
Rhino Introduction to Intermediate 3 Day Course
Who is this course for? Our Rhino 3D Introduction to Intermediate 3 Day Course is ideal for anyone looking to learn or expand their 2D and 3D modelling skills in a supportive and creative learning environment. A working knowledge of Rhino is beneficial for anyone looking to further their creative career or gain employment in product, furniture, architectural and jewellery design.
What: Hands-on practical course. The afternoon of day 3 is bespoke allowing for you to work on your projects and portfolio.
When: 3-day course
Time: 9:45am - 4:00pm
Location: London Software Training, 17 Sheep Lane, London E8 3FA.
Or Online: Learn from your home or office with online screen sharing.
Your course price includes:
Free group course re-take within 18 months
Expert teaching from practising architects, designers and software pros
Hands-on, practical lessons - tailoring of syllabus and work on your projects
Class recordings for revision and development
LST certificate of completion for your CV and LinkedIn
Your tutors are designers, makers and architects, as well as software pros. They will guide you on the best way to apply for design roles or set-up a creative business, whilst teaching you all the key technical skills to make your CV and portfolio stand out from the crowd.
Introduction to Rhino and Interface
Understanding Rhino’s command
Using toolbars and buttons to a toolbar
Navigating the geometry menus
Using the command line and status bar
Using the Properties window
Opening and saving files
Understanding the three types of entities: curves, surfaces, and solids
Bezier curves, B-splines, and NURBS objects, isocurve surfaces and mesh surfaces.
Setting measurements units
Navigation
Introducing the viewport
Using construction planes
Shading modes
Navigating the viewport with pan, zoom, rotate and reset controls
Workflow basics
Creating basic objects: curves, surfaces and solids
Performing basic transformations
Organizing a project using layers
Drawing: 2D Geometry
Understanding lines and polylines
Building rectangles and polygons
Creating arcs, circles and ellipses
Drawing freeform curves
Modelling: 3D Surfaces
Comparing different types of 3D surfaces
Extruding surfaces to create features in a model
Creating surfaces with lofts
Using Revolve and Rail Revolve to create surfaces
Using Swwp Rail to create a 3D claw
Creating complex surfaces using Network Surface
Modelling: 3D Solids
Introducing solids
Making solids with primitives
Extruding curves to create solids without primitives
Creating unique shapes with the union, difference and intersection
Boolean operators
Editing with the solid edit tool
Creating and transforming holes in solids
Working with the Grid Snap modelling aid
Using the Ortho modeling aid
Using the Planar modeling iad
Incorporating the Snap modelling aid into your workflow
Setting cursor constraints
Editing and Transforming Objects
Editing corners with Fillet and Chamfer
Trimming and splitting with curve Booleans
Moving and rotating objects with the Drag and Nudge tools
Copying and pasting objects
Grouping objects
Scaling objects
Duplicating objects using the Mirror command
Analysis and Degrees
Defining degrees of curve and surfaces
Creating screen captures for quick proofs
Creating 2D views
Rendering a project
Preperation for 3D Printing and Manufacturing
Preparing a model for prototyping by confirming that all gaps are closed
Using the shell technique to create wall thickness for 3D printing
Rhinoceros 3D, known as Rhino 3D, is a commercial CAD software with multiple 3D modelling tools. It enables you to create shapes with great precision and detail and is compatible with most design softwares.
This London Software Training Rhino course will take you from a beginner to an intermediate level, teaching you how to create 3D shapes from working with curves or mathematical formulas (NURBS). You'll work through engaging exercises, guided by the lecturer. By the end of the course, you will be able to take your sketches and accurately model and document your design ready for product realisation in achitecture, engineering, manufacturing, rendering or animation.