Vineet Nalawade

I developed a cross-platform WebAR experience (Android and iOS) where users can place a 3D product on a detected surface using plane tracking, capture a photo with it, and proceed through a guided flow to enter their name and mobile number. The experience generates a personalized preview image that can be instantly shared on social media, enhancing brand engagement and shareability—all without requiring app installation.

An immersive training experience designed to help users understand the necessary steps involved in operating a robotic arm machine. This captivating training module offers an exciting opportunity for users to control a robotic arm using hand-tracking technology and hand gestures.

Features:
• Immersive training: Users are guided through a detailed tutorial to understand the basic operational steps of a robotic arm.
• Hand-tracking integration: Enable users to experience the future of human-computer interaction by controlling the robotic arm using hand movements.
• Hand gestures: Users can use a variety of hand gestures to teleport to different locations within the machine.
• Unity and Oculus SDK: Developed using the Unity game engine and integrated with the Oculus Interaction SDK for a seamless VR experience.
• Interactive learning: Allows users to engage in an interactive learning environment that simulates real-world scenarios.

An immersive training experience designed to provide users with a comprehensive understanding of the steps involved in carving wood using a lathe machine. By using the Oculus SDK, this virtual reality project offers an interactive and informative journey into the world of woodworking.

Features:
• Woodworking training: Step-by-step tutorials guide users through the process of carving wood on a lathe machine.
• Oculus SDK integration: Seamless integration with the Oculus SDK provides users with a high-quality VR experience.
• Immersive audio: Users are immersed in a realistic audio environment with audio guides and feedback to enhance the learning experience.
• Interactive learning: Engage users in an interactive learning environment that simulates real-world woodworking scenarios.
• Final woodwork results: Allows users to experience the satisfaction of completing a wood carving project as the end result of the training.

In an innovative merge of augmented reality and the world of NFTs, I developed an AR application catering to both iOS and Android platforms. This app empowered users to breathe life into their digital assets by visualizing their 3D NFTs in real time and interacting with various animations.

Features:
• Cross-platform compatibility: Developed for both iOS and Android devices.
• Metamask integration: Enabled seamless login using Metamask for secure access to NFTs.
• Dynamic 3D rendering: Loads and displays 3D NFTs at runtime, ensuring real-time visualization.
• Interactive animations: Plays various animations associated with individual NFTs.

An architectural visualization project that revolutionized the conventional method of property viewing, as by harnessing the powers of Unity and modern VR technologies, this project provides prospective buyers with an immersive experience where they can virtually walk through yet-to-be-constructed apartments and even customize the interiors to their taste.

Features:
• Virtual reality integration: Crafted a VR-friendly interface compatible with Oculus Quest for an immersive experience.
• Interactive tours: Users can embark on virtual journeys and explore every nook and cranny of the proposed flats.
• Customization capabilities: Enabled potential buyers to modify interiors, allowing them to visualize different decor setups or room arrangements.
• High-quality rendering: Utilized Unity's advanced lighting techniques to present the most realistic and visually appealing representation of the spaces.
• Seamless interactions: Incorporated Oculus Interaction SDK to ensure intuitive and effortless user engagements during the virtual tour.

An innovative augmented reality application I designed to load and render real-time 3D models seamlessly. Catering to both iOS and Android platforms, this project enhanced user interactivity by integrating face-tracking capabilities, allowing users to try eyewear with impeccable precision virtually.

Features:
• Real-time 3D model loading: The application dynamically fetches and renders GLB/glTF models from a server, ensuring a diverse range of virtual eyewear options.
• Cross-platform development: Built to cater to the vast audience of both iOS and Android users, ensuring a consistent user experience.
• Advanced face tracking: Integrated state-of-the-art face-tracking technology that accurately identifies facial contours and landmarks.
• Precise eyewear placement: The application meticulously positions the virtual eyewear on the user's face, ensuring a lifelike virtual try-on experience.
• Interactive user experience: Allows users to switch between different eyewear models effortlessly, enhancing their engagement.

An immersive VR experience that revolutionized remote learning by combining multiplayer functionality, voice chat, and a collaborative virtual classroom with a whiteboard using an XR Interaction toolkit. In this project, students can choose their avatars, join a virtual classroom, discuss problems, and write on a shared whiteboard using tracked markers, all in real time.

Features:
• Multiplayer classroom: Users can personalize or join virtual classrooms with multiple participants from around the world.
• Voice chat: Enables users to engage in real-time voice communication with fellow students, making discussions more interactive.
• Avatar selection: Users can personalize their virtual presence by choosing from various avatars.
• Interactive whiteboard: Users can collaborate on problem-solving activities by drawing and writing on a shared whiteboard using tracked markers.
• Seamless networking with Photon PUN 2: Ensured users' smooth and synchronized multiplayer interactions with Photon PUN 2.

I built a lightweight WebAR experience to overlay a promotional video on a physical product using Unity WebGL and JavaScript. I integrated curve object tracking to detect the product packaging and seamlessly render video content over it in real time, enabling interactive product visualization directly in the browser without app installation.