
Explore the third method for window modeling using a ready-made model, merging the max file, and adjusting dimensions with the transform toolbox to align the window in the scene.
Model pool water by creating a surface, increase subdivision for natural deformation, apply a semi-transparent material, and use a noise modifier to create waves for a quick render.
Model a pool ladder in 3ds Max by drawing a rectangle above the pool surface, converting to edit spline, applying thickness, fillet, shell, and copying or instancing steps.
Import and organize objects by setting the user library path in preferences, creating folders, importing items, and saving them to the user library for future use.
Export Twinmotion scenes by using the Resource Collector to set an export folder, enable compress, and collect both the Twinmotion file and map files for seamless transfer to another device.
Turn viewport screenshots into realistic architectural renders with ai, preserving camera angles, adding materials and lighting, and generating outputs in 2k via simple image prompts.
Learn how to convert a still render into a cinematic video using Google's AI Flow, including uploading, prompting, choosing video mode, Omniflash, and exporting with 16:9 aspect, durations, and saves.
Explore interior architectural modeling for a professional villa, reconstructing design logic from a real ArchDaily reference and detailing walls, kitchen, TV wall, living areas, bedrooms, and floors.
This course contains the use of artificial intelligence.
Complete 3ds Max for Architecture: Modeling, Rendering & AI
If you want to learn 3ds Max for real architectural projects instead of simply memorizing disconnected tools and commands, this course is designed for you.
Throughout the course, you will develop a complete architectural workflow — from project setup and professional 3D modeling to exterior projects, interior projects, facade design, furniture and asset modeling, Twinmotion rendering, Photoshop post-production, and AI-powered architectural visualization.
The goal is to help you understand how a real architectural project moves from an initial plan or reference to a complete 3D model and professional final presentation.
Learn Through Complete Architectural Projects
This course is built around practical, real-world projects.
In the Exterior Project, you will model a complete modern villa from scratch, including the main architectural form, openings, windows, roofs, architectural details, landscape, paving, swimming pool, ramps, and exterior elements.
In the Interior Project, you will develop a complete villa interior. You will work with floor-plan analysis, functional zoning, kitchen and cabinetry, living and dining areas, bedrooms, bathrooms, flooring, ceilings, furniture, and interior details. The interior workflow continues into rendering, Photoshop, and AI enhancement.
You will also complete a full Building Facade Design and Modeling Project, starting from reference analysis and initial massing and progressing to windows, entrances, facade frames, terraces, railings, and architectural details.
40+ Furniture & Object Modeling Projects
A major part of the course is dedicated to furniture and practical 3D asset modeling.
You will create more than 40 different furniture pieces and architectural objects, including chairs, sofas, tables, consoles, shelves, decorative objects, kitchen elements, cabinets, sinks, faucets, bedroom furniture, bathroom fixtures, and exterior assets.
The goal is not simply to follow 40 modeling tutorials.
You will learn the logic behind clean modeling, scale and proportion, modifiers, optimization, and reusable asset creation, so you can confidently create your own models for future projects.
Instead of depending entirely on ready-made libraries, you will understand how different objects are actually built.
Professional Rendering with Twinmotion
Once the modeling is complete, you will take your projects into Twinmotion.
You will learn the complete visualization workflow, including:
materials, landscape assets, scene setup, architectural camera composition, daylight, night lighting, IES lighting, decals, scene optimization, and final rendering.
This means the course does not stop at 3D modeling.
You will learn how to transform your models into professional architectural visualizations.
Enhance Your Renders with Photoshop
You will also learn how to improve your final architectural renders using Adobe Photoshop and Camera Raw.
You will work with color correction, exposure, white balance, Camera Raw, people, vegetation, atmosphere, and other post-production techniques to create stronger and more presentation-ready images.
The goal is to help you turn a raw render into a more polished architectural image suitable for presentations and portfolios.
AI for Architectural Rendering & Video Creation
The course also includes a dedicated section on AI tools for architects and architectural visualization.
You will learn how to use AI to:
Generate architectural renders from viewport screenshots and initial images
Enhance existing renders
Upscale images and recover details
Place objects into realistic environments
Improve and develop architectural imagery
Convert architectural renders into videos
Integrate AI into your visualization workflow professionally
The AI section also emphasizes an important principle:
AI is a tool, not a replacement for the designer.
You remain in control of the final result while using AI to improve speed, quality, and creative possibilities.
What Will You Be Able to Do After This Course?
By the end of the course, you will be able to take an architectural project from plan and reference to 3D modeling, rendering, and final presentation.
You will gain hands-on experience in:
Exterior Modeling
Interior Modeling
Facade Design
Furniture & Object Modeling
Twinmotion Rendering
Photoshop Post-Production
AI Architectural Rendering & Video Creation
Whether you are an architecture student, architect, interior designer, 3D artist, freelancer, or architectural visualizer, this course is designed to help you build a practical workflow that can be applied to real projects.