Game Asset and Environment Master Class

Apply texel density concepts to UV layouts for tileable textures, use Substance Painter to create label sheets, and export textures for Unreal Engine with roughness, opacity, and ambient occlusion.

Create a second label sheet with shapes, color, and text, using Photoshop to remove backgrounds and Painter for composition with alpha masks and font consistency across assets.

Learn to prepare and export label sheets from 3ds Max for Unreal Engine using ts_ue4_fbx exporter and UV puppy, then create decals and tileable materials in Unreal.

Create a tileable grid pattern material for game assets by modeling in 3ds Max, baking in Substance Painter, using smart materials, and exporting textures for Unreal.

Learn to build a tiled brick-pattern material in Painter using alpha masks, tile generator, and procedural filters, including bevels, edges, dirt, and scratches, then export to Unreal.

Learn to render game assets in Unreal Engine using HDRI backdrop, camera setup, post-process, and smart materials; present tilable textures on spheres with a grid tile material.

Balance lighting in Unreal Engine with left and right blue-tinted and warm key lights, add background point lights, render a square still with MRQ, and apply Photoshop camera raw adjustments.

Explore creating a tileable grid material through precise modeling, snapping, and instance repetition. Learn to craft seamless edges, use chamfer and bevel, and bake for texture-ready surfaces.

Explore how modern game assets use heavy topology with nanite and LOD in Unreal Engine, contrasting old low-poly methods with high-detail models while emphasizing optimization for performance.

Learn to build a tileable material from a grid pattern, align copies with guidelines, and refine edges with chamfering and bake for seamless texture tiles.

Own the low-poly modeling flow by using symmetry, bevel, chamfer, and weighted normals to create a hard-surface floor model. Manage topology, edge connections, and modular variations across sides and floors.

Master modular asset workflows using a template to modify frames, floors, and walls. Apply UV strategies with unwrap, overlap, symmetry, and multi-channel packs to optimize textures for game assets.

Export modular assets for Unreal Engine, assign and name materials in modeling software, import as meshes, set collision, and build Unreal Engine materials with color tint and texel density controls.

Compare methods for large modular assets, contrasting tileable textures with optimized and unoptimized UVs, label sheets, and painter versus Unreal Engine workflows to preserve texel density and quality.

Finalize assets by using tileable materials for selected objects, manage texel density, and prepare organized naming and UCX collision for seamless Unreal Engine export.

Explore practical optimization strategies for game assets, balancing vertex and triangle counts with UV efficiency, topology, and unwrapping techniques to maximize UV space without sacrificing form.

Apply detail to tileable materials with decals, normals, and alphas in painter, then export to Unreal using two decal forms and color ID masks for a consistent mood.

Import textures, adjust sRGB for emissive and normal maps, create a decal material and its no-color variant, and build a material instance with color tint and optional flip normal.

Master decal workflows in 3ds Max and Unreal, from single decals and trims to trim sheets with UVs. Export, reimport, apply color and standard decals, and refine materials in Unreal.

Learn to prepare a wall model for Painter, create RGB mask placeholders and dirt layers, export textures, and build a flexible Unreal material with lerp and static switches.

Explore beveling with Marmicet Tool Bag v5 to bake custom normals for Unreal Engine, then apply tileable materials and decals, and complete day 3 exercises with organized material graphs.

Learn to unwrap and pack small game assets, prevent UV fragmentation, and prepare textures in Painter for Unreal, while establishing consistent UV channel 3 and density standards.

Learn to unwrap and optimize models by using similar model selection, fix edge distortion, and pack uv islands with pressure points to achieve distortion-free uv maps for multi-channel textures.

Optimize uv layout for game assets by packing models in painter via channel one, maintain 4k texel density, and use overlap and stacking in Ryome, exporting with a single material.

Texture barrels with overlap uv in painter; bake 4k normal maps offline using a cage workflow; refine edges with bevels and smart materials.

Add alphas, uv masks, and height details to create textured barrels, then export to Unreal, build collisions, and set up materials with roughness, normals, and emissive maps.

Demonstrate end-to-end asset creation from painter textures to Unreal materials, including collision, LOD, UV layouts, and a blinking emissive plus LCD text scroll using panner and time.

Import a space hdri, map it with an unlit emissive material on a scene model using adjustable tiling and uv offsets, and enable planer reflections for glass with blue lighting.

Master interior lighting by creating AI-driven light moods and reusable blueprints, then refine with a post-process volume adjusting exposure, bloom, chromatic aberration, vignette, and sharpen.

Learn Unreal Engine lighting techniques, using columns as light sources, door-based point of interest, fake and flicker lights, height fog, volumetric fog, and indirect lighting to craft a dynamic scene.

Learn how to implement door interactions in Unreal Engine using blueprints: set range and press E with a box collision, plus timelines for smooth open and close.

In Unreal Engine, add final touches by placing ambient dust, steam, smoke, and sparks. Create sound design with WAV audio, ambient sound cues, and blueprint-based attenuation for distance-based audio.

Use the bp_line tool blueprint to place repeatable models along a spline in Unreal, ensuring pivot at the end, then assemble a sequencer to animate cameras with camera cuts.

Learn to prepare Unreal Engine projects for export by installing prerequisites, migrating content between projects, configuring sequencers and blueprints, and shipping a Windows exe with final menus and UI tweaks.