Who Should Attend Rhino 3D Evening Training Course?
Click here for info.https://www.londondesigntrainingcourse.co.uk/product-page/rhino-3d-evening-training-course
This Evening Course is for individuals seeking to learn 2D and 3D modeling skills in a supportive and creative learning environment. Whether you are new to Rhino or want to expand your existing knowledge, this course is for product, furniture, architectural, and jewelry design industries.
Duration: 10 hrs
Method: 1-on-1, Personalized attention
Schedule: Tailor your own schedule hours of your choice, available from Mon to Sat between 9 am and 7 pm
Course Inclusions:
* Free Lifetime email support: Enjoy the flexibility of a free lifetime email
support.
* Expert Instruction: Learn from experienced architects, designers, and
software professionals, ensuring top-notch teaching.
* Hands-On Learning: Engage in practical, hands-on lessons with personalized
project work to apply your skills effectively.
* Digital Reference: Access valuable video tutorials and a digital reference
book for convenient revision and continuous development.
* London Design Training Course Certificate of Completion: Receive a
certificate upon course completion, enhancing your CV and LinkedIn profile.
* Free Career Guidance: Benefit from career guidance, including tips on job
applications and setting up a creative business, to stand out in the
competitive design industry.
Rhino 3D Basic to Intermediate Training Course
Course Duration: 10 hours
Introduction to Rhino and Interface:
* Familiarizing with Rhino's command system and toolbar usage.
* Navigating the geometry menus, command line, and status bar efficiently.
* Understanding the Properties window and its functionalities.
* Managing file operations, including opening and saving files.
* Grasping the three entity types: curves, surfaces, and solids.
* Exploring various geometric elements, such as Bezier curves, B-splines, NURBS
objects, isocurve surfaces, and mesh surfaces.
* Setting measurement units for accurate modeling.
Navigation:
* Introducing the viewport and its features.
* Using construction planes to aid in modeling.
* Utilizing shading modes for better visualization.
* Learning essential viewport controls: pan, zoom, rotate, and reset.
Workflow Basics:
* Creating basic objects like curves, surfaces, and solids.
* Performing fundamental transformations to manipulate objects.
* Organizing projects efficiently using layers.
Drawing: 2D Geometry:
* Understanding the creation of lines, polylines, rectangles, polygons, arcs,
circles, and ellipses.
* Drawing freeform curves for more creative designs.
Modeling: 3D Surfaces:
* Comparing various 3D surface types.
* Utilizing extrusion to add features to models.
* Creating surfaces with loft, revolve, rail revolve, sweep rail, and network
surface commands.
* Constructing complex surfaces with the Network Surface tool.
Modeling: 3D Solids:
* Introducing solid modeling techniques.
* Creating solids with primitives and curves.
* Applying Boolean operators to create unique shapes.
* Editing solids using the solid edit tool.
* Transforming solids and incorporating modeling aids like Grid Snap, Ortho,
and Planar.
Editing and Transforming Objects:
* Using Fillet and Chamfer to edit corners.
* Employing curve Booleans for trimming and splitting.
* Mastering the Drag and Nudge tools for object movement and rotation.
* Copying, pasting, and grouping objects effectively.
* Scaling and duplicating objects with the Mirror command.
Analysis and Degrees:
* Understanding degrees of curves and surfaces.
* Creating screen captures for quick proofs.
* Generating 2D views and rendering projects.
Preparation for 3D Printing and Manufacturing:
* Preparing models for prototyping by ensuring closed gaps.
* Using the shell technique to create wall thickness suitable for 3D printing.