--- title: "Unreal Engine for 3D Game Art: What Artists Actually Do in the Engine" description: "Unreal Engine 3D art for games: importing from Blender or Maya, materials, Nanite, Lumen, lighting and Blueprints, and what to learn first." image: https://cada-edu.com/hubfs/Student%20Artwork/knightOwl_screenshot.png --- [Go Back Up](https://cada-edu.com/guides/unreal-engine#top) [Skip to Content](https://cada-edu.com/guides/unreal-engine#body) [![Copenhagen Academy of Digital Arts](https://cada-edu.com/hs-fs/hubfs/Logo_CADA_White_AlphaHD.png?width=200&height=60&name=Logo_CADA_White_AlphaHD.png "Copenhagen Academy of Digital Arts")](https://cada-edu.com/) Toggle Menu - [Educations](https://cada-edu.com/educations) Toggle children for Educations Main Menu (Press to Return) \> Educations - [Certificate in 3D for Games](https://cada-edu.com/certificate-in-3d-for-games) - [Diploma / BA (Hons) Degree](https://cada-edu.com/3d-digital-artist) - [Courses](https://cada-edu.com/courses) Toggle children for Courses Main Menu (Press to Return) \> Courses - [Free 3D Bootcamp](https://cada-edu.com/3dbootcamp) - [3D Animation Essentials](https://cada-edu.com/3d-animation-essentials) - [3D Portfolio Essentials](https://cada-edu.com/3d-portfolio-essentials) - [Sculpting in ZBrush](https://cada-edu.com/sculpting-in-zbrush-course) - [Unreal Engine for Filmmaking](https://cada-edu.com/unreal-engine-filmmaking-virtual-production) - [Continuing Education](https://cada-edu.com/continuing-education) - [Contact Us](https://cada-edu.com/contact) - Resources Toggle children for Resources Main Menu (Press to Return) \> Resources - [News](https://cada-edu.com/news) - [Guides](https://cada-edu.com/guides) - [Book Meeting](https://meetings-eu1.hubspot.com/adam-mayes) - - [English](https://cada-edu.com/guides/unreal-engine) - [Danish](https://cada-edu.com/da/guides/unreal-engine) # Unreal Engine for 3D Game Art: What Artists Actually Do in the Engine [mailto:?subject=Unreal%20Engine%20for%203D%20Game%20Art%3A%20What%20Artists%20Actually%20Do%20in%20the%20Engine&body=https%3A%2F%2Fcada-edu.com%2Fguides%2Funreal-engine](mailto:?subject=Unreal%20Engine%20for%203D%20Game%20Art%3A%20What%20Artists%20Actually%20Do%20in%20the%20Engine&body=https%3A%2F%2Fcada-edu.com%2Fguides%2Funreal-engine) Unreal Engine is a game engine made by Epic Games. For a 3D artist it is where your work stops being a still render and becomes part of a game: assets are lit, given materials, placed in levels and seen in real time, the way the player will see them. This guide covers Unreal Engine 3D art for games: what artists actually do in Unreal, from importing a model to lighting a level, and what to learn first. One thing to know up front: Unreal is not where most game art is made. Models, sculpts, UVs and textures are created in applications like Blender, Maya, ZBrush and Substance Painter, then brought into the engine. So the order matters. If you have never modelled anything, start with the basics of a 3D application first. The [free Blender 3D Bootcamp](https://cada-edu.com/3dbootcamp) does exactly that: you learn Blender from scratch, and the last session takes your work into Unreal Engine. ## What Unreal Engine is and why game art teams use it A game engine is the software that runs a game: it draws the graphics, handles physics, plays sound and animation, and runs the gameplay logic. Unreal Engine covers all of that for game development, and it also gives artists an editor where they can build and test the game world directly. Art teams like Unreal for practical reasons. You see final-quality lighting and materials as you work, so you are not guessing how an asset will look in the game. Artists can build materials, light levels and set up simple interactions without waiting for a programmer. And the engine is used across a large part of the industry, from small independent teams to large studios, so the skills carry over between jobs. It is free to download and use. For games, Epic charges a 5% royalty only once a product's lifetime gross revenue passes 1 million US dollars, with some exceptions. Terms can change, so check the current [Unreal Engine licence page](https://www.unrealengine.com/en-US/license) before you plan a commercial release. ![Poster for the student game A Knight to Remember, showing a stylised armoured knight above an island village](https://cada-edu.com/hs-fs/hubfs/Student%20Artwork/class20_AKTR_poster_sem2.png?width=330&height=467&name=class20_AKTR_poster_sem2.png)*Game made by one of the student teams from Class 20* ## Getting assets in from Blender or Maya Most art reaches Unreal as an FBX file. ### Scale and pivot Unreal works in centimetres. Blender defaults to metres, so set up your scene units before you model, and check the size of every asset against a reference in the engine, such as the default mannequin. The pivot point comes from the origin of your 3D scene, so model props at the origin with the pivot where it makes sense: at the base of a crate, at the hinge of a door. ### Static meshes and skeletal meshes Unreal treats geometry in two main ways. A static mesh does not deform: rocks, walls, crates, weapons. A skeletal mesh is bound to a skeleton so it can bend and animate: characters, creatures, anything with a rig. You choose which one at import. ### Collision Collision is a simplified shape the engine uses to work out what the player can bump into or stand on. It should be far simpler than the visible mesh. Unreal can generate basic collision automatically, but for anything the player touches often, make your own in your 3D application and name it so the importer recognises it, for example with the UCX\_ prefix for a convex shape, followed by the mesh name. ### LODs LODs (levels of detail) are lower-polygon versions of a mesh that swap in as it gets further from the camera. You can import them with the mesh or generate them inside Unreal. With Nanite, explained below, static meshes often do not need hand-made LODs, but skeletal meshes usually still rely on them. ## Materials and the Material Editor In Unreal, a material decides how a surface reacts to light: its colour, roughness, metalness and normal detail. You build materials in the Material Editor, a node-based graph where you connect texture samples and maths nodes into the inputs of the material. The habit that separates professionals from beginners is the material instance. You build one parent material with parameters exposed, such as tint colour, roughness strength or texture slots, and then create instances of it for each variation. Changing an instance does not recompile the shader, so it updates almost immediately, and a whole set of props can share one well-built parent. A practical point: when you import an FBX, Unreal can create basic materials from it, but only some texture maps are connected for you. Expect to set up your materials properly inside the engine rather than relying on what comes in with the file. ## Nanite and Lumen in plain terms ### Nanite Nanite is Unreal's virtualised geometry system. It renders very detailed meshes by only drawing the detail that is visible on screen at that moment, and it handles levels of detail automatically. Environment artists can use much denser meshes for rocks, cliffs and props than older polygon budgets allowed. What Nanite does not change matters just as much: - It is about geometry, not textures. Texture memory, texture resolution and material cost still count. - It supports opaque and masked materials. Translucent surfaces such as glass and water work the traditional way. - Characters still need clean topology that deforms well, good UVs and a sensible polycount. Nanite does not fix bad modelling. - Studios still set budgets, and file size and production time are budgets too. A 10 million polygon crate is not good practice just because the engine can draw it. ### Lumen Lumen is Unreal's dynamic global illumination and reflections system. Global illumination is light that bounces off surfaces and lights other surfaces, which is what makes a room look naturally lit. With Lumen, that bounce light updates in real time, so you can move the sun or open a door and the lighting reacts without a rebuild. The trade-off is cost. Lumen is designed for current-generation consoles and PCs, and its quality settings directly affect performance. When Lumen is on, baked lightmaps are switched off. Projects that need to run on lower-end hardware often turn Lumen off and bake their lighting into lightmaps instead. As an artist, you should understand both approaches. ## Lighting a level Lighting is where a level comes together, and it is a skill in its own right. A typical outdoor setup starts with a directional light for the sun, a sky light for ambient light from the sky, and fog to give depth. Interiors add point and spot lights where the space suggests them: a window, a lamp, a fire. Light with intent. Use brightness and colour contrast to lead the player towards the path, the door or the objective. Keep the number of shadow-casting lights under control, because each one has a cost. And use post-processing (exposure, colour grading) to finish the look, not to rescue poor lighting. ![Poster for the student game Soul Shepherd, showing a small character with a backpack on a rock facing mountains and a glowing spirit in the sky](https://cada-edu.com/hs-fs/hubfs/Student%20Artwork/gameProject_soulShepherd_poster.png?width=352&height=506&name=gameProject_soulShepherd_poster.png)*Game made by one of the student teams from Class 20* ## Blueprint basics for artists Blueprint is Unreal's visual scripting system. Instead of writing code, you connect nodes in a graph to create behaviour: a door that opens when the player walks up, a light that flickers, a pickup that disappears when collected. It gives non-programmers access to most of what gameplay code can do. As an artist you do not need to become a gameplay programmer, but a little Blueprint goes a long way. Learn how to make an actor Blueprint that combines a mesh, a light and a sound into one reusable object, how to respond to the player overlapping a trigger, and how to change a material parameter at runtime with a dynamic material instance. That is enough to make environments feel alive. ## Sequencer for in-game cinematics Sequencer is Unreal's multi-track editor for cinematic sequences. You animate cameras, characters, lights and objects on tracks, much like a timeline in an animation or editing application, and the result plays in real time inside the game. Teams use it for cutscenes, level intros and scripted moments, and a sequence can be triggered by an in-game event. It is also a simple way to present portfolio work in-engine. ## Fab and Megascans Fab is Epic's content marketplace and the successor to the Unreal Engine Marketplace. It offers models, materials, plugins and environment packs, and it is built into the Unreal Editor so you can bring assets straight into a project. Quixel Megascans, the library of scanned rocks, ground surfaces, plants and props, is now distributed through Fab too. The offer of the whole library for free ended at the end of 2024, and some Megascans assets are still offered free, so check each asset's licence on Fab. Marketplace assets are useful for blocking out a level or filling the background. They do not replace your own work in a portfolio. Studios want to see what you made, so if you use bought or free assets, say so clearly. ## Procedural work: Houdini and Unreal Procedural artists build systems that generate content instead of placing every piece by hand: scattering rocks and plants across terrain, building fences along a path, or generating whole buildings from a few rules. Unreal has its own Procedural Content Generation (PCG) tools for this, and Houdini, the node-based procedural application from SideFX, connects to Unreal through the Houdini Engine plugin so tools built in Houdini can be used inside the editor. This is the focus of the Procedural specialisation in CADA's Certificate in 3D for Games, which uses Houdini and Unreal. If that kind of work interests you, our guide to [Houdini for games](https://cada-edu.com/guides/houdini-vfx-for-games-what-its-used-for-and-how-to-start) explains what it is used for and how to start. ![Poster for the student game Knight Owl, showing a stylised castle and windmill in a bright green meadow](https://cada-edu.com/hs-fs/hubfs/Student%20Artwork/KnightOwlPoster_Gr01.png?width=345&height=505&name=KnightOwlPoster_Gr01.png)*Game made by one of the student teams from Class 21* ## What to learn first, and common beginner mistakes If you are new to Unreal, learn it in this order: 1. Moving around the editor, placing actors and using the Content Browser. 2. Exporting a simple prop from your 3D application with correct scale, pivot and collision. 3. Building one parent material and several instances from it. 4. Lighting a small scene: sun, sky light, fog and a few local lights. 5. A small Blueprint, such as a door or a pickup. 6. Only then Sequencer, PCG and more advanced systems. The most common beginner mistakes: - Wrong scale, so a chair is the size of a house or a door the player cannot fit through. - Using the visible mesh as collision, or having no collision at all. - A new material for every asset instead of instances of a shared parent. - Trusting Nanite to excuse messy topology or huge textures. - Filling a scene with marketplace assets and calling it a portfolio piece. - Starting with an open world. Build one small, finished, well-lit room first. If you are still deciding where Unreal fits next to your modelling tool, read our [Unreal Engine vs Blender comparison](https://cada-edu.com/guides/unreal-engine-vs-blender-comparison-overview). ## Start working in Unreal Engine If you are a beginner, start with the [free Blender 3D Bootcamp](https://cada-edu.com/3dbootcamp): six live one-hour online sessions over three weeks, recorded, with no experience needed. You learn Blender and take your work into Unreal Engine in the final session. If you are ready to commit to game art, the [Certificate in 3D for Games](https://cada-edu.com/certificate-in-3d-for-games) is a 60-week online programme with team projects every term, from a walkable story environment to a playable level and a vertical slice. You try each specialisation (3D Art, Tech Art, Animation and Procedural) before choosing one. No 3D experience or portfolio is needed to apply, and software licences are included. ## CADA ## Ready to Transform your Business with Little Effort Using Brightlane? [Register Now](https://www.example.com) You May Like These ## Related Articles ![](https://cada-edu.com/hs-fs/hubfs/Imported_Blog_Media/gabrielBachmann_ganesha_actionPose.png?width=700&name=gabrielBachmann_ganesha_actionPose.png) ### [What Is 3D Animation? How It Works, From Rigs to Game Animation](https://cada-edu.com/guides/animation) ![](https://cada-edu.com/hs-fs/hubfs/animation_movement%20-%20cropped.png?width=700&name=animation_movement%20-%20cropped.png) ### [Understanding The 12 Principles Of Animation](https://cada-edu.com/guides/understanding-the-12-principles-of-animation) ![](https://cada-edu.com/hs-fs/hubfs/Artwork/characterDesign/rikkePadovan_parrotGirl_03-1.jpg?width=700&name=rikkePadovan_parrotGirl_03-1.jpg) ### [Three-Point Lighting: Setup, Key/Fill/Back Light, with Diagrams](https://cada-edu.com/guides/three-point-lighting) --- [![Copenhagen Academy of Digital Arts](https://cada-edu.com/hs-fs/hubfs/Logo_CADA_White_AlphaHD.png?width=200&height=60&name=Logo_CADA_White_AlphaHD.png "Copenhagen Academy of Digital Arts")](https://cada-edu.com) **Nyropsgade 23, 4. Floor** **1602 Copenhagen** [Contact us](https://cada-edu.com/contact) © Copenhagen Academy of Digital Arts. All rights reserved [Terms and Conditions](https://cada-edu.com/terms-and-conditions) | [Privacy Policy](https://cada-edu.com/privacy-policy) | [Cookies Policy](https://cada-edu.com/cookies-policy)  CVR: 25772385 ```json { "@context" : "https://schema.org", "@type" : "BlogPosting", "author" : { "@type" : "Person", "name" : "CADA", "url" : "https://cada-edu.com/guides/author/cada" }, "dateModified" : "2026-10-20T16:23:52.633Z", "datePublished" : "2024-04-23T08:18:16.000Z", "headline" : "Unreal Engine for 3D Game Art: What Artists Actually Do in the Engine", "image" : [ "https://cada-edu.com/hubfs/Student%20Artwork/knightOwl_screenshot.png" ], "mainEntityOfPage" : { "@id" : "https://cada-edu.com/guides/unreal-engine", "@type" : "WebPage" }, "publisher" : { "@type" : "Organization", "logo" : { "@type" : "ImageObject", "url" : "https://cada-edu.com/hubfs/Logo_CADA_White_AlphaHD.png" }, "name" : "Copenhagen Academy of Digital Arts" } } ```