RHINO 3D CAD & GRASSHOPPER TRAINING SCHEDULE
Why take our training? (instead of leaning by your own)
Self-training in Rhino 3D CAD can sometimes take months and years and many people feel very frustrated. In our training, you will learn solid foundation with logic and case by case problem solving skills which you can't find in YouTube or online Rhino courses.
You will be comfortable using the program after taking our class in less than a month.
Online class is "Live" and there are lots of interactions during the class.
Screen share and mouse/keyboard control are enabled. You can get help remotely, just like an in-person
class. All the sessions will be recorded and you will be able to review the video for your practice.
Intro to Rhino 3D Modeling "Live" Online
Oct. 23, 25, 30, Nov. 1, 6, 8 & 13 (7 sessions)
Mondays and Wednesdays, 6:45 to 9:45 pm (EDT)
Intro to Grasshopper "Live" Online
Oct. 19, 26 , Nov. 2, 9 & 16 (5 sessions)
Thursdays, 6:45 to 9:45 pm (EST)
Intro to SubD Modeling "Live" Online
Nov. 30, Dec. 7, 14 & 21 (4 sessions)
Thursdays, 6:45 to 9:45 pm (EST)
**Please inquire about future classes.
Hands on and interactive. Class size is small and seats are limited. It is often sold out weeks before so please register early to save your spot.
Each session will be recorded and posted after the class for your review.
You will need a PC laptop Rhino Windows version installed.
You can download evaluation version from here: https://www.rhino3d.com/download/rhino-for-windows/6/evaluation
If you use Mac, dividing hard drive with Bootcamp and install Windows is recommended.
Window's version of Rhino is more powerful and user friendly. However you can use Mac version if you would like. Parallel is not supported.
Grasshopper comes with Rhino.
For KeyShot training, you will have an access to KeyShot Pro trial version. This exclusive offer let you try most sophisticated special features which are included in KeyShot Pro.
One-on-one, corporate training/consulting and online training are also available.
Please see Testimonial page from former students for class review.
**Due to limited seating, cancellation or credit request has to be made at least 14 days before a scheduled class. This gives us the opportunity to fill the class. No refund or credit will be given for no-shows.
This class is designed to create familiarity and build solid foundation with Rhino 7. You'll learn to create and edit accurate free-form 3-D NURBS models. Class covers most of Rhino's functionality, including the most advanced surfacing commands. Class use jewelry as geometry however professionals in other field can benefit from the class. You will learn step-by-step 2D drawings and 3D modeling with various exercises and strategies. Lots of supported digital materials such as tutorial Rhino files, various stone templates and cutters, etc. are provided for your use.
(Jewelry modeling/Create jewelry portfolio with KeyShot 10)
This class is designed for people who are already familiar with basic 3D modeling with Rhino. We will go over how to create jewelry models with various exercises such as engagement ring, halo ring and bypass ring with different type of settings.
Lots of practical tips, short cuts and tricks are introduced during the class to help your workflow.
Also introducing photo realistic rendering with KeyShot. KeyShot is everything you need to create amazing visuals fast. The real-time 3D rendering workflow displays results instantly and reduces the time it takes to create realistic product shots. From scientifically accurate material and environment presets to advanced material editing and animation, creating interactive product visuals or sales and marketing imagery has never been easier. Post processing in Photoshop is also covered.
Create impressive jewelry portfolio with KeyShot!
Introduction to Generative Jewelry Design
This class will give you a functional understanding of Grasshopper concepts and parametric design.
Learn and explore how Grasshopper generates unprecedented fluidity and automated tasks to go further the design process, allowing for much greater speed with working on complicated and repeating forms. Grasshopper creates parametric modeling to automate production, new forms, shapes, patterns and your own interfaces. It is only possible with the algorithmic modeling.
· Introduction to Grasshopper interface
· Parameters and Components
· Whole numbers, Decimal numbers, and the Numeric Slider
· Math and Sets Components
· Vectors Components
· Curve Components
· List Management (Sub List, Split List, Shift, Reverse List)
· Series, Range, Cull Patterns
· Introduction to Random
· Divide, Length, Perp Frames, Fillet, Offset and Project
· Introduction to some Transform Components(Move, Scale)
· Introduction to Tree
· Write various definitions. These are examples and contents varies depends on the class.
· Cull Pattern Ring(Cull Pattern, Graft, Boolean Toggle)
· Diamond template, Ring size template by country (File Path, Import 3DM, Value List)
· Voronoi Ring (Evaluate, Populate 2D, Stream Filter, Bounding Box, Various Tree components)
· Door Handle (Reparameterize, Point on Curve, Perpendicular Frame, Sweep 1 Rail)
Intermediate Generative Jewelry Design with Grasshopper
This intermediate class is targeted for creative designers who wants to explore developing critical and comprehensive understanding of parametric design with Grasshopper.
Projects include Prong setting, Bezel Set Eternity Ring, Diamond setting on curve, Image Sampler(Emboss), Pave,
Signet ring, etc.
**Contents may differ depending on the class.