insulation bricks made from textile waste products. With growing environmental concerns and the need for better noise control, using textile waste in construction offers a sustainable solution. These bricks are designed to absorb sound and reduce noise transmission, providing an eco-friendly alternative to traditional soundproofing materials. By reusing textile waste, the project helps reduce landfill waste and supports a circular economy. The study focuses on testing the soundproof qualities, durability, and overall effectiveness of these bricks, offering an affordable and sustainable option for noise reduction in buildings.

The increasing greenhouse gas emissions from conventional construction practices have driven research into sustainable building materials with low carbon footprints. One such eco-friendly material is Hempcrete, a lime-based concrete made with hemp fibers. This project focuses on Hempcrete Concrete Blocks, branded as HempBloc, which are carbon dioxide neutral or even carbon dioxide negative. Hempcrete offers excellent thermal insulation, is fire-resistant, and has a minimal environmental impact, making it an ideal alternative to traditional concrete. The research aims to explore the potential of Hempcrete in reducing carbon emissions in the construction industry and promoting greener, more sustainable building practices.

Our startup provides 3D modeling and design services using SketchUp and Lumion. We work with architects, interior designers, real estate developers, and construction teams to create detailed models and realistic visuals. We offer services like building models, interior designs, landscape plans, and 3D walkthroughs to help clients see and improve their ideas. Using SketchUp’s simple tools and Lumion’s powerful rendering, we turn ideas into clear and creative designs. Our goal is to make design easier, improve project presentations, and offer affordable, client-friendly solutions for modern design needs.

This project aims to develop an innovative device designed to reduce the speed of vehicles using a flexible mechanism filled with a Non-Newtonian fluid. The core technology involves shear-thickening fluid contained within receptacles. When a speeding vehicle comes into contact with the device, the fluid's unique property causes it to increase resistance under sudden impact. This controlled resistance effectively dissipates the vehicle's kinetic energy, slowing it down safely and efficiently. By leveraging the adaptive properties of Non-Newtonian fluids, this device offers a novel solution to enhancing road safety, reducing accidents caused by overspeeding, and ensuring minimal wear and tear on vehicles and infrastructure.

This is a strategic process of allocating resources with the expectation of generating future returns. It involves goal-oriented investing, where investments are tailored to meet specific financial objectives. By carefully selecting investment options and aligning them with personal goals, individuals can unlock long-term financial growth and security, ensuring that their resources are effectively working towards achieving their desired financial outcomes.
 

Moringa oleifera, also known as the "tree of life" or "miracle tree" is classified as an important herbal plant due to its immense medicinal and non-medicinal benefits. Traditionally, the plant is used to cure wounds, pain, ulcers, liver disease, heart disease, cancer, and inflammation.
 

Fudgify offers an indulgent experience with its handcrafted fudge chocolate, where every bite is a journey into rich, creamy goodness. Crafted with the finest ingredients, each piece delivers an exquisite balance of flavors that promise to satisfy the deepest chocolate cravings. Fudgify is not just a treat; it’s an experience of pure decadence for those who seek luxury in every bite.
 

I&J Creation is a homemade jewelry brand that focuses on creativity, affordability, and uniqueness. The brand caters to personalized tastes by offering handcrafted designs that reflect individuality and style. Each piece is thoughtfully created to provide customers with a special, one-of-a-kind accessory that fits their preferences, making it an ideal choice for those seeking exclusive, high-quality jewelry at accessible prices.
 

A Biometric Attendance System automates employee attendance using technologies like fingerprint, facial, or iris recognition, ensuring only registered employees can mark attendance. It eliminates manual methods, offering greater accuracy and security. The system captures biometric features at entry and exit, authenticating them against a database and storing the data securely.
 

A virtual reality (AR) project that aims to create immersive educational experiences for students, allowing them to explore various subjects and concepts in Augmenting Real environment. An AR-powered educational app that transforms textbooks into interactive 3D models, enhancing student engagement and comprehension.
 

The IoT-based Maze Solving Robot, powered by a Raspberry Pi, employs sensors and algorithms for autonomous maze navigation and solving. Utilizing IoT technology, it communicates data in real-time for remote monitoring and control. This project highlights the integration of IoT with robotics for efficient and intelligent autonomous navigation.
 

A hateful meme detection algorithm combines image and text analysis to identify harmful content. Image processing techniques like object detection and facial recognition analyze the visual elements, while NLP models process extracted text using OCR to detect offensive language or hate speech.
 

An Inventory Management System (IMS) is a software solution used to efficiently track and manage inventory, orders, sales, and deliveries. It helps businesses maintain optimal stock levels, reduce overstocking or stockouts, and ensure that products are available when needed.
 

This project features an interactive robotic system equipped with a digital display. Designed for students, the robot provides AI-driven career guidance, academic information, and entertaining functionalities like a "Take Selfie" feature. The robot bridges the gap between technology and education, offering a seamless, engaging experience.
 

Painting robot with RGB color variates: The Robot should be able to draw the color/monochrome picture of the person sitting in front of the Robot on paper with minimum A4 size. The person should be able to select the image and color tones as per the wish on the bases of prescribe types. The operation of the Robot should be fully automatic with no human intervention.
 

The "Exam Secure System" is a software solution designed to ensure the security and integrity of digital examinations. It features encryption for secure exam distribution, real-time monitoring tools to prevent cheating, and biometric authentication for identity verification.
 

The current goods transportation process is often inefficient, costly, and lacks transparency, especially for small businesses and individuals. This system aims to simplify the booking, tracking, and management of transport services by providing an easy-to-use platform that connects users with reliable, cost-effective, and flexible transportation options.
 

The "Car Bike Garage Portal" app offers a range of features to enhance user experience. Users can create an account and log in to access features such as profile management, vehicle registration, and garage search.

To develop an advanced IoT-enabled black box system for vehicles that comprehensively collects, stores, and analyzes vehicle data(vehicle’s performance, such as speed, acceleration, and location), driver behavior analysis, insurance claims, and fleet management, ultimately enhancing road safety and efficiency.

A device has been designed for use when working with high-voltage circuits. This is a non-contact voltage detector, also known as a tester, which enables the detection of voltage without physical contact. This device enables the determination of whether the AC line is live. The LED will blink, and the buzzer will ring when the device detects live AC current. Live line detectors are integrated with helmets for easy wearability. Unlike traditional non-contact voltage detectors, a live line detector continuously monitors and alerts workers about the presence of live, high-voltage lines. It includes visual and audible feedback to warn users of nearby energized lines.

Designing and fabrication of a hexapod robot is capable of performing primary tasks such as walking forward and backward, turning right and left, rotating 360 degrees about its axis, and traversing on uneven surfaces. As compared to conventional wheeled robots in terms of stability and flexibility, this six-legged design provides added advantage. This robot will serve as a platform onto which additional sensory components can be added for surveillance and autonomous navigation on rugged surfaces.

To design and develop a cutting-edge, solar-powered smart bag that integrates sustainable energy harvesting technology with smart features, enhancing user convenience, connectivity, and environmental responsibility. The objective is to provide users with a reliable and eco-friendly solution for powering their devices, catering to the needs of tech-savvy consumers, travelers, outdoor enthusiasts, and environmentally conscious individuals.

Traditional painting on various items, User can also customise arts according to their needs.Artist from various region and commnity can connect tother and support each other. Can promote awarness regarding art in society, can give informatioon about future and nearest art exhibition, can find information regarding publication from one space.
 

This project develops a malware detection system to scan PCs and generate detailed reports. It uses signature-based and heuristic analysis to identify threats, providing a user-friendly interface for initiating scans and reviewing results. Regular updates ensure effective detection, empowering users to address vulnerabilities and maintain PC security efficiently.

The School Homework Management System is a digital platform designed to streamline homework assignment, submission, and grading processes. It enables teachers to create assignments, track student progress, and provide feedback. Students can submit homework online,receive grades, and access resources. Parents can monitor their child's performance, ensuring efficient communication and organization within the school ecosystem.

Robotic vehicle control using voice commands integrates speech recognition technology with robotic systems to enable hands-free navigation and operation. By processing vocal instructions, the system converts them into actions, allowing users to direct vehicle movements efficiently. This innovation enhances user convenience, accessibility, and automation in various applications.

This website is designed to empower the blind and visually impaired community by providing accessible technology and valuable resources that foster independence and improve quality of life. Through user-friendly interfaces and assistive features, the platform enables individuals to navigate the digital world with ease. It offers a wide array of tools, including screen readers, voice navigation, and accessible content formats, alongside educational materials and support services. By bridging the gap between technology and accessibility, the website seeks to create an inclusive environment where visually impaired users can achieve their full potential, enhancing their overall well-being and integration into society.

At present, our environment requires eco-friendly solutions and less energy wastage. For the same reason, it’s an excellent choice to build a project based on a smart energy management system. Students can create a system for monitoring and controlling the energy consumption in a building. This system will have actuators, sensors, and microcontrollers. These components help to know the energy usage and control the heating and cooling of systems.

This innovative VoIP program revolutionizes communication by enabling users to make calls to any phone number via the internet. By converting voice signals into digital data, it bypasses traditional facilitating seamless connectivity from any internet-enabled device. The program offers advanced features like call routing, encryption and caller ID, ensuring a secure and efficient communication experience.

It aims to develop a real-time sign language recognition system using advanced deep learning techniques. By translating sign language into text or speech, it bridges the communication gap between sign language users and non-signers. The system enhances accessibility for the deaf and hard-of-hearing community, fostering inclusive communication.

Stock market prediction involves analyzing historical data, economic indicators, and various factors to forecast future stock prices. It uses techniques like statistical analysis, machine learning, and artificial intelligence to identify patterns and trends in market behavior. Tools such as XGBoost and YFinance are commonly employed to collect and process data, while models are trained to predict price movements. Accurate predictions can aid in decision-making for investors and traders, but challenges such as market volatility and unforeseen global events can affect accuracy. Overall, stock market prediction is a complex and dynamic field combining finance, data science, and technology.

A network-based computer system, often utilized in offices, schools, and businesses, connects multiple client computers to a central server over a network. This system allows for centralized data management, improved operational efficiency, and enhanced collaboration among users. By enabling seamless access to shared resources and data, network-based systems optimize performance and ensure data consistency across multiple devices. The integration of virtual desktops in such a network provides users with a flexible and efficient computing environment, where applications and data are hosted on the server, enabling remote access and reducing the need for powerful client machines. This system promotes both convenience and cost-effectiveness, especially in large-scale environments.

This project focuses on developing a system that can recognize faces and track emotions using computer vision techniques. The system leverages machine learning algorithms to analyse facial expressions and identify emotions in real-time.

This project presents a scalable cloud kitchen model for aspiring entrepreneurs, focusing on home-based food catering with minimal investment. It leverages digital platforms for order management, delivery, and marketing, eliminating dine-in spaces to reduce costs while building a sustainable, profitable business.

The E-Waste Recycling App connects users to certified recyclers, offering pickup scheduling, real-time tracking, and rewards to promote responsible e-waste disposal and sustainability.

A destination wedding planning website is a comprehensive platform designed to assist couples in organizing their dream weddings abroad. It offers personalized services, including venue selection, vendor management, legal guidance, and travel arrangements. The website features a user-friendly interface with tools for budget tracking, guest list management, and custom itineraries. Clients can explore curated destination options, view galleries, and read reviews. The platform also provides tips and inspiration through blogs and testimonials. A dedicated support team ensures a seamless planning experience, making destination weddings stress-free and memorable for couples and their guests.

The AI Interview Conductor is a cutting-edge platform that revolutionizes the recruitment process by integrating artificial intelligence into interview management. It offers tailored functionalities for admins, recruiters, and candidates, ensuring a seamless experience. Key features include automated interview setup, a three-minute question timer, and video-recorded sessions for comprehensive evaluations. Candidates can upload and edit resumes, with AI extracting relevant details for recruiter review. The platform enhances efficiency, minimizes biases, and ensures transparency through data-driven decision-making. By providing recruiters with detailed recordings and insights, the AI Interview Conductor streamlines hiring, making it an effective tool for modern recruitment challenges.

Color Craze: A Fun UI/UX Software for Children Color Craze is a full UI/UX software designed to help children learn valuable knowledge through fun activities. With features like learning with alphabets, canvas, storytelling, games, comics, and rhymes, the software aims to make learning enjoyable. Additionally, parental controls and a dashboard feature allow parents to track their child's progress and manage their time effectively.

This project investigates the crucial role of skill development programs in enhancing individual employability and driving economic growth. By equipping individuals with in-demand skills, these programs bridge the gap between academia and industry, fostering a skilled workforce. The project explores the impact of these programs on job market success and individual empowerment, providing valuable insights for stakeholders.
 

This project focuses on developing effective product display strategies for malls and shops to boost customer attraction and sales. We'll explore how visual merchandising techniques, such as creative displays, dynamic lighting, and interactive elements, impact consumer behavior. By analyzing factors that influence purchasing decisions, like visual appeal and brand storytelling, we aim to provide retailers with actionable recommendations to optimize their product displays for maximum impact.
 

Gantt charts are a visual project management tool that effectively represent project schedules and timelines. They utilize horizontal bars to depict tasks, their durations, and their start and end dates. By visually mapping dependencies between tasks, Gantt charts facilitate improved planning, resource allocation, and progress tracking. This visual representation enhances communication among team members and stakeholders, enabling proactive identification and mitigation of potential delays.
 

This guide outlines a practical framework for developing a comprehensive business plan. It covers essential components such as market research, competitive analysis, financial projections, operational strategies, and marketing plans. By following this structured approach, aspiring entrepreneurs can effectively assess their venture's feasibility, secure funding, and increase their chances of success in a competitive marketplace.
 

This study examines the pivotal role of digital marketing strategies in achieving business success on the Amazon platform. It delves into how effectively employing digital tools such as SEO, social media marketing, PPC advertising, and influencer marketing can significantly enhance product visibility, attract targeted traffic, and ultimately boost sales conversions. The research aims to provide valuable insights for businesses seeking to leverage the power of digitalization to gain a competitive edge and thrive within the dynamic Amazon marketplace.
 

This research investigates the impact of a 5-day workweek on employee productivity, job satisfaction, and overall company performance within the private sector. By analyzing data from relevant studies and industry best practices, this study aims to determine if a reduced workweek leads to increased employee engagement, reduced burnout, and ultimately, improved organizational outcomes. The findings will provide valuable insights for HR professionals and decision-makers considering a shift towards a more flexible work schedule.
 

This study examines the contrasting approaches to product marketing in the United States and India. It analyzes how cultural nuances, consumer behavior, and economic factors significantly influence marketing strategies in both markets. Key areas of comparison include market segmentation, messaging, channel selection, and promotional activities. The findings provide valuable insights for companies seeking to effectively launch and market products in these diverse and dynamic markets.
 

Blockchain technology is transforming financial services by enhancing security, transparency, and efficiency. It enables faster transactions, reduces costs by eliminating intermediaries, and introduces innovations like smart contracts and decentralized finance (DeFi).
 

This study delves into the dynamic landscape of future options trading within the Indian financial markets. It examines prevailing trends, evaluates inherent risks, and identifies potential opportunities for investors and traders. The analysis will encompass factors such as market volatility, interest rates, and global economic conditions, providing valuable insights for informed decision-making in this complex and evolving market segment.
 

This project focuses on the development of a high-pressure hydro water gun, a versatile tool with numerous applications. The gun leverages the power of water to deliver high-pressure jets for various tasks, including cleaning, industrial applications, and even firefighting. The design emphasizes factors such as durability, ease of use, and safety features to ensure efficient and reliable operation. The project aims to create a cost-effective and environmentally friendly alternative to traditional cleaning and industrial methods.
 

Hu Musafir is a mobile application designed to facilitate "slow travel" experiences. It connects travelers with local communities and hidden gems, encouraging deeper immersion and cultural understanding. The app provides curated itineraries, personalized recommendations, and interactive maps, enabling users to explore destinations at their own pace. By fostering meaningful connections with local people and supporting sustainable tourism practices, Hu Musafir aims to transform travel into a more enriching and rewarding journey.
 

This venture champions sustainable fashion by promoting the reuse and recycling of pre-owned clothing. By providing a platform for individuals to buy and sell gently used garments, we aim to reduce textile waste, extend the lifespan of clothing, and make stylish and affordable fashion accessible to all. This approach not only minimizes environmental impact but also empowers individuals to participate in a circular economy and embrace a more conscious and sustainable lifestyle.
 

Artisan Connect is a digital platform dedicated to empowering local artisans by connecting them to global markets. We bridge the gap between skilled craftspeople and discerning consumers worldwide. By showcasing unique and authentic handcrafted goods, we promote fair trade practices, ensuring artisans receive fair compensation for their artistry. Our platform provides a sustainable and ethical avenue for artisans to thrive while enriching the global marketplace with exquisite handcrafted treasures.
 

This project explores the creation of personalized pop-up greeting cards. By incorporating innovative design concepts and intricate paper engineering techniques, we aim to produce visually captivating and emotionally resonant cards. Each card will be meticulously crafted to celebrate unique occasions, from birthdays and anniversaries to graduations and weddings, offering a truly one-of-a-kind and memorable gifting experience.
 

The farmers and communities face significant challenges in preserving vegetables due to inadequate and unreliable preservation methods. Traditional drying techniques often rely on open sun drying, which exposes vegetables to contamination, pests, and unpredictable weather conditions. Additionally, conventional drying methods using electricity or fossil fuels are not always accessible, affordable, or environmentally sustainable. As a result, a large portion of harvested vegetables spoils before they can be consumed or sold, leading to food waste, economic loss, and food insecurity.
 

The Spects Wiper is a specially designed cleaning tool for spectacles or helmets, intended to be used during rainy conditions to ensure clear visibility. It effectively removes water droplets, fog, and debris from the lens or visor, allowing for an uninterrupted and safer experience, whether you're riding a bike, driving, or engaging in outdoor activities. This wiper enhances vision by keeping the lenses clean and free from obstructive elements, making it an essential accessory for clear vision in challenging weather conditions.
 

In many regions, access to reliable and sustainable lighting solutions remains a challenge. Traditional lighting methods, which often rely on non-renewable energy sources or expensive materials, can be both costly and environmentally damaging.

A flywheel-based free energy device utilizing initial inertia to generate continuous energy. Integrated springs enhance energy retention and output efficiency. Designed for sustainable, self-sufficient power generation.

Installing energy harvesting wind turbines on highways presents unique challenges due to the high-speed, turbulent airflows generated by vehicle traffic and varying wind conditions. Traditional wind turbines may not perform efficiently or reliably in such dynamic environments. The turbulent air created by fast-moving vehicles can lead to inconsistent wind speeds and directions, causing fluctuations in energy output and increased mechanical stress on the turbine.

A single-axis solar panel tracking system that adjusts panel orientation to follow the sun's movement. Maximizes energy efficiency by increasing sunlight exposure throughout the day. Ideal for cost-effective renewable energy solutions.

The 25L-Biodiesel Production Plant is designed for small-scale, efficient production of biodiesel using vegetable oils or animal fats. This plant utilizes a transesterification process, converting feedstock into biodiesel and glycerin. It offers an eco-friendly, cost-effective solution for producing renewable energy while reducing reliance on fossil fuels. Ideal for small industries or research purposes, it supports sustainable energy practices and reduces environmental impact through cleaner fuel production.

A four-legged robotic mechanism designed for versatile applications like military surveillance. Mimics canine agility for rough terrains, ensuring efficient navigation. Adaptable for rescue, security, and exploration tasks.
 

This is an automated guided vehicle. It uses a pump and motors which are programmed. This program was set according to crop requirements on farms. It will spray fertilizer on the plant at the programmed time. It will reach the next plant as per distance and perform the same fertilizer spraying task on the plant. This AGV is useful and cost-effective for farmers for accurate fertilizer distribution to the plant.
 

Traditional cooking stoves, particularly those used in rural and low-income areas, often produce significant amounts of smoke, leading to poor indoor air quality and serious health issues such as respiratory problems and eye irritation. The smoke from these stoves is typically a result of incomplete combustion of fuel and inefficient stove design. This not only affects the health of those using the stoves but also contributes to environmental pollution.
 

A multi-functional smart grandpa stick designed with an emergency SOS feature, LED torch, integrated umbrella, and a foldable chair for sitting. Ideal for elderly individuals, it ensures safety, comfort, and convenience in daily activities. Perfect for outdoor use and emergencies alike.
 

A solar-powered weeder designed for eco-friendly cultivation and efficient weeding. Operates on renewable energy, reducing dependency on fuel and minimizing environmental impact. Ideal for sustainable farming practices.

We had developed edible plates and bowls made from plant-based materials like wheat flour, potato starch, and tapioca starch. The focus was on optimizing formulations and processing techniques to achieve desirable properties such as strength, flexibility, and taste. The edible crockery was evaluated for its mechanical properties, water absorption, and sensory attributes. Results showed that the developed edible crockery exhibited adequate strength and flexibility, along with a pleasant taste and texture, making it a viable alternative to conventional disposable tableware. This research highlights the potential of edible crockery in reducing plastic waste and promoting sustainable practices.
 

Polycystic ovarian syndrome (PCOS) is the most common hormonal disorder in females of reproductive age. It is characterized by two or more of the following: irregular menstrual periods, hyperandrogenism, and polycystic ovaries. This activity outlines the evaluation and treatment of polycystic ovarian syndrome and reviews the role of the interprofessional team in managing patients with this condition.
 

This face serum is formulated to rejuvenate and enhance the skin's natural glow. Sandalwood provides soothing and anti-inflammatory properties, sesame oil is rich in essential fatty acids, deeply nourishes and hydrates the skin, kesar known for its brightening and antioxidant benefits, works to reduce pigmentation and protect against environmental stressors.
 

Current mosquito repellents often require frequent reapplication. This study reviews the development and use of controlled-release formulations for improved repellency. These include polymer microcapsules, microporous formulations, micelles, nanoemulsions, solid-lipid nanoparticles, liposomes, and cyclodextrins. These innovative approaches aim to provide longer-lasting protection against mosquito-borne diseases like malaria.
 

Antiseptic mouthwashes aim to minimize surface microorganisms in the oral cavity. This reduces the risk of bacteremia, septicemia, and local infections. Similar to pre-dental antibiotic mouthwashes, they decrease the presence of pathogens that could enter the patient's mouth during treatment. This review assists oral health professionals in choosing the appropriate mouthwash for various oral conditions.
 

Our organic hair wax is crafted from 100% natural ingredients, ensuring a chemical-free styling experience. It provides a medium hold with a matte finish, perfect for achieving a natural,textured look. Infused with nourishing oils like coconut and jojoba, it not only styles your hair but also keeps it healthy and hydrated.
 

Lipid lift is a high-performance fat powder supplement designed to support optimal energy production, mental clarity, and overall well-being. Our unique blend of medium-chain triglycerides (MCTs), conjugated linoleic acid (CLA), and other essential fatty acids provides a sustained energy boost, enhances cognitive function, and supports healthy weight management.
 

Solid perfumes offer a portable and convenient alternative to traditional liquid Fragrances. They are created by combining a carrier base, such as beeswax or soy wax, With a carrier oil and essential or fragrance oils. This blend is melted, mixed, and then Poured into containers where it solidifies. The resulting product is easy to apply, spill-Proof, and allows for customized scent combinations, making it an attractive option For personal fragrance use.
 

"KeshVatica" a herbal dry shampoo. This innovative formulation utilizes extracts of shikakai, reetha, amla, neem, hibiscus, and bhringraj, renowned for their cleansing, strengthening, and conditioning properties. KeshVatica aims to provide a natural and convenient alternative to traditional shampoos, effectively absorbing excess oil, refreshing the scalp, and promoting healthy, voluminous, and shiny hair.
 

This project focuses on developing an herbal face mask using organic ingredients like lemon leaves, sandalwood, spirulina, chia seeds, and rose water. The aim is to create a safe and effective cosmetic product that improves skin health and radiance. The face pack was thoroughly evaluated for safety and efficacy through various tests, including morphological, physicochemical, and irritancy studies. Results indicate that the developed face pack is safe for use and can effectively enhance skin health.
 

Alopecia spray used to treat the alopecia areata known as 'undari' . Alopecia Areata Cause the patchy, circular, or total hair loss patterns by body immune system mistakenly (autoimmune disease), herbal spray used to treat it.The spray contains herbal extracts of Rosemary, Amala, Fenugreek, peppermint as well as rice water, rose water, peppermint essential oil and gel base with negligible side effects.
 

Hydracare, a novel hydrogel wound dressing, leverages the healing properties of Moringa oleifera, Aloe Vera, and Orange peel. This natural formulation promotes wound healing by enhancing cell proliferation and migration while maintaining skin moisture. By preventing dryness and aiding in pain control, Hydracare offers a promising alternative for effective and timely wound management.
 

Our aim is to develop herbal anticoagulant capsules using Curcuma longa (turmeric) and Zingiber officinale (ginger). These herbs exhibit antithrombotic activity by influencing coagulation factors. While consumed in food, they may not provide sufficient anticoagulant effects. This research seeks to develop new formulations that enhance anticoagulation while minimizing the risk of bleeding, offering a potential alternative to synthetic anticoagulants.
 

We focus on developing a novel herbal gel for psoriasis, a chronic inflammatory skin disorder. The gel incorporates natural ingredients like Aloe vera, Cucumber Extract, Tea Tree Oil, and Calendula extract, known for their soothing, anti-inflammatory, and antimicrobial properties. These ingredients aim to reduce inflammation, soothe irritated skin, and prevent secondary infections. The non-greasy gel provides effective relief from redness, scaling, and discomfort associated with psoriasis while offering a safer alternative to conventional treatments with minimal side effects.
 

This research focuses on developing a herbal hair oil to combat hair loss, particularly in individuals undergoing medical treatments. The oil incorporates alcoholic and water extracts of a potent blend of herbs like rosemary, fenugreek, and moringa, along with carrier oils like sesame and kalonji. This unique formulation aims to nourish hair follicles, stimulate regrowth, and enhance scalp health by providing essential nutrients, antioxidants, and anti-inflammatory properties.
 

This study introduces a novel roll-on formulation for menstrual cramp relief. Combining natural ingredients like sesame oil and lavender oil, known for their analgesic and anti-inflammatory properties, the roll-on offers convenient, targeted application to the abdomen and lower back. Preliminary results from a small study showed a significant reduction in both pain intensity and duration after regular use.
 

Vitamin B complex powder is a supplemental form of Vit.B. A Deficiency of vitamin B in our body can lead to anemia, fatigue, and neurological issues.This powder form is often used in dietary supplements and fortified foods to help individuals meet their daily vitamin B complex such as vitamin B1, Vitamin B2, B3, B6, B9, B12 requirements especially those at risk of deficiency, such as vegetarians, vegans, and older adults.
 

"Divine Butter" is a cosmeceutical skincare range inspired by ancient Indian wisdom, utilizing the healing power of cow ghee. Crafted with pure herbal ingredients, it honors age-old beauty rituals. Shat Dhaut Ghrita, a 100-times purified cow ghee, forms the core, offering hydration and promoting healthy, radiant skin. Combined with other natural ingredients, it effectively addresses various skin concerns like scars, acne, and sunburns. This revolutionary approach to skincare embraces tradition for a healthier, more radiant you.
 

Our project focuses on developing Ayurvedic skin care products in powdered form, leveraging traditional Ayurvedic knowledge to provide natural, effective solutions for various skin concerns. These products are crafted using time-tested herbs and formulations to promote healthy, radiant skin while maintaining the authenticity and benefits of Ayurveda.
 

Natural cosmetics, crafted with plant-based ingredients, are trending due to growing concerns about the potential harm of chemicals in conventional products. These chemicals, including sulfates and preservatives, may have adverse effects on the skin. In contrast, natural options prioritize safety and sustainability, offering effective skincare solutions without these harmful substances.
 

Herbal face sheet masks are innovative skincare solutions infused with natural ingredients like Rice water, Aloe vera, Neem, and Coffee. These masks offer a convenient and effective way to deliver nutrients directly to the skin. They promote blood circulation, revitalize the skin, and eliminate impurities. Enriched with anti-inflammatory and antioxidant properties, these masks hydrate, soothe, and improve skin texture. Eco-friendly and chemical-free, they cater to various skin concerns, including acne.
 

This powder face wash combines orange peel, zeolite clay, jojoba oil, oat powder, and sodium cocoyl isethionate for gentle cleansing and nourishment. It brightens, detoxifies, and hydrates while providing mild exfoliation and foaming action. Suitable for all skin types, the formula emphasizes natural, sustainable, and effective skincare solutions.
 

Osteoporosis, prevalent in the elderly, weakens bones and increases fracture risk. This research aims to develop a herbal buccal patch for osteoporosis management. The patch will utilize Ashwagandha, Guduchi, and Alfalfa, known for their bone-strengthening, anti-inflammatory, and calcium-absorption-enhancing properties. Buccal delivery offers a non-invasive and targeted approach for these natural ingredients to promote fracture healing.
 

Alkaline water has a higher pH than regular water. While some claim it prevents diseases and improves menopause, most of these claims lack scientific evidence. While higher pH is a factor, it's not the sole determinant of alkalinity. True alkaline water contains alkaline minerals and a negative ORP, meaning it has antioxidant properties.
 

It develops a quick-acting antimicrobial solution for washing fruits and vegetables, ensuring safety and shine without altering taste. It is eco-friendly, efficient, and enhances produce quality while eliminating harmful microorganisms.
 

Dhoop sticks are incense made from a blend of aromatic herbs, resins, and essential oils. Unlike traditional incense with a bamboo core, they are solid and offer a concentrated fragrance. Primarily used in spiritual practices, meditation, and aromatherapy. Dhoop sticks produce a rich, fragrant smoke when burned, creating a calming and sacred atmosphere.