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AI Powered Modelling in Rhino

Introduction of the workshop: Transform the way you design with ChatGPT 6 Astra and Rhino. This course teaches you how to ...

convert written prompts and reference images into structured Python code and editable 3D models. You will learn to generate new geometry, modify and develop existing Rhino files, create refined architectural details, apply materials and automate repetitive modelling tasks. Through practical demonstrations and ready-to-use scripts, you will build a faster, smarter and more flexible workflow—allowing you to spend less time on routine modelling and more time developing your architectural ideas. What You’ll Learn? • Analyse reference images and recreate their geometry. • Generate and run Python scripts directly inside Rhino. • Edit, expand and refine existing Rhino models. • Create accurate forms, materials and architectural details. • Automate repetitive tasks and save modelling time. • Develop reusable scripts for future projects. Methodology This course follows a practical, project-based methodology in which AI supports you throughout the complete design process—from analysing a reference image and developing an effective prompt to generating code, building an editable 3D model and producing a real-time visualisation. Session Content 3 Hours 1. Image to Prompt Learn how to analyse a reference image and convert its geometry, proportions and architectural details into a precise prompt. 2. Prompt to Python Script Transform your design instructions into structured, ready-to-use Python scripts for Rhino. 3. Script to Editable 3D Model Run the generated script inside Rhino to create organised, accurate and fully editable 3D geometry. 4. Adding Fine Details to Your Design Refine your model by adding openings, materials, structural elements, furniture and architectural details. 5. Working Collaboratively with AI Use AI as your design partner to modify existing models, correct errors and develop your project through continuous iterations. 6. Real-Time Rendering and Visualisation Apply materials, lighting and environmental settings to present your completed design through real-time visualisation. Who This Is For • Architects and Interior Designers seeking faster and more intelligent modelling workflows. • Rhino Users who want to integrate AI into their everyday design process. • Architecture Students and Educators exploring prompt-based design and computational modelling. • Computational and Parametric Designers interested in generating Rhino Python scripts with AI. • 3D Modellers and Visualisers who want to transform prompts and reference images into editable models. • Beginners in Coding who want to use Python inside Rhino without requiring advanced programming experience. What`s Included -Every workflow demonstrated on real projects, opened up so you can rebuild it yourself -Access to the session recordings -Live Google Meet link and materials, sent on enrollment FAQ Do I need coding experience? No. The course introduces the required Python workflow step by step, making it accessible to designers without advanced programming knowledge. Do I need previous Rhino experience? Basic Rhino knowledge is recommended, including navigation, object selection, layers and standard modelling commands. Which version of Rhino is required? The course is designed for Rhino 8, using its integrated Python 3 Script Editor. What software do I need? You need Rhino 8, access to ChatGPT 6 Astra and an internet connection for working with AI. Can I create models from reference images? Yes. You will learn how to analyse an image, extract its design information and convert it into a structured prompt, script and editable 3D model. Can I modify an existing Rhino file? Yes. The course demonstrates how AI-generated scripts can develop, refine and add details to existing Rhino models. Are the generated models editable? Yes. The scripts create organised Rhino geometry that can be selected, modified and developed after generation. Are ready-to-use scripts included? Yes. Practical scripts and examples are provided for use, study and adaptation in future projects. Does the course cover materials and rendering? Yes. You will learn to add materials, lighting and environmental settings for real-time architectural visualisation. Will AI create a perfect model automatically? AI accelerates the modelling process, but professional review and refinement remain essential for accuracy, constructability and design quality. What Language Is The Course In? English. Software Used ChatGPT 6 Astra paid plan. Krea AI paid plan. Rhino 8 Transform the way you design with ChatGPT 6 Astra and Rhino. This course teaches you how to convert written prompts and reference images into structured Python code and editable 3D models. You will learn to generate new geometry, modify and develop existing Rhino files, create refined architectural details, apply materials and automate repetitive modelling tasks. Through practical demonstrations and ready-to-use scripts, you will build a faster, smarter and more flexible workflow—allowing you to spend less time on routine modelling and more time developing your architectural ideas.

Instructor

Mohammad Jumaa

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AI Powered Modelling in Rhino

Mohammad Jumaa

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Course details

Duration : 4 Session

Lectures : 9

Video : 1 Hour

Level : Beginner To Advanced

Description
Curriculum
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Welcome to AI–Powered Modelling in Rhino

Note: Sign up to enroll in the course.

Transform Ideas into 3D Models with AI

Use artificial intelligence, intelligent prompts, and Python scripting to accelerate your Rhino workflow.

Where architectural creativity meets computational intelligence.

Introduction

Are you ready to transform the way you design and model in Rhino?

AI-Powered Modelling in Rhino is a practical course created for architects, designers, and students who want to integrate artificial intelligence into their architectural workflow.

You will learn how to transform written prompts and reference images into structured instructions, generate Python scripts, and run those scripts directly inside Rhino 8 to create editable 3D geometry.

The course focuses on a complete AI-assisted workflow:

Image → Prompt → Python Script → Rhino 3D Model

Rather than replacing the architect, AI becomes your intelligent design assistant—helping you explore ideas, automate repetitive tasks, generate complex geometry, add architectural details, and save valuable modelling time.

1. AI Powered Design Workflow

Learn how to communicate effectively with AI and convert architectural ideas into clear modelling instructions. You will understand how to structure prompts that describe geometry, dimensions, materials, construction sequences, and design requirements.

2. Image-to-3D Modelling

Discover how to analyse architectural reference images and transform their visible characteristics into detailed prompts and executable Rhino Python scripts.

You will learn how AI interprets:

Building massing and proportions
Curves and surface continuity
Façade systems and openings
Structural rhythms
Materials and colours
Architectural details
Spatial relationships

3. Prompt-to-Script Generation

Learn how to write accurate prompts that instruct AI to generate Python scripts specifically for Rhino 8.

The course will show you how to define:

Project dimensions and geometry
Modelling sequences
Layers and object organisation
Materials and colours
Parametric variables
Construction animations
Editable architectural components

4. Script-to-3D Model

Run AI-generated Python scripts directly inside Rhino and watch your project develop as editable 3D geometry.

You will learn how to review the results, identify modelling errors, correct the script, regenerate elements, and continue developing the model manually using Rhino’s native tools.

5. Intelligent Design Development

AI can help you move beyond basic massing. You will learn how to use it to add and refine:

Façade systems
Curtain walls
Floors and slabs
Columns and structural elements
Doors and windows
Interior divisions
Materials
Landscape elements
Architectural details

6. Time-Lapse Construction Animation

Learn how to create scripts that build the model progressively, allowing you to present the modelling process as a construction-style time-lapse animation.

7. AI-Assisted Visualisation

Explore how AI can support your visualisation workflow by helping you define materials, lighting, atmosphere, camera intent, and rendering prompts while preserving the original architectural design.

8. Editable and Expandable Rhino Models

The generated model remains inside Rhino, allowing you to:

Edit the geometry
Change dimensions
Add further details
Continue modelling manually
Apply materials
Prepare drawings
Export the project to other software
Develop the concept into a more advanced architectural model

What You Will Learn

How AI can support architectural modelling
How to write effective prompts for Rhino
How to analyse an architectural image
How to convert an image into a detailed modelling prompt
How to transform a prompt into a Rhino Python script
How to run Python scripts inside Rhino 8
How to generate editable 2D and 3D geometry
How to automate repetitive modelling operations
How to control dimensions, layers, materials, and object organisation
How to create complex forms and curved architecture
How to generate façade systems and architectural components
How to add details to an existing design
How to correct and improve AI-generated scripts
How to create time-lapse construction animations
How to combine AI efficiency with your own architectural judgement
How to continue editing and developing the generated Rhino model

Course Methodology

Each exercise follows a clear and practical process:

01 — Image to Prompt

Analyse an architectural image and extract its geometry, proportions, materials, façade logic, and design characteristics.

02 — Prompt to Script

Convert the architectural description into a detailed prompt that guides AI in generating a structured Python script for Rhino 8.

03 — Script to 3D Model

Run the generated script inside Rhino and automatically create editable architectural geometry.

04 — Add Architectural Details

Develop the generated model by adding slabs, façades, openings, structural components, materials, and other design elements.

05 — AI Works with You

Use AI as an interactive modelling assistant to modify the script, solve errors, explore alternatives, and improve the model progressively.

06 — Real-Time Visualisation

Prepare the model for materials, lighting, presentation, and AI-assisted rendering workflows.

Course Content

Introduction to AI-powered architectural modelling
Understanding the relationship between AI and Rhino
Preparing Rhino 8 for Python scripting
Writing effective architectural prompts
Image analysis and geometric interpretation
Image-to-prompt workflows
Prompt-to-code workflows
Generating Rhino Python scripts
Creating basic and advanced geometry
Developing complex architectural forms
Adding façade systems and building components
Organising geometry using layers
Applying colours and materials
Editing and debugging generated scripts
Creating progressive modelling animations
Preserving the active Rhino viewport
Developing generated models manually

Who Is This Course For ?

This course is suitable for:

Architects
Architecture students
Interior designers
Computational designers
Rhino users
3D modellers
Parametric designers
Visualisation artists
Designers interested in artificial intelligence
Professionals seeking faster and more intelligent workflows

Basic knowledge of Rhino is recommended, but advanced programming experience is not required. The course explains the workflow clearly and demonstrates how AI can assist with script generation.

Benefits

Learn a future-focused architectural workflow
Reduce time spent on repetitive modelling tasks
Transform ideas into editable Rhino geometry
Generate scripts without requiring advanced coding experience
Improve your prompt-writing and computational-thinking skills
Explore more design alternatives in less time
Combine AI speed with professional architectural judgement
Continue editing every generated model inside Rhino
Build practical skills applicable to real architectural projects
Receive a Certificate of Completion

Software and Tools

Rhino 8
Python 3 inside Rhino
ChatGPT Astra 6
Rhino’s native modelling tools

Language :

English

Learning Format

Recorded video lessons
Step-by-step demonstrations
Practical architectural exercises
Ready-to-use prompts
Rhino Python scripts
Downloadable learning resources
Self-paced online learning

Course Preview

Exercises and Projects

Throughout the course, you will complete practical exercises covering:

Basic geometry generated through AI
Architectural massing
Curved and complex forms
Towers and skyscrapers
Façade systems
Curtain-wall generation
Parametric building components
Image-to-3D modelling
Detailed architectural models
Construction time-lapse animations
AI-assisted architectural visualisation

Instructor

Mohammad Jumaa

Founder of Sine Studio

Mohammad Jumaa is a Syrian architect, computational designer, and architectural educator. He holds a Bachelor’s degree in Architecture from the International University for Science and Technology and a Master’s degree in Architecture from Beirut Arab University.

His professional and academic interests include architectural design, computational design, parametric modelling, sustainability, digital fabrication, artificial intelligence, and advanced visualisation workflows.

Mohammad has professional experience as an architect at Reparametrize Studio, where he has contributed to projects combining architectural design with computational and parametric methodologies.

As the founder of Sine Studio, he has taught architectural design and software courses since 2018, helping students and professionals develop practical skills in digital design, modelling, visualisation, and emerging technologies.

Architectural Software Courses

[ Grasshopper | Rhino | V-Ray for Rhino | Revit | Lumion ]

Academic Courses

[ Parametric | Design Class | Diagram Analysis | Concept ]