Creating Sci-Fi 3D Environments for Games

Gather a main reference for a sci-fi rocket launch administration facility by exploring Midjourney prompts, ArtStation, and Google, while aligning with modular workflows and a reference folder.

Gather inspirational sci-fi reference from ArtStation to guide the blockout of 3D environments, highlighting panels, lighting mood, interior and exterior cues, and geometry versus texture panels.

Begin a sci-fi blockout in Unreal Engine 5.3, using a third-person setup, ray tracing, and modular wall and door modules to shape a detailed landscape.

Continue building a modular sci-fi blockout by extending duplicates, creating a simple white material, and setting up a cinematic 16 by 9 camera with a 30 mm lens.

Continue the blockout for a sci-fi environment, refining rough shapes, adding a top piece and door opening, bevels, and mirrored structures.

Continue refining the blockout by thinning the pillar, defining the leg structures, planning an interior room with modular walls and a potential antenna, and note basic 3ds Max workflows.

Continue blockout for the sci-fi environment by expanding back and side views, reusing beams, then merge pieces, add insert edge loops, and bend with pivot in 3ds Max and Unreal.

Refine the sci-fi blockout into final pieces by splitting large shapes into workable assets. Export from Unreal to 3ds Max and maintain a non-destructive workflow.

Continue building a minimalist sci-fi base blockout by refining shapes with line edits, loops, and extrusions. Prepare for Unreal Engine 5 with Nanite, pivot alignment, and a modular export workflow.

Continue creating the blockout for sci-fi game environments in a timelapse walkthrough of part 7. Learn practical blocking steps to refine geometry, scale, and layout.

Continue creating our blockout timelapse for sci-fi game environments, capturing the evolving feel and the emphasis on shine in design details.

Create small asset blockouts through a timelapse workflow to rapidly visualize sci-fi 3D environments for games.

Learn how to build a sci-fi game environment by creating a tileable painted metal texture and first trim sheet in Substance Designer, then apply decals in Unreal Engine 5.

Craft a metal material with a subtle base color, color variation, and dirt, using gradient and grunge maps, blending layers, and roughness tweaks in substance painter and marmoset toolbag.

Learn to create a trim sheet texture for sci-fi environments, planning with references, adding vents, hinges, and panels, then bake details into a reusable normal map in 3ds Max.

Create sci-fi trimsheets by building modular cylinders, extruding and beveling details, applying symmetry, and planning grids for reusable patterns and future texture details.

Explore creating our first trimsheet in part 3 with a timelapse walkthrough for sci-fi 3d environments in games.

Watch a timelapse walkthrough to create your first trimsheet for sci-fi 3d environments, part 4, and learn practical workflows for game-ready textures.

Export the trim sheet geometry from low-poly and high-poly models and bake 4K texture maps in Substance Painter. Utilize pre-made alphas and an opacity mask to add depth and detail.

Create and refine a trim sheet texture for sci-fi game environments by generating ambient occlusion, masking heightmaps, and building base metal with color, normal, and roughness maps.

Texture our first trimsheet part 3 in a timelapse session to achieve shine and surface details for sci-fi game environments.

Generate dirt and edge-damage masks to finalize the trimsheet, then export 16-bit curvature and ambient occlusion textures via Substance Designer for use in Unreal Engine.

Learn to build a final sci-fi asset from large metal panels to a hydraulics-driven frame, using trim sheets, weighted normals, and symmetry for a high-poly look with minimal geometry.

Create a ground-attached sci-fi hydraulic system by modeling cylinders and pistons, applying booleans, chamfers, and weighted normals, then export, UV unwrap, and prep for Unreal with nanite and trim sheets.

Unwraps the final asset with tileable materials and automatic UV mapping, defines metal textures in the editor, and demonstrates UV workflows for Unreal export.

Learn to set up a sci-fi master material by importing textures, converting maps to parameters, using static switches for metallic and color overlays, tiling, and creating variants via material instances.

Prepare trim sheets by creating a 500x500 plane, applying a trim sheet material, with a normal map, and using cuts, detaches, and preserved UVs for alpha masking in Unreal Engine.

Apply trim sheets to 3D models in Unreal, using two decals—one normal-map only and one filler material—and fine-tune UVs, pivots, and tiling for seamless sci-fi environments.

Fix nanite issues by adjusting the fallback target and applying trim sheets, balancing detail and performance. Also tune normal map strength and prepare distance fields for lumen before export.

Finalize the angled pillar by remaking the base, adding fillets and bevels, extruding with symmetry, preparing for weighted normals and cables in the next chapter.

Block out an angled pillar with cable-like pipes, using sweep tools to gauge radius, then refine with cuts, bevels, weighted normals, and trim sheet details for a sci-fi environment.

Refine the angled pillar by adding connectors, bevels, and weighted normals, integrate pipes with trim details, export to unreal, and create a metallic vent texture in designer.

Finalize trim sheet placement on an angled pillar, unwrap UVs, assign orange and white materials, and start pipe texture creation with Substance Designer for Unreal export.

Learn to finalize a large sci-fi hallway module in 3ds Max, using trim sheets, modular geometry, smoothing groups, and decals, then preview in Unreal with Nanite.

Observe a timelapse of creating the remaining final assets for sci-fi game environments, capturing the visual progression.

Revisit the stated ideas with repeated 'shame' motifs as the timelapse showcases the remaining final assets for sci-fi 3d environments.

Observe a timelapse of creating the remaining final assets for sci-fi 3d environments in games, highlighting the asset creation process.

Watch a timelapse of creating our remaining final assets for a sci-fi game. The caption highlights felt moments and mentions I said and shame.

Watch a timelapse of creating the remaining final assets for sci-fi 3D environments in games, part 5.

View a timelapse of creating the remaining final assets for sci-fi 3D environments, highlighting asset creation workflows and production milestones.

Place vista mountains and foreground assets to enhance a sci-fi environment, balancing lighting, decals, and materials, using free Unreal Marketplace content and Megascans for detail.

Begin our first lighting pass to dramatically improve the snowy environment. Set up sky, lumen reflections, skylight, directional light, and post-process for a cinematic balance of shadows and color.

Polish the background mountains using Unreal Engine's landmass tools to sculpt a more rugged range with spline adjustments, curl noise, and displacement. Prepare for decals in the next chapter.

Create sci-fi color decals by designing logos, stripes, and grime in Photoshop and Midjourney, then map them onto planes in Unreal Engine for rich ground textures.

Create and place color decals in Unreal using a mask and opacity controls, mapping to follow shapes. Adjust scale and rotation for stripe decals and refine their transparency.

Create dirt and leak decals, paneling details, and edge damage decals using Substance Painter techniques, then export panel dirt decals for Unreal Engine.

Create and apply panel dirt decals using Substance Designer and Painter, export textures for Unreal, adjust leaks, opacity, and 2D mask maps for subtler damage.

Design and apply metal damage decals in Unreal by creating masks, painting scratches, and using translucent decals, then layer snow details and plan a time lapse camera setup.

Organize decals and Megascans, then create and tune camera angles with multiple camera actors using varied focal lengths. Adjust focus, depth of field, and post processing to preview final shots.

Explore placing decals in sci-fi 3D game environments, demonstrated in a timelapse for learners to see how decals integrate into the scene.

Place additional models and apply general polish to sci-fi game environments in a timelapse, highlighting shine while refining composition and detail.

Apply a time-lapse workflow to build a small aircon unit, reuse Megascans assets and base materials, add snow via a master material and decals, then import into Unreal Engine.

Create an aircon unit for sci-fi 3D environments using a timelapse workflow, illustrating how to build a futuristic system for games.

Explore part 2 of creating a sci-fi aircon unit in a timelapse workflow, blending felt and shine to shape engaging 3d environments for games.

Perform final polish and optimizations for a sci-fi game environment, adjust lighting, decals, and snow, and render high quality screenshots for production showcases.