Projects AR/VR
I have worked on different projects starting from app development, UI/UX design and Arduino Uno Projects as well as XR development using Unity 3D, Blender, and Oculus Quest 2
Real Estate in Virtual Reality
Welcome to the world of Virtual Reality Real Estate, where you can explore properties like never before! Our innovative project combines the immersive power of Virtual Reality (VR) with advanced technologies such as AI-generated responses, real-time viewing, and voice-activated commands.
Powered by Unity 3D software, Oculus Quest 2, and C# coding language, our Virtual Reality Real Estate project revolutionizes the way properties are showcased and experienced. Whether you're a prospective buyer, a real estate agent, or simply curious, our immersive VR experience will transport you into the world of real estate like never before. Explore properties, engage in AI-driven conversations, and navigate through virtual spaces using voice commands.
AI-Generated Responses
This system utilizes artificial intelligence to provide realistic and dynamic conversations. Ask questions about the property, pricing, or features, and our AI will provide informative and personalized responses, enhancing your virtual tour experience.
Real-Time Viewing
With real-time viewing, you can navigate through different rooms, inspect details, and get a realistic sense of the property's layout and ambiance. Immerse yourself in the virtual environment, as if you were physically present in the property itself.
Voice-Activated Commands
This project utilizes cutting-edge voice recognition technology, allowing you to interact with the virtual environment using natural language commands. Simply speak your requests, and our system will respond accordingly, providing a seamless and hands-free experience.
VR Solar System
The Virtual Reality Solar System project is an innovative and educational endeavor that offers a captivating VR experience for users to explore the wonders of our cosmic neighborhood. Through an immersive VR environment, users can navigate through the Solar System, discovering the sun, planets, moons, asteroids, and comets.
Designed as an interactive and educational tool, the project caters to both students and space enthusiasts, providing a closer look at each celestial object's characteristics and engaging descriptions. With the integration of Oculus, users can embark on a visually stunning journey that brings the Solar System to life, fostering an enhanced understanding and appreciation of the universe.
Immersive Virtual Reality Experience
The project offers an immersive virtual reality (VR) experience, allowing users to explore the Solar System in a three-dimensional interactive world. Users can navigate through the planets, moons, asteroids, and comets, gaining a closer look at the celestial objects.
Educational Tool
The VR Solar System serves as an educational tool, especially for students learning about science and space. It enhances learning by providing an engaging and interactive environment, increasing student participation, and improving knowledge retention. Users can explore planets and learn about their main characteristics, interesting facts, and descriptions.
Integration with Oculus
The project utilizes Oculus, a popular VR display, to deliver a highly immersive and authentic experience. The integration with Oculus enhances user engagement and provides a seamless VR experience. The program is user-friendly and freely accessible on the website and YouTube.
Horror Hotel in Blender & Unity 3D
The Horror Hotel was a project located in Brighton pier that aimed to transform a horror hotel ride into a truly chilling and captivating destination. Through the use of ghostly illusions created with Blender and Unity 3D, the Horror Hotel delivers a spine-tingling experience that defies expectations.
Projection mapping on busts brings the stories of hotel ghosts to life, engaging guests with immersive storytelling. The interactive haunted house takes visitors on a journey that blurs the lines between reality and the supernatural, utilizing cutting-edge technologies to create an unforgettable experience. Step into a world where the paranormal reigns and embark on an adventure that will leave you breathless.
Ghostly Illusions
Utilized Blender and Unity 3D to create realistic ghost illusions using a sheer curtain and projection mapping. The innovative use of technology brings a terrifying and immersive experience to the Horror Hotel, capturing the essence of haunted encounters.
Projection Mapping and Storytelling
Implemented projection mapping on busts to narrate the stories of hotel ghosts, adding depth and intrigue to the overall experience. Through the combination of visual effects and captivating narratives, guests are transported into a world where the paranormal comes to life.
Interactive Haunted House
Designed a haunted house experience that seamlessly blends the virtual and real worlds. By incorporating a range of technologies, including Unity 3D and Blender, the project aims to provide a thrilling adventure that can be enjoyed by all, leaving a lasting impression on visitors.
AR Food Menu
The integration of restaurant apps and AR menus is revolutionizing the way customers interact with dining establishments. By leveraging augmented reality, these apps bring menus to life, allowing customers to visualize and engage with menu items in an entirely new way. With the ability to project 3D models onto surfaces using their smartphones, customers can examine dishes from all angles, enhancing transparency and food understanding.
Language barriers become a thing of the past as visual representations bridge communication gaps. Distant customers can explore the restaurant virtually, connecting with the establishment and its offerings as if they were physically present. Stay at the forefront of technological trends and provide an exceptional dining experience with AR restaurant apps that transcend boundaries and deliver unforgettable moments.
AR Menu Integration
I utilized Unity 3D and an iPhone 13 for the AR technology by scanning the QR code on the menu. Customers can use their smartphones to project 3D models of menu items onto a surface, allowing them to view the dishes from different angles, zoom in and out, and get a more personal and transparent understanding of what they are about to order.
Overcoming Language Barriers
Restaurant apps and AR menus provide a solution to language barriers by offering visual representations of menu items. Customers from different linguistic backgrounds can easily understand and select their preferred dishes without relying solely on written descriptions or translations, enhancing the overall dining experience.
Connect with Distant Customers
With the help of AR technology, restaurant apps enable distant customers to virtually explore the restaurant and its offerings. By providing a realistic and immersive experience, potential customers can get a feel for the ambiance, see the dishes in detail, and make informed decisions, even from a remote location.
AR Interactive Trivia
TreeNote app, a captivating and educational experience designed to engage children while they explore the wonders of nature in the park. Equipped with augmented reality technology, this app transforms the park into an interactive playground. As kids encounter a cute bunny character, they embark on a journey to learn about different types of trees.
Puzzle and trivia challenges are sprinkled along the trail, offering exciting opportunities to test their knowledge. By earning points, children can obtain hints on the types of trees they encounter, enhancing their learning experience. Moreover, they can curate their own tree collection by capturing pictures of the trees they discover, fostering a deeper connection with the natural world. With TreeNote, children can unravel the mysteries of the park, discover the secrets of trees, and ignite their curiosity in an entertaining and educational way.
Interactive AR Gameplay
The TreeNote app offers an interactive and educational gameplay experience for children in the park. By following a cute bunny character, kids can explore the park and learn about different types of trees through augmented reality. The app provides insights into how these trees adapt and survive in various weather conditions, making learning fun and engaging.
Puzzle and Trivia Challenges
The app presents puzzle and trivia challenges along the trail to keep children entertained and test their knowledge about trees. Kids can earn points by successfully completing these challenges, which can be used as walking points to obtain hints about the types of trees they encounter. This gamified approach motivates children to actively participate and learn while having fun.
Personal Tree Collection
The TreeNote app allows children to create their own collection of trees by taking pictures of the ones they discover along the trail. This feature encourages exploration and observation, fostering a deeper connection with nature and promoting environmental awareness among young users.
Projects Reachsearch & Arduino
I have worked on research projects and did some data analysis on people who used technologies at home and also arduino projects
BinBot Robot
The portfolio highlights the intrinsic connection between the environment and the city's overall well-being, health, and quality of life. Extensive research is conducted to examine key challenges faced by Hendon, including air quality, waste management, and ambient noise. These findings underscore the necessity of collaborative, long-term efforts and sustainable strategies to foster a healthier and greener environment for the community.
One noteworthy innovation discussed in this project is the implementation of robotic trash cans. These automated wheeled containers bring convenience and accessibility, particularly for individuals with limited mobility. With a simple push of a button, the trash cans can autonomously roll out to the curb, facilitating efficient waste disposal. This technological advancement aims to enhance accessibility and contribute to an improved waste management system in Hendon.
Robotic Trash Cans
The implementation of robotic wheeled trash containers is a significant innovation in waste management. These containers can autonomously roll out to the curb at the push of a button, offering convenience, especially for individuals with limited mobility or motor skills. This technology aims to improve accessibility and ensure efficient waste disposal.
Robot Recyclers
Robotic technology has emerged as a game-changer in the recycling industry. With the restriction on importing recycling waste products, companies and researchers have turned to robotic solutions to enhance processing capabilities and bridge the environmental service gap.
Waste Management Apps
Innovative waste management apps have been developed to streamline waste management processes and promote environmental friendliness. This app empowers individuals and businesses in Hendon to actively contribute to waste reduction efforts.
Exploring the use of Arduino with Dance Performance
Welcome to this project, where I explored the fascinating world of on-body and off-body sensing, as well as tracking and its application in creating immersive experiences. In the realm of on-body sensing, I delve into the potential of EEG headsets and ECG pads placed on the chest to capture brain activity and heart rate data, respectively.
These sensors provide a wealth of information that can be harnessed to gain insights into physiological responses and emotional states. However, it is important to acknowledge that on-body sensing requires physical placement, which can be restrictive.
Off-body sensors
I explored a range of sensors including light sensors, photoresistors, ultrasonic sensors, LiDAR, compression sensors, and pressure plates. These sensors offer the advantage of being placed away from the body, providing a less restrictive experience. However, they also present challenges such as potential interference and the need for data integration from multiple points to obtain a comprehensive understanding of the environment.
On-body sensors
By tracking hands/arms in space, observing silhouette size, and mapping room and space, we can create captivating effects that respond to movement and presence.
Information to Augmentation
From controlling lighting effects such as pulsing lights, shifting colors, and directional changes, to manipulating sound elements like volume, pitch, reverb, and distortion, tracking allows for a dynamic and immersive augmentation of the environment.
Project of Delight using Arduino
Welcome to the world of Delight Balloons, where magic meets technology! My project combines the whimsical joy of balloons with cutting-edge proximity sensor technology and Arduino boards, bringing you a truly enchanting experience. Here are three main features of our Delight Balloon
Imagine entering a room filled with Delight Balloons, each one lighting up as you approach. The soft glow illuminates your path, creating a whimsical and magical atmosphere. Our project combines the beauty of balloons, advanced proximity sensor technology, Arduino boards, and Processing code language to deliver an unforgettable experience. Step closer to the wonder and delight of our interactive balloons, and let the magic unfold before your eyes.
Proximity Sensor Technology
My Delight Balloon is equipped with proximity sensors that detect when you come closer to it. As you approach the balloon, it senses your presence and lights up, creating a captivating and interactive display. Experience the thrill of seeing the balloon come to life with every step you take towards it.
Arduino Board Integration
At the heart of my Delight Balloon is an Arduino board, a versatile microcontroller platform that allows for seamless integration and control. The Arduino board processes the signals from the proximity sensors and triggers the lighting mechanism of the balloon. This intelligent technology ensures a smooth and responsive interaction between you and the balloon.
Processing Code Language
To bring this enchanting experience to life, we utilize the power of Processing, a flexible and user-friendly programming language. With Processing, we create captivating visual effects and patterns that synchronize with the balloon's lighting. The code we develop adds an extra layer of magic, immersing you in a delightful and mesmerizing ambiance.
Iconic Tech App
In this project, the goal was to create a user-friendly mobile app that allows homeowners to control and automate their smart home devices with ease.
Iconic Tech is an app that is committed to improving your lifestyle by providing efficient and user-friendly solutions for home automation. This is designed to simplify your daily routines, save energy, and contribute to a better world. Upgrade your home with our smart plugs and mobile app, and experience the convenience and control that Iconic Tech brings to your fingertips.
Remote Monitoring
In the mobile app, you can easily navigate the dashboard and gain real-time information about your home appliances. Monitor the temperature of your freezer, control the lighting in each room, and keep track of cooking times. Our app is available for both Android and iOS devices, allowing you to analyze and collect essential data to optimize the maintenance of your appliances.
Remote Appliance Control
Take control of your appliances remotely through our mobile app. Whether you want to start preparing a meal before you get home or adjust the temperature of your freezer for fresh ice upon arrival, our user-friendly interface puts the power in your hands. Enjoy the convenience of managing your appliances from anywhere, at any time.
Easy Setup
Setting up your home automation system is a breeze. Simply download the Iconic App, create an account, and follow a few simple steps to connect and configure your appliances. This streamlined setup process ensures a hassle-free experience, allowing you to quickly start enjoying the benefits of a smarter home.