A cinematic 3D motion design project created in Blender featuring a retro television aesthetic.
The screen content can be fully customized with videos, branding, ads, music visuals, or social media content.
Designed to create scroll-stopping visuals for Instagram Reels, TikTok, and digital campaigns.
This project combines retro visuals with modern motion design to deliver a unique and premium social media experience.
Vídeo de tela/composição: Unsplash (Licença Livre).
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This project showcases a "Zero Friction" approach to book marketing, where static characters come to life directly in the reader's browser. Using the "The Little Prince" as a case study, I developed a high-performance landing page that merges traditional editorial content with immersive 3D technology.
Key Technical Achievements:
Extreme Optimization: The 3D models were meticulously crafted in Blender and compressed using Draco to stay under 300KB, ensuring lightning-fast loading times on any mobile device.
Zero App Requirement: By implementing Google’s Model-Viewer, I eliminated the need for external apps, allowing users to launch the AR experience with a single click.
High-Fidelity Visuals: Used texture baking and low-poly modeling techniques to maintain a premium look while prioritizing web performance.
Secure Infrastructure: The entire experience is hosted on Netlify, featuring automated SSL management for a secure and reliable user journey.
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Interactive 3D Book Experience
The Concept: A premium landing page designed specifically for authors to showcase their latest release with a high-fidelity 3D interactive model.
Technical Implementation: * Custom-made 3D book model with realistic textures and thickness.
Smooth interaction allows readers to view the
front, spine, and back cover in a 360° environment.
High Performance: Optimized with "Zero Friction" technology—loads instantly on mobile browsers without requiring any app installation.
Marketing Focus: Clean, dark-themed interface that highlights the book's artwork, including optimized call-to-action sections to drive sales.
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Dynamic Web 3D Product Configurator
I developed an interactive 3D product configurator using the Google <model-viewer> library, providing a high-performance, app-less experience. The project showcases a custom-made Blender model optimized for the web in GLB format, ensuring fast loading times and visual fidelity.
The solution features a custom JavaScript interface that allows users to interact with the model in real-time, including:
Live Material Swapping: Dynamic base color updates using PBR (Physically Based Rendering) materials.
Real-time Scaling: Instant 1:1 or custom scale adjustments for better product perception.
Technical Stack:
3D Assets: Blender (Low-poly optimization & GLB export).
Web Tech: HTML5, CSS3, JavaScript.
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Immersive AR Experience: Interactive Book
I developed a complete Augmented Reality experience that bridges traditional media with interactive technology. The workflow involved high-quality 3D modeling in Blender, which was then integrated into Unity to build the entire AR experience, including synchronized audio and custom particle systems for campfire effects.
The project is fully functional and commercially available as a physical book published by UIclap, with the companion AR app live on the Google Play Store. This project serves as a prime example of how I use Unity to transform static content into engaging, interactive digital experiences.
Key Technical Highlights:
3D Modeling: High-fidelity asset creation and optimization in Blender.
AR Development: Using Unity to build the interactive environment and AR features.
Full Deployment: Managed the entire process from 3D design to Google Play Store publishing.