Master Rhino 8.
A complete 45-session professional Rhino 8 program covering precision modeling, NURBS, SubD, mesh, architecture, interiors, product design, visualization, fabrication and reverse engineering.
Professional Sessions
From Rhino fundamentals to advanced modeling, visualization, fabrication and a final capstone project.
What is the Rhino 8 Professional Course?
A structured, practical learning journey designed to develop professional Rhino 8 skills from fundamentals through advanced design workflows.
The Rhino 8 Professional Course is a 45-session program focused on developing practical skills in 3D modeling, curves, surfaces, solids, SubD, mesh modeling, architectural design, product design, visualization, documentation, fabrication and reverse engineering.
Instead of learning commands in isolation, the program progressively connects tools, modeling methods and professional project workflows.
- Rhino 8 interface, navigation and precision
- Professional curve and surface modeling
- Solid, SubD and mesh workflows
- Architecture and interior modeling
- Product and industrial design
- Rendering, animation and presentation
- Reverse engineering and fabrication
- Portfolio and final capstone project
Course at a Glance
One platform. Multiple professional modeling workflows.
Build precise and freeform designs using the modeling methods most relevant to modern architecture, product design and fabrication.
NURBS Modeling
Precise curve, surface and solid modeling for professional design workflows.
SubD Modeling
Develop smooth and organic forms using Rhino’s SubD modeling workflow.
Mesh & QuadRemesh
Work with mesh optimization, QuadRemesh and mesh-to-CAD workflows.
Professional Design
Apply Rhino to architecture, interiors, products, industrial design and fabrication.
From first command to professional project.
The curriculum is designed to progressively build technical confidence, modeling control and professional project capability.
Foundations
Interface, navigation, precision, 2D drafting and essential modeling tools.
Advanced Modeling
Curves, surfaces, solids, SubD, mesh, QuadRemesh and advanced geometry.
Design Applications
Architecture, interiors, furniture, products and industrial design.
Professional Output
Visualization, fabrication, documentation, portfolio and capstone.
45-Session Rhino 8 Professional Curriculum
A progressive curriculum covering Rhino 8 fundamentals, advanced modeling, architecture, product design, visualization, fabrication, reverse engineering and professional presentation.
Foundations & 2D Precision
Sessions 01–05
01 Rhino 8 Interface & Workspace
- Interface and workspace
- Viewports and navigation
- Units and document settings
- Grid and object snaps
- SmartTrack and Gumball
- Named Views and file management
02 Drawing & Precision Tools
- Selection and object control
- Line, Polyline and Rectangle
- Polygon, Circle and Ellipse
- Arc and curve creation
- Control point and interpolated curves
- Ortho, Planar and precision drawing
03 Transformation & Editing
- Move, Copy and Rotate
- Scale and Mirror
- Array workflows
- Offset, Trim and Extend
- Split, Join and Fillet
- Chamfer, Rebuild, Match and Blend
04 Construction & Measurement
- Construction points
- Divide and Measure
- Construction lines and rays
- Distance and angle
- Grid Snap, SmartTrack and Planar
- Construction geometry workflows
05 2D Drafting Mini Project
- Architectural floor plan
- Furniture layout
- Layers and organization
- Precision drafting
- Drawing cleanup
- Professional 2D workflow
Advanced Curves & Surface Modeling
Sessions 06–20
06 Advanced Curve Creation
- Advanced curve creation
- Control point and interpolated curves
- Blend curves
- Spiral and Helix
- Rebuild, Fit and Smooth
- Product profile development
07 Curve Editing & Continuity
- Curve editing workflows
- Continuity concepts
- Rebuild and Match
- Blend workflows
- Control point refinement
- Curve cleanup and surface preparation
08 Curve Analysis & Quality
- Curvature graph
- Zebra and curvature analysis
- Deviation analysis
- Match and Blend quality
- Duplicate Edge
- Extract Isocurve
09 Product & Architectural Curves
- Product profile development
- Architectural curves
- Decorative curves
- Chair concept
- Perfume bottle profiles
- Window and façade patterns
10 Professional Curve Mini Project
- Architectural curve project
- Product curve development
- Decorative façade exercise
- Sports bottle concept
- Table lamp / wireless mouse curves
- Construction geometry and quality review
11 Advanced Curve-to-Surface Workflow
- Curve-driven modeling workflows
- Surface preparation concepts
- Clean curve networks
- Profile and rail development
- Accuracy and continuity considerations
12 Surface Creation Foundations
- Curve-based surface creation
- Surface workflow planning
- Surface quality considerations
- Working from controlled curves
- Surface preparation for modeling
13 Surface Editing Workflow
- Surface editing concepts
- Surface refinement
- Surface continuity
- Surface cleanup
- Geometry quality review
14 Surface Analysis
- Surface analysis workflows
- Curvature evaluation
- Zebra analysis
- Deviation concepts
- Surface quality control
15 Surface Continuity & Refinement
- Match and Blend concepts
- Continuity refinement
- Surface transitions
- Quality-oriented modeling
- Professional surface preparation
16 Curve & Surface Cleanup
- Curve cleanup
- Surface preparation
- Geometry organization
- Model quality checks
- Professional modeling discipline
17 Curve-Driven Design Workflow
- Curve-driven product forms
- Architectural curve applications
- Decorative modeling concepts
- Controlled geometry development
18 Professional Geometry Analysis
- Geometry inspection
- Continuity review
- Curvature review
- Deviation concepts
- Surface quality assessment
19 Advanced Curve Project
- Professional curve-driven design
- Product / architectural application
- Curve refinement
- Surface preparation
- Quality review
20 Curve & Surface Workflow Review
- Advanced curve workflow review
- Surface workflow review
- Model organization
- Quality control
- Professional workflow practice
Advanced Modeling, SubD & Mesh
Sessions 21–25
21 Rhino 8 Direct Modeling
- Rhino 8 enhancements
- PushPull
- Direct face editing
- Advanced Gumball
- Move, Offset and Extrude faces
- Merge, Replace and Delete faces
- Named Selections and Properties
22 SubD Modeling
- Mesh vs NURBS vs SubD
- SubD primitives
- Insert Edge
- Slide and Extrude
- Bevel and Bridge
- Crease, Weld and Reflect
- NURBS / SubD conversion
23 Mesh Optimization & Reverse Engineering
- Mesh optimization
- QuadRemesh
- Mesh reduction
- Weld / Unweld
- Mesh analysis and repair
- Mesh-to-SubD
- SubD-to-NURBS
24 ShrinkWrap & Manufacturing Mesh
- ShrinkWrap
- Watertight mesh concepts
- Hole repair
- Normals and edge analysis
- Boolean and mesh splitting
- 3D printing preparation
25 Advanced Modeling Mini Project
- PushPull modeling
- SubD concept development
- QuadRemesh
- ShrinkWrap
- Mesh-to-CAD workflow
- Reverse engineering
- 3D printing / manufacturing concept
Architecture & Interior Design
Sessions 26–30
26 Architectural Modeling Workflow
- CAD import
- Linked CAD references
- Layers and blocks
- Walls and floor plans
- Door and window openings
- Named views and organization
27 Interior Space Planning
- Furniture modeling
- Modular furniture
- Dining table
- Sofa
- Kitchen cabinet
- Wardrobe
- Blocks, Mirror and Array
28 Doors, Windows & Architectural Details
- Doors and windows
- Stairs
- Handrails
- Balcony railings
- Pergola and canopy
- Pipe and Sweep workflows
- Reusable components
29 Façades & Architectural Patterns
- Curtain wall concepts
- Decorative panels
- Louvers
- Pattern development
- Canopy design
- Flow Along Surface
- Array Along Curve
30 Complete Residential Building Project
- Floors and walls
- Doors and windows
- Stairs and roof
- Balcony and boundary
- Living, bedroom and kitchen
- Dining area
- Front elevation and façade
Product Design & Development
Sessions 31–35
31 Product Design Fundamentals
- Product design workflow
- Design thinking
- Sketch and reference import
- Concept development
- Ergonomics
- Proportion and scale
- Revolve, Loft and Sweep
32 Consumer Product Modeling
- Mouse modeling
- Speaker
- Mug
- Lamp
- Blend and Match Surface
- Shell
- Fillet, Chamfer and Boolean
33 Furniture & Assemblies
- Chair
- Table
- Desk
- Bookshelf
- Assembly workflow
- Blocks, Mirror and Array
- Joinery and modular concepts
34 Advanced Product & Mechanical Design
- Multi-part assemblies
- Power bank
- Headphone charging case
- Desktop organizer
- Enclosure modeling
- Shell, Blend and Boolean
- Manufacturing considerations
35 Complete Product Development Project
- Concept development
- Detailed modeling
- Multi-part workflow
- Surface and solid integration
- Design refinement
- Manufacturing-oriented thinking
Rendering, Animation & Presentation
Sessions 36–40
36 Rhino Render & Materials
- Rhino Render fundamentals
- Material library
- Custom materials
- Wood, metal, glass and plastic
- Concrete materials
- Mapping and decals
- HDRI and Asset Manager
37 Lighting & Camera
- Sun lighting
- Point and spot lights
- Directional lighting
- Rectangular lights
- Camera composition
- Named views
- Interior, exterior and product lighting
38 Animation & Walkthroughs
- Animation fundamentals
- Camera animation
- Walkthrough
- Flythrough
- Turntable animation
- Timeline
- Sun study and export
39 Layouts & Technical Documentation
- Layouts
- Detail views
- Make2D
- Dimensions and leaders
- Text and hatch
- Clipping and view capture
- PDF and print output
40 Complete Visualization Project
- Model preparation
- Materials
- Lighting
- Camera composition
- Rendering
- Presentation output
Reverse Engineering, Fabrication & Interoperability
Sessions 41–43
41 Scan-to-CAD & Reverse Engineering
- Scan-to-CAD workflow
- Mesh analysis
- Mesh repair and cleanup
- Mesh reduction
- QuadRemesh and ShrinkWrap
- Mesh-to-SubD
- SubD-to-NURBS
- CAD reconstruction
42 Digital Fabrication
- Additive and subtractive workflows
- 3D printing preparation
- STL preparation
- Mesh validation
- Wall thickness
- Shell and contour workflows
- Unroll and Smash
- CNC and laser preparation
43 CAD Data Exchange & Interoperability
- DWG and DXF
- STEP and IGES
- STL, OBJ and FBX
- SKP and PDF
- AutoCAD and Revit workflows
- SketchUp and Blender
- Twinmotion
- SOLIDWORKS and Fusion 360
Portfolio, Capstone & Professional Development
Sessions 44–45
44 Portfolio Development & Documentation
- Portfolio project development
- Layouts and technical drawings
- Make2D
- Renders and presentation boards
- Annotation and dimensions
- Named views and capture
- PDF presentation
- Client presentation workflow
45 Final Capstone & Professional Review
- Architecture / interior project
- Product design project
- Reverse engineering project
- Fabrication-oriented project
- Rendering and visualization
- Technical documentation
- Manufacturing preparation
- Portfolio submission
- Project presentation
- Assessment and viva
- Industry standards and best practices
- Career, freelance and corporate workflow guidance
Introduction to Grasshopper
Grasshopper is introduced separately as an additional exposure after the core Rhino professional curriculum.
Learners are introduced to Rhino’s visual programming environment and its relationship with Rhino modeling workflows.
- Understanding the Grasshopper environment
- Introduction to parametric design
- Introduction to algorithmic workflows
- Understanding how Grasshopper connects with Rhino
Important
Grasshopper is an additional introduction and is not counted as one of the 45 core Rhino sessions.
Projects that turn Rhino skills into practical ability.
Projects are integrated throughout the learning journey so learners apply modeling concepts instead of only memorizing commands.
2D Drafting
Develop accurate architectural drawings using Rhino precision and drafting tools.
Curve Modeling
Create controlled curves and curve-driven geometry.
Advanced Modeling
Explore SubD, mesh, QuadRemesh, ShrinkWrap and reverse engineering.
Architecture
Model a complete residential building with architectural and interior elements.
Product Design
Develop a product concept from form development through detailed modeling.
Final Capstone
Complete an industry-oriented project and prepare it for professional presentation.
What will you be able to do after the course?
Precision Modeling
Create accurate professional models using Rhino’s NURBS-based workflows.
Advanced Forms
Build complex forms using curves, surfaces, solids and SubD.
Architecture
Develop complete architectural and interior design models.
Product Design
Develop consumer products, furniture and mechanical components.
Visualization
Apply materials, lighting, cameras, rendering and presentation workflows.
Fabrication
Prepare models for 3D printing, CNC, laser cutting and manufacturing.
Where can Rhino 8 skills be applied?
Rhino skills can be applied across a wide range of professional design and 3D modeling workflows.
Designed for learners and professionals.
Maheshkumar Sharma
Authorized Rhino Trainer — Compusoft Education, Surat
Practical Rhino training from fundamentals to professional workflows.
The Rhino program is delivered through Compusoft Education, Surat, with emphasis on practical modeling, design workflows and industry-oriented project development.
CADcity is the CAD training brand of Compusoft Education, Surat.
Practical Rhino Training
“The Rhino training was very practical and focused on real-world architectural modeling.”Hinal Rajput — Architect
Choose the learning format that suits you.
Professional Rhino 8 training with project-based learning and practical guidance.
Rhino 8 Professional
Ideal for learners who want instructor-led practical training in a classroom environment.
- 45 Rhino 8 sessions
- Beginner to Advanced
- Practical projects
- Architecture & product workflows
- Visualization & fabrication
- Final capstone project
- Additional Grasshopper introduction
Personalized Rhino Training
Personalized online training designed for learners who want focused one-to-one instruction.
- 45 Rhino 8 sessions
- One-to-one training
- Project-based learning
- Personalized guidance
- Advanced modeling workflows
- Final capstone project
- Additional Grasshopper introduction
Rhino 8 Course FAQs
How long is the Rhino 8 course?
The Rhino 8 Professional Course is structured as a 45-session training program.
Is this Rhino course suitable for beginners?
Yes. The curriculum starts with Rhino 8 interface, navigation, precision, drawing and modeling fundamentals before progressing into advanced workflows.
What version of Rhino is taught?
The program is based on Rhino 8.
What modeling techniques are covered?
The course covers NURBS modeling, curves, surfaces, solids, SubD and mesh workflows, including QuadRemesh and related advanced modeling techniques.
Does the course cover architectural modeling?
Yes. The curriculum includes walls, furniture, doors, windows, stairs, façades, interiors and a complete residential architectural project.
Does the Rhino course cover product design?
Yes. Product concepts, consumer products, furniture and mechanical components are included in the product design and development module.
Does the course include rendering?
Yes. The course includes Rhino Render, materials, lighting, cameras, rendering and visualization workflows.
Is Grasshopper included?
The program provides an additional introduction to Grasshopper covering the fundamentals of parametric and algorithmic design workflows.
Does the course include reverse engineering?
Yes. The curriculum includes scanned meshes, mesh workflows, scan-to-CAD concepts and reverse engineering.
Does the course cover fabrication?
Yes. The curriculum introduces workflows related to 3D printing, CNC, laser cutting and manufacturing-oriented file preparation.
Is the training available online and offline?
Yes. The course is offered through both online and offline training modes.
Will I complete a final project?
Yes. The final stage includes an industry-oriented capstone project, portfolio preparation, presentation, assessment and viva.
Ready to build professional Rhino skills?
Join the 45-session Rhino 8 Professional Course and develop practical skills across modeling, architecture, product design, visualization, fabrication and professional project workflows.