KeyShot Material Masterclass
Here's the problem.
Materials are the single biggest factor separating a convincing rendering from a fake-looking one. You can have perfect lighting, great camera angles, and a beautifully modeled product, and still produce a rendering that looks wrong, because the materials aren't right.
Most designers know this feeling. The plastic looks too shiny or not shiny enough. The metal doesn't have the right depth. The fabric looks flat. And the frustrating part is not knowing exactly why, or how to fix it.
So you search YouTube. The content is thin. You check the KeyShot Cloud Library and come up empty. You post in an online forum and get an answer that doesn't match your version of the software. You try using purchased textures but the results are disappointing because you're not sure you're applying them correctly.
You settle for close enough. And then you do it all over again on the next project.
The problem isn't the software. The problem is not understanding how KeyShot's material system actually works at a foundational level. Once you do, the guesswork disappears.
What Actually Works
When I joined Luxion as a Global Training Specialist, I had a lot to learn about materials. The team taught me how KeyShot's material and sampling system works, along with its limitations, quirks, and optimal workflows. I was able to ask questions directly to the software developers and chief scientist. I read books on 3D rendering, computer graphics, photography, lighting, and cinematography to understand how materials interact with light in the real world.
Years of study and practice eventually made material creation one of my strongest skills. Today, the Material Graph feels like an extension of my thinking. I can look at a material in a photo or in the real world and immediately understand what it would look like as a network of nodes.
Not everyone has the opportunity to work for KeyShot or spend years studying its intricacies. Nor should they have to. That's why I built this course: to give you the foundation I had to spend years building, in a fraction of the time.
Why Material Skills Matter More Right Now
Companies are replacing expensive photography with rendering. It's faster, cheaper, and more flexible. And in a world where clients expect photo-real results, materials are what make or break the illusion.
You might be wondering whether AI tools can handle material creation for you. AI can be genuinely useful for generating a starting point, but it can't replace a real understanding of how materials work. When a client needs you to match a specific CMF spec, getting the roughness value wrong on an anodized aluminum surface isn't just an aesthetic problem. It's a communication failure that can affect manufacturing decisions. Real client work involves granular, precise revisions: adjust the surface finish slightly, match this specific colorway, make this texture more subtle. That level of control requires understanding how materials actually behave in KeyShot, not just generating something that looks approximately right. AI is a useful tool in the hands of someone who already knows what they're doing. This course is how you get there.
During my three years as KeyShot's Global Training Specialist, I taught design and engineering teams in person at companies including Apple, Tesla, Peloton, and Intel, along with dozens of others. Since then, professionals from many of those same companies have gone on to enroll in my courses independently. This course distills everything I learned from those years into the most comprehensive resource on KeyShot materials available anywhere.
Everything Covered in This Course
The KeyShot Material Masterclass is organized into three sections that build on each other progressively.
Section 1 — Foundations
Chapter 1 — Material Foundations
Material terminology, common material properties, KeyShot material models, KeyShot materials vs third-party materials, texture-to-material workflow, seamless textures, scale and thickness, CPU vs GPU rendering, asset organization, opaque vs transparent vs translucent materials, how light affects materials, and using reference.
Chapter 2 — Anatomy of KeyShot Materials
Material types, linking and unlinking materials, saving, importing and exporting materials, textures, labels, multi-materials, material samples, and index of refraction.
Section 2 — Material, Texture and Node Index
Chapter 3 — Every KeyShot Material Explained
An in-depth look at every single material type available in KeyShot: flat, diffuse, paint, plastic, metal, metallic paint, anisotropic, glass, glass solid, liquid, gem, dielectric, multi-layer optics, plastic transparent, plastic cloudy, translucent, translucent medium, scattering medium, advanced, measured, generic, RealCloth, thin film, velvet, cutaway, emissive, area light, ground, toon, wireframe, and X-ray.
Chapter 4 — All About Textures
Image textures, texture properties, texture names, procedural textures, texture mapping, center-on modes, UV unwrapping, bump vs normal vs displacement maps, asset libraries, and texture creation software.
Chapter 5 — Material Graph Overview
The Material Graph user interface and the anatomy of a node.
Chapter 6 — Every Procedural Texture Explained
A complete reference covering every procedural texture in KeyShot: brushed, mesh, weave, brushed radial, camouflage, cellular, color gradient, contour, curvature, granite, leather, marble, noise fractal, noise texture, occlusion, scratches, spots, vertex color, volume map, and wood.
Chapter 7 — Every Special Node Explained
Texture map, tiled UV, triplanar, video map, and 3D paint.
Chapter 8 — Every Utility Node Explained
Bump add, color adjust, color composite, color invert, color key mask, color to number, curve color randomize, mapping 2D, ray mask, and surface backside mask.
Chapter 9 — Every Animation Node Explained
Color fade and curve fade.
Chapter 10 — Every Geometry Node Explained
Bubbles, flakes, displacement, and fuzz.
Chapter 11 — Adding Imperfections
Seven methods for adding material imperfections: surface imperfections, dust residue, fingerprints and smudges, scratches with exposed underlayer, worn edges, color variation, and bump height variation.
Section 3 — Project-Based Lessons
Chapter 12 — Building Detailed Materials From Scratch
Creating realistic, detailed materials for a collection of bathroom objects including a toothbrush, water carafe, reed diffuser, dental pick, toothbrush holder, comb, cologne bottle, toothpaste tube, lip balm, soap tray, soap bar, hand towel, and wooden box.
Chapter 13 — Bathroom Scene Project
Applying custom-built materials to a full interior bathroom scene, setting up cameras, creating window and physical lighting, making per-camera material refinements, adding imperfections throughout, rendering, and post-production.
Bonus Chapter 14 — 10 Common Materials From Scratch
Creating ten essential materials that every designer eventually needs: bead blasted aluminum, clear polycarbonate, translucent silicone, closed cell PET foam, 3D printed PLA, water droplets, eco paper pulp, textured powdercoat and plastic, geometric surface details, and recycled plastic composite.
Build Real Materials for Real Scenarios
The project-based section of this course is built around a single throughline: a fully detailed bathroom interior scene. But before you apply a single material to that scene, you'll spend time building each one from scratch in a controlled studio environment.
Stage 1 — The MatLAB
Before touching the bathroom scene, you'll work in a dedicated material studio environment called the MatLAB. Using a collection of purpose-built 3D models, you'll create detailed, realistic materials one by one: a toothbrush, water carafe, cologne bottle, soap bar, hand towel, and more. Each object presents its own material challenges and teaches you something specific about how to get a convincing result. By the end of this stage, you'll have a growing library of custom materials saved and ready to use.
Stage 2 — The Bathroom Scene
With your material library built, you'll bring everything into a fully loaded bathroom interior featuring a concrete sink, tiled backsplash, wood cabinetry, floor tile, mirror, faucet, and more. This is where the real complexity begins. Materials that looked great in isolation now need to work together across an entire environment. Bright daylight streams through a window. Camera angles shift what details matter. You'll work through the full pipeline: applying your saved materials, creating additional surfaces for the space itself, setting up cameras, adding physical lights, making per-camera material refinements, painting in dust and fuzz, and finishing with post-production in Photoshop. By the time you're done, you'll have a complete, professional interior scene rendered from multiple camera positions, with materials detailed enough to hold up under close inspection.
Bonus Stage — 10 Common Materials From Scratch
The bonus chapter covers ten materials that come up again and again in real product visualization work, well beyond the bathroom context. These are the surfaces you'll encounter across many different projects: aluminum, polycarbonate, silicone, foam, 3D printed surfaces, water droplets, paper pulp, powdercoat, geometric surface details, and recycled plastic.
Everything You Get When You Enroll
The Complete Course
✓ 166 video lessons
✓ ~22 hours of content
✓ Feature-based reference lessons and project-based lessons
✓ Lifetime access — learn at your own pace
Project Files
✓ The MatLAB KeyShot package file — for exploring material types
✓ MatLAB Models KeyShot package file — for building detailed materials
✓ The Bathroom Scene KeyShot package file — a fully loaded interior scene
✓ MatLAB Bonus KeyShot package file — 10 essential materials from scratch
✓ 16 individual 3D CAD models (for use if KSP files cannot be opened)
✓ HDRIs, labels, and additional texture assets
Reference Material
✓ 79-page Lecture Reference PDF — a condensed visual companion to the lecture-based lessons. Every key concept, diagram, and visual from the course in one document. No scrubbing through videos to find something you half-remember. Just flip to the right page.
Recognition
✓ Certificate of Achievement upon completion
Support
✓ Per-lesson comment sections — ask questions, get answers
✓ Direct email access to Will for additional support
What Changes When You Really Understand Materials
Before this course:
❌ You settle for close enough because you don't know how to build what you actually need
❌ You waste time searching for materials that don't exist in the library
❌ Your renderings look convincing at a distance but fall apart on closer inspection
❌ You don't understand why the same material looks different under different lighting
❌ Third-party textures confuse you and often produce disappointing results
❌ The Material Graph feels intimidating and hard to navigate
After this course:
✅ You can build any material from scratch when the library doesn't have what you need
✅ You understand exactly how every material type, texture, and node in KeyShot works
✅ Your materials hold up under scrutiny because you know how to nail the details
✅ You understand how light interacts with different surfaces and how to use that knowledge
✅ You can drop third-party textures into the Material Graph and know exactly what to do with them
✅ The Material Graph feels like a natural extension of how you think about surfaces
Meet your KeyShot instructor
I wanted to create a platform that enabled me to teach others the skills and techniques I wish I'd known sooner. I share only the most effective methods to create stunning visuals and how to apply this knowledge in practice through my various courses, tutorials and resources.
My Do-The-Work Guarantee
This is a do-the-work guarantee. Work through the course, apply what you learn, and if you genuinely followed the process and still can't implement what I taught, email me at will@willgibbons.com and I'll refund you.
I stand behind the result, not just the experience. What I can't refund is a course that was purchased but never opened.
