🎯 Objective: Create a visually engaging and interactive 3D data visualization based on personal heart rate data, allowing users to explore their cardiovascular activity in real-time through an artistic and intuitive interface. The goal is to transform complex medical data into a captivating user experience.

👥 Target Audience: Individuals interested in personal health, fitness enthusiasts, tech-savvy users, and medical professionals looking for innovative ways to visualize heart data.

📦 Deliverables: 3D render of heart data, interactive interface, and real-time user manipulation features designed through Blender and Spline.

Design Approach: A minimalist design with soft gradients and organic shapes that reflect the natural rhythm and complexity of the heart. The interactive elements are easy to use yet rich in depth, encouraging users to explore and connect with their health data on a deeper level.

💡 Visual Inspirations: Drawing inspiration from anatomical art and the seamless movement of modern motion design, this project visualizes heart data with both technical accuracy and creative flair. The color palette is inspired by calm, restorative shades of blue, green, and soft reds, which signify life and vitality.

Heart Model Design: Multiple iterations of the 3D heart model were created to ensure a balance between aesthetic appeal and accurate data representation. The final design is a flowing, dynamic model that pulses and animates based on real-time data input.

Final Rendering: The final version uses soft shadows, depth of field, and realistic textures to give users the sense of a living, breathing heart—capturing the essence of human vitality.