V-Ray, built by Chaos, is the rendering engine behind a large share of the architectural visualization, interior design, and product rendering work produced today. This course goes beyond button-pushing tutorials – you’ll learn the logic behind physically accurate lighting, real-world material creation, and render optimization inside 3ds Max and SketchUp. By the time you finish, you’ll be able to take a raw 3D model and turn it into a render that looks like a photograph, using workflows studios are actually running in 2026, including V-Ray’s built-in AI ideation tool, Veras.
Prerequisites
There’s no strict prerequisite to join this V-Ray training, but you’ll get the most out of it if you already have basic familiarity with a 3D modeling application such as 3ds Max, SketchUp, or Rhino. If you’ve never opened any 3D software before, spend a week or two on the fundamentals of your chosen platform first – this course is focused on rendering, not modeling from scratch. A computer with a dedicated GPU (NVIDIA is recommended, since V-Ray GPU uses RTX acceleration) will make the hands-on labs noticeably smoother.
Course Objectives
- Understand how V-Ray’s physically based rendering engine calculates light, shadow, and reflection
- Build production-ready materials using the V-Ray Material Editor and node-based workflows
- Set up three-point, HDRI, and sun/sky lighting for both interior and exterior scenes
- Configure cameras, exposure, and depth of field the way a working visualization artist would
- Optimize render settings for speed without sacrificing image quality
- Use Chaos Cloud and distributed rendering to cut turnaround time on large projects
- Apply AI-assisted tools such as Veras to speed up early-stage design ideation
- Put together a portfolio that’s strong enough to use for freelance pitches or job applications
What You Will Learn
- The V-Ray interface, render engine settings, and the real difference between CPU, GPU (RTX), and hybrid rendering
- Physically based materials – diffuse, reflection, refraction, glossiness, and layered material setups
- Real-world lighting: VRaySun, VRaySky, dome lights, IES profiles, and HDRI-based lighting
- Physical camera settings, white balance, and post-processing inside the V-Ray Frame Buffer
- Chaos Scatter for populating scenes with vegetation, crowds, and repeated assets
- Denoising, adaptive sampling, and render element passes for compositing
- Animation and walkthrough rendering basics, plus distributed rendering with Chaos Cloud
- Working with Veras for AI-assisted concept generation and material exploration inside V-Ray
- Troubleshooting the render errors every artist eventually hits – noise, fireflies, GI flicker, material banding
Who Should Take This Course?
This course is built for anyone who wants to turn 3D models into believable, client-ready visuals, including:
- Architects and architectural visualizers who want faster, more realistic output
- Interior designers who want to present concepts as photorealistic renders instead of flat 3D views
- 3D artists and CG generalists adding a rendering specialization to their skill set
- Product designers who need studio-quality render presentations
- Students and recent graduates from architecture, design, or animation programs
- Freelancers who want to add rendering services on top of their existing modeling work
Skills You Will Gain
- Physically based lighting and exposure control
- Material authoring and texture mapping
- Render optimization and troubleshooting
- V-Ray 7 for 3ds Max and V-Ray for SketchUp
- Chaos Cloud rendering and collaboration tools
- Veras for AI-assisted visualization
- Composition, framing, and color grading for visual storytelling
- Render farm workflows, file organization, and client-ready output preparation
Tools Covered
- V-Ray 7 for 3ds Max
- V-Ray for SketchUp
- Chaos Cloud (rendering and collaboration)
- Chaos Scatter
- Veras (AI-powered visualization)
- Chaos Vantage (real-time ray-traced viewer)
- Adobe Photoshop (for render post-production)
Career Outcomes
V-Ray shows up as a required or preferred skill in a large share of architectural visualization and CG job postings. Learners who complete this certification typically qualify for roles such as:
- 3D Visualizer / Archviz Artist
- Interior Rendering Specialist
- CG Generalist
- Product Visualization Artist
- Freelance Rendering Artist
- Junior Lighting Artist (studio pipelines)
- Architectural Design Visualizer
Why Choose kodestree?
kodestree’s V-Ray training is built around how studios use the software today, not recycled tutorials from years ago. Here’s what’s included:
- Live, instructor-led online sessions with a practicing V-Ray professional
- Real project briefs instead of generic stock demo scenes
- Lifetime access to recorded sessions and course material
- Flexible weekday and weekend batch timings
- One-on-one doubt resolution support
- Placement assistance with resume and portfolio review
- Globally recognized course completion certificate
