Architectural 3D Modeling and Freeform Design with Rhinoceros

Modern architecture often demands more than simple boxes and flat planes. This course provides a structured path for translating ambitious design concepts into precise 3D models, focusing on the techniques required for complex building geometry. You will transition from basic drafting to managing sophisticated surfaces, learning how to handle the curves and organic shapes found in contemporary architectural practice. Through clear written explanations and structured exercises, you will move from understanding the core mathematical principles of 3D space to constructing detailed architectural forms. You will learn how to maintain precision while exploring fluid, non-linear designs that push the boundaries of traditional construction. What you'll learn: - Understand the fundamental principles of NURBS geometry and coordinate systems - Create precise curves and surfaces as the foundation for complex building envelopes - Apply Sub-D modeling techniques for rapid organic form-finding and smooth transitions - Organize architectural projects efficiently using advanced layer management and blocks - Practice generating buildable geometry from abstract freeform concepts - Explore basic algorithmic logic to handle repetitive architectural patterns and textures The course begins with essential terminology and interface navigation before moving into practical modeling workflows. You will progress through a series of written modules that simulate real-world design challenges, ensuring you can apply these techniques to your own professional or academic projects. This course is designed for beginners in 3D modeling, architecture students, and design professionals who want to build a strong foundation in Rhinoceros without any prior experience. Start building your architectural modeling foundation today.