This project showcases a futuristic sci-fi structure designed with a focus on symmetry, modularity, and clean hard-surface modeling. The concept explores a central energy core surrounded by extended mechanical arms and vertical stabilizing fins, creating a balanced yet dynamic silhouette. The design emphasizes repetition and radial symmetry, making it suitable for use in large-scale environments such as space stations, alien architecture, or futuristic industrial hubs. The extended arm elements suggest functionality—such as energy transfer, docking systems, or communication arrays—while the central dome acts as the focal point of the structure. From a modeling perspective, the asset was built using precise hard-surface techniques, ensuring clean topology and consistent edge flow. The use of modular components allows for easy scalability and reuse in different scene configurations, making it production-friendly for game environments. Key highlights include: Strong, readable silhouette from a distance Symmetrical design for visual balance and efficiency Modular construction for flexible environment building Clean base mesh ready for detailing, texturing, and optimization This asset is ideal for integration into real-time environments, especially in sci-fi or futuristic settings, and can be further enhanced with materials, lighting, and animation to bring out its full potential. Tools Used: Autodesk Maya (Modeling) [Optional: Substance 3D Painter for Texturing] [Renderer: Arnold]