Sci-Fi 3D Game Environment Design Modeling & Texturing

Design the overall sci-fi game environment project around a map room with three hero objects: a computer panel, a door, and a table, crafted for interactive play.

Conduct a scene blockout of a sci-fi room using basic shapes to verify scale, substitute assets, and plan efficient modeling and texturing.

Model a sci-fi game floor by isolating the panel, using symmetry to mirror halves, and detailing the center with insets, extrusions, and under-floor cables.

Discover floor modeling techniques for a sci-fi environment, adding cylinders and pipes, using loops and symmetry, and refining geometry for smooth shading.

Model a futuristic palm reader device, centering the pivot, refining with extrudes and chamfers, and adding a screen for user feedback to create a game-ready sci-fi asset.

Resize and refine the computer back panel to match the concept, then model rounded corners, chamfered edges, and a protruding center for a futuristic, game-ready panel.

Learn to build trim sheets on low-poly panels in part 1, unwrap UVs, and reuse a single texture map to add detailed sci-fi environment assets efficiently.

Explore trim sheet detailing and a high-to-low poly workflow, extracting polygons from a high sheet, shaping vents and indentations, and preparing assets for baking in marmots toolbag for low-poly results.

Explore baking workflows for trim sheets, using high and low poly models, a cage, and maps like normal, curvature, and occlusion to bake in substance painter and Max.

Design a sleek sci-fi holographic table by rebuilding the top from a cylinder, applying symmetry, loops, and subtle extrusions to add detail and roundness for a futuristic environment.

Model a sci-fi table by extruding, rotating, and refining geometry with symmetry, chamfered corners, and layered details to create a grounded, detailed tabletop.

Round out table details with chamfers and smoothing groups to add highlights and occlusion in the viewport. Use symmetry and clean edge flow to keep shading smooth.

Model a sci-fi table with chamfers, symmetry, and extruded details, reuse geometry for a computer panel, and apply holographic textures for a cohesive, high-quality asset.

Model the door and frame, adjust floor clearance, then build a symmetric door with planes and extrusions, add a latch and bottom details while planning interior lighting.

Master door modeling techniques for a sci-fi environment: build a doorframe with borders, add chamfers and rounded corners, use symmetry to model one side, and apply bridging and extrusion.

Refine the door model by cleaning edges, adjusting rounding and chamfers, and verify shading for a clean, metallic-ready surface.

Refine a sci-fi door by adjusting geometry, aligning to the doorframe, and adding protruding details like pipes and junctions. Explore texture-driven detailing with normal and height maps in Substance Painter.

create a futuristic monitor and panel using box modeling, extrude tricks, shells, and chamfers, then refine with rounding, smoothing, and added detail.

Start with a box, shape a keyboard panel, and refine with bridging and rounding to add detail, then reuse geometry for a modular, polished result.

Fix the sci-fi scene by resizing and repositioning assets, merging imports, and expanding the room with symmetry, then model a holographic keyboard and detailed panels.

Model the remaining walls as a single, non-modular piece with thickness in Unity, add rounded corners, panel divisions, and a window opening for cabling, for clean lighting and occlusion.

Refine the wall in wall modeling part 2 by using ring selection, trimming and extruding, adding panel details and inner boxes, and explaining ambient occlusion for realistic shading.

Add modular wall detail with chamfer and extrude, create bordered panels, align with symmetry, center pivots, and reuse a box rotated 90 degrees to form paired columns.

Model the roof by shape from selection on the wall border, extruding and cleaning edges, then create symmetric roof columns and lamp notches using connect and mirror modifiers.

Prepare every visible asset for unwrapping to bring into the game engine, maintaining eye for detail and consistent camera views from the door and entrance for a strong portfolio presentation.

Model a sci-fi gadget from a simple box, using chamfer, slice, extrude, and symmetry to create a projector-like device with buttons and a screen, followed by unwrapping and texturing.

Unwrap basics and trim techniques introduced using tools primarily from 3ds Max, with guidance transferable to other 3D software as you unwrap assets and apply trim.

Unwrap UV maps and optimize texture space for hard-surface assets in 3ds Max using planar layouts, packing, and seams.

unwrap the door by dividing it into manageable pieces, using planar maps and seams, then relax and adjust edges to minimize distortion while prepping walls and trim details.

Unwrap the door pieces, align parts, and prevent overlap to ensure clean texture maps for baking in Unity. Apply planar unwrap, relax edges, and pack custom to optimize texturing.

Unwrapping a complex sci-fi table, we detach components and apply planar unwrap. Relax seams and pack pieces with symmetry to optimize the UV pattern.

Unwrap and optimize a sci-fi game table part by collapsing geometry and removing inner edges. Relax UVs and pack and attach the pieces for a clean, efficient result.

Break the computer and panel into pieces, create seams, and unwrap to avoid overlaps. Pack uvs with planar mapping, detaching and reattaching parts, and manage smoothing groups for texture density.

Unwrap the exterior wall using flatten mapping and quick peel, split into pieces to hide seams behind columns, and plan texture sets for Substance Painter.

Unwrap walls, repack geometry, detach pieces, and relax to achieve consistent texture density across sci-fi wall segments.

Unwrap wall panels for a sci-fi game environment, selecting edges, breaking geometry, and flattening polygons. Learn texture checkering, packing to minimize overlap, and optimize wall texture density.

Unwrap the gadget to create clean textures for its components, applying UV mapping, planar maps, and relaxation to minimize distortion while stitching and separating parts.

Create a second trim sheet for sci-fi assets by splitting geometry into lines, protrusions, and panels, detailing bevels, symmetry, and controlled loop workflows for variation.

Combine trim sheet pieces from sheets, adjust spacing, and add cables and lights; use extrude, bevel, and control loops, while following naming practices and a brush method for normal maps.

Duplicate and rotate trim sheet details to create two-panel designs, ensure proper shading after mirror or symmetry adjustments, then import the fbx sheet and bake a neutral normal map.

Unwrap the floor together with the trim, using symmetry and planar mapping for a clean UV layout. Apply normal maps and roughness, and pack textures for Unity-ready density.

Learn how to add trim to a sci-fi computer panel by adjusting panels, applying maps and modifiers, and packing geometry for efficient texturing and baking.

Learn to add trim to the roof and supporting columns to create detail, using unwrapping, mapping, and strip-based trim techniques, and apply normal maps with substance painter.

Add trim to the roof column by splitting and rotating polygon pieces, aligning lines, and stitching them to create curvature and light.

Prepare sci-fi game assets for texturing by organizing geometry, assigning material IDs, packing UVs, and exporting as fdx for substance painter workflows using Photoshop and a shared color palette.

Learn to add details in substance painter with normal maps, detail stamps, and fill layers. Use alpha brushes, anchor points, details to create rust and dirt, achieving 4k textures.

Texture the door wall asset by baking high-resolution texture sets and applying alphas and normal maps in Substance Painter to add detailed lines and bolts.

Create a primary base color for painted plastic, apply wear and roughness with masks and generators, and build reusable smart materials with color variants for consistency.

Texturing a sci-fi door by layering color, adding letters, and masking for design; refine metals, emissive highlights, and weathered details to control light, shadows, and realism in a game environment.

Enhance a sci-fi door by adding weathered metal textures and rust, using filters, generators, masks, and paint layer to create dirt, scratches, and edge wear.

Texture a sci-fi door wall by creating smart materials, baking textures, and layering primary, secondary, and tertiary colors with masks, weathering, and metal details.

Texture the palm reader by adding detail with layers, masks, and metallic finishes, aligning and refining colors from primary and secondary palettes to create realistic palm-reading parts.

Experiment with alpha and masking to integrate a palm reader into the wall, refining size, color, and secondary color so the device looks embedded rather than protruding.

Adjust images to a bluish, darker tone to manage bloom. Apply metallic and color layers to walls, and fine-tune base color values and saturation for better lighting response.

Rotate the roof 90 degrees for lighting, texture it in Substances Painter, bake maps, and apply smart materials with a black mask to add metallic details and a secondary color.

Add emissive maps to the columns, paint a black mask on the middle polygon, and dial in a blue luminescent glow for engine-ready rendering.

Learn to texture the roof column with a trim sheet, adjust masks and color, and enhance realism by darkening dirt and scratches and adjusting the secondary color.

Texturing the lamp teaches adjusting the base color, removing micro details, then adding a white mass and masking parts with a black mask to create a light source for unity.

Texture the floor and glass panel in Substance Painter, adjusting normals, roughness, and transparency. Use masks and alphas to add dirt, color variation, and subtle detail.

In this floor texturing walkthrough, paint dirt with a dirt brush, blend scratches to avoid symmetry, add decals and borders, refine masks, then layer pipes, metal, and rust textures.

Create computer and wall textures for a sci-fi setting using Photoshop, refining with circles, lines, and rectangles, adjusting layers and opacity to prepare a lighting-ready render for Substance Painter.

Master computer wall texturing by refining metal, rubber, and dirt materials, adjusting masks, and layering emissive and roughness maps for realistic sci-fi detail.

Apply normal maps and height details to hard-surface wall panels in the 3D view, using bevels, paneling, and a mirror filter for symmetry and faster baking.

Apply color work to the computer by using the same tools with careful variation, preserve the room’s color palette, and refine masking, dirt, and scratches across panels and monitor.

Color a computer and monitor using fill layers, masks, and selective color tweaks to create contrast, detail, and cohesive blue and orange accents.

Learn to create an alpha symbol in Photoshop, merge and resize it, adjust levels, and import the symbol into Substance Painter for reuse in personal projects.

Test emissive behavior of the computer model in Marmoset Toolbag and Unity, then add internal detailing with a soft brush, adjust emissive levels, fix parts, and complete the computer section.

Create a seamless tiling alpha in photoshop by applying an inner shadow to a 2048 by 2048 square, then define a pattern and apply pattern overlay.

Texture the table top in Photoshop using a hub template, select with the magic wand, and paint a bordered landmass map.

Add detail to a sci-fi table using normal maps, stamping, masking, and symmetry to create vents, lcd edges, and edge panels for a believable 3d game environment.

Learn to color a table scene by shifting hues from blue to orange in Substance Painter using masks and anchors. Master masking and painting to refine borders and metal textures.

Add color to the table by centering a map, tiling tiles, and using a mapping folder with black masks to refine emissive and base color.

Apply non-destructive texturing to a sci-fi wall using details, brushes, stamps, and a normal map. Add bolts and panels, then vary color, dirt, and masks.

Create a textured wall B by building normal maps, alpha masks, and color layers to add a corporate logo, metal details, rust, and dirt for a gritty sci-fi set.

Texture the remaining walls by applying and masking materials, adjusting primary, secondary, and tertiary colors, and adding metalness with masks to create realistic wall details.

Texture a sci-fi gadget with lcd screens, blue buttons, and a metallic connector using base and border colors, roughness, and emissive highlights. Apply height maps and masks to vary surfaces.

Place all assets and textures in Unity for rendering, configure the high-definition rendering pipeline, and demonstrate making assets usable in a game engine with lighting preview.

Learn to sculpt pedestals, unwrap and chamfer geometry, texture with substance painter, bake maps, and export metal textures, then add a wall emissive light in unity to enhance the scene.

Prepare HDRP textures for Unity by creating a custom export configuration that packs metallic in red, occlusion in green, and glossiness in the alpha channel, with albedo and normal maps.

Set up a Unity HDRP project, import assets, and configure materials with base color, metallic, and mask maps, then bake global illumination and tune reflection probes for a sci-fi room.

Design, organize, and light a sci-fi game environment in Unity by creating asset folders, importing textures from Substance Painter, and baking a static lighting scene with spotlights and light maps.

Create materials, assign color maps and emissive, and configure normal maps in Unity part 2, then adjust metallic, ambient occlusion, and transparency for floor and pipes.

Explore Unity postprocessing, color grading and tone mapping to craft moody scenes, adjust bloom and fog, and bake lighting with reflection probes and cubemaps.

Build a Unity workflow with prefabs and export package for team collaboration, then explore camera movement, wasd navigation, and mouse rotation in a first-person environment.

Explore a bonus scene that adds a holographic map marker to the table scene using 3ds Max, UV unwrap, Photoshop, and Unity, creating an emissive, double-sided indicator.

Learn how to load and manually set up the HDRP in a new Unity 3D project, including package manager installation of core and post-processing pipelines, and adjusting graphics settings.