Fluid Parametric Pavilion
Feeling stuck with boxy Blender models? Want to design like a pro with parametric magic and fluid shapes?
This course empowers you to unlock the potential of subdivision modeling and parametric design in Blender so you can create organic, fluid, non-destructive designs with ease.
You will learn to harness the power of subdivision surfaces for smooth, organic shapes, and gain fine-tuned control through understanding how to create sharp, creased edges appropriately. You will master efficient modeling techniques that combine subdiv with procedural modifiers and geometry nodes, so you can refine designs with ease. Finally, you will learn how to apply materials and render with Blender Cycles and post-process.
At a glance: This is the most advanced, yet accessible course to learn how to work with architectural subdivision modeling in Blender and how to work parametrically with modifiers.
Topics: subdivision modeling, parametric modeling, geometry nodes instancing, geometry nodes deformations, modifiers-based procedural modeling
Software: Blender, and optionally
Fluid Parametric Pavilion
Fluid Parametric Pavilion
Feeling stuck with boxy Blender models? Want to design like a pro with parametric magic and fluid shapes?
This course empowers you to unlock the potential of subdivision modeling and parametric design in Blender so you can create organic, fluid, non-destructive designs with ease.
You will learn to harness the power of subdivision surfaces for smooth, organic shapes, and gain fine-tuned control through understanding how to create sharp, creased edges appropriately. You will master efficient modeling techniques that combine subdiv with procedural modifiers and geometry nodes, so you can refine designs with ease. Finally, you will learn how to apply materials and render with Blender Cycles and post-process.
At a glance: This is the most advanced, yet accessible course to learn how to work with architectural subdivision modeling in Blender and how to work parametrically with modifiers.
Topics: subdivision modeling, parametric modeling, geometry nodes instancing, geometry nodes deformations, modifiers-based procedural modeling
Software: Blender, and optionally