Rhino3D Aircraft NURBS Professional 3D Modeling Course

Learn Rhino3D Advanced 2D and 3D NUBRS modeling methods to take advantage of all the possibilities that Rhino3D gives.

Created by: Krzysztof Kubasek
Industrial Product Designer and University Profesor

What Will I Learn?

• You will learn the principles of designing 2d curves and 3D surfaces of NURBS technology and their impact on the beauty of the every day objects
• Different professional tools and working methods in Rhino3D to design organic shapes using NURBS (Non-uniform rational basis spline) technology
• Using surface control points for editing and controlling the shape of your design.
• You will learn many advanced surface matching, blending, networking with geometrical continuity applied,
• You will learn how to manage surface UV, flowing along objects, extracting references out of the objects.
• You will learn the design stages of working in 3D to manage a project from concept to completion

Requirements

• Take this training if you have taken other 3D modeling courses but: 1) still don't really understand 3D modeling, or 2) still don't feel confident designing 3d objects, like products, cars, sculptures, ceramics, and structures. This training is perfect for you!
• Take this training if you want to gain a deep understanding of the most popular 3D modeling software Rhinoceros 3D

Target audience

• Product Designers curious about designing every detail of the product in unique way, surface by surface with knowledge of professional NURBS designing.
• Industrial Designers wanting to expand tvheir knowledge in the field of designing 2d cures and geometrically continuous 3D surfaces
• Design Students looking for creative 3D problem solving and expanding knowledge in the field of professional Rhino 3D tools, transfer your design competencies to the PRO level
• 3D printing passionates who want to learn the principles of 3D surface design in Rhino 3D in terms of the possibility of prototyping using 3D printing or CNC
• Design teams where knowledge of the uniform 3D and 2D nomenclature is crucial for communication