Blender 5 to Unreal Engine 5: Modular Haunted Street Course

Build your skills in structuring a modular wall kit with clear naming conventions and organized collections. You’ll set precise dimensions, avoid excessive scaling that stretches ultraviolet maps, and duplicate assets efficiently while keeping everything consistent. This workflow helps you create cleaner files that perform better in Blender and external engines like Unreal.

Master the process of switching between Object Mode and Edit Mode, using selection types, and understanding Blender’s viewport shading options. You’ll compare Eevee and Cycles, adjust settings like Ambient Occlusion, Screen Space Reflections, denoising, and samples, and optimize performance for your hardware. By the end, you’ll know when to use each engine and how to produce cleaner, more professional renders.

Discover the techniques for improving model readability with Cavity shading and setting up a clean gray-box material using Ambient Occlusion. You’ll link materials efficiently, clean unused data, organize shader assets into collections, and save custom startup settings. These practical steps help you visualize forms clearly and maintain an organized, production-ready scene.

Learn how to set up Eevee and Cycles correctly so your renders are clear, efficient, and suited to your hardware. You’ll configure GPU settings, enable denoising, and use HDRI and Sky Texture lighting to control shadows, sun direction, and overall scene readability. By the end, you’ll know how to balance quality and performance and reuse lighting setups across projects.

Understand how to use seams and sharp edges to control texture placement and shading in a professional workflow. You’ll practice marking seams for clean UV unwrapping and marking sharps with Auto Smooth to create clear hard and soft edges without adding extra geometry. These techniques help you avoid texture distortion and shading artifacts in tools like Substance Painter and Unreal Engine.

Master the process of unwrapping modular walls so your brick and concrete textures scale and align correctly. You’ll place seams strategically, apply Angle Based unwrapping, link materials efficiently, and adjust UV scale for consistent texture density. This gives you clean, production-ready walls that hold up in both close-up renders and game environments.

Build your skills in creating modular wooden struts with accurate dimensions and subtle surface variation. You’ll use edge loops, controlled randomization, Auto Smooth, and a non-destructive Bevel modifier to achieve believable edges without heavy geometry. These practical modeling habits help you create reusable structural elements for larger environments.

Learn how to correctly append and manage materials so your textures stay intact when sharing or exporting your project. You’ll unwrap and assign wood materials, control grain direction in the UV Editor, and avoid common issues like bevel-related UV artifacts. This lesson also guides you through modeling the base stone post with clean topology and practical modifier workflow.

Develop practical methods for shaping stylized stone and wood posts with controlled deformation and subtle variation. You’ll use Proportional Editing, seams, splitting, Fill Holes, and the Bevel modifier to create believable brick bands and organic bends. By the end, you’ll understand how to add controlled randomness while keeping your mesh clean and ready for texturing.

Master the process of refining posts and building support planks with clean shading and consistent proportions. You’ll fix bevel shading artifacts using Mark Sharp, shape profiles with edge loops, and add variation through controlled scaling, rotation, and randomization. This lesson helps you complete a cohesive set of structural assets using a repeatable, professional workflow.

Understand how to unwrap and texture your wooden and stone assets so materials look clear and correctly scaled. You’ll align wood grain in the UV Editor, pack islands without distorting direction, and troubleshoot brick faces and material slots when issues appear. This lesson prepares your environment assets for final organization and export to Unreal with properly assigned materials.

Learn how to refine your materials and organize your scene before building procedural stairs with Geometry Nodes. You’ll fix UVs and wood materials, structure collections clearly, and use a cube as a scale reference to control stair width, height, and step count. By the end, you’ll create a proportional six-step staircase that matches your reference and is ready for final conversion.

This lesson shows you how to convert procedural stairs into a clean, editable mesh and shape a believable stone surface. You’ll adjust the top platform, remove unnecessary geometry, and use edge loops and subtle randomization to create natural wear while keeping surfaces practical. You’ll also build a stone plinth with separated slab pieces that are ready for added depth and detail.

Develop practical methods for adding depth and structure to your stone slabs using non-destructive modifiers. You’ll apply Solidify and Bevel correctly, control slab thickness, and position pieces with clear alignment and scaling techniques. The lesson also guides you through creating and resizing a smaller stair set that matches specific dimensions while maintaining consistent proportions.

Master the process of refining stair tops and creating separate stone slabs with controlled variation. You’ll randomize surfaces subtly, duplicate and separate slab layers, and use Solidify and Bevel to achieve believable thickness and edge definition. By the end, you’ll align, offset, and fine-tune both stair sets so they feel cohesive, practical, and ready for UV mapping and materials.

Learn how to unwrap, scale, and assign stone materials correctly for stairs, plinths, and slab steps so textures look consistent and believable. You’ll manage transforms, origins, parenting, and modifiers to avoid shading and bevel issues while keeping parts flexible. By the end, you can bend curved stairs with Simple Deform, control lighting with HDRI and Sky Texture settings, and keep your assets clean and organized.

Develop practical methods for organizing your scene with clear collections and naming so complex assets stay manageable. You’ll correct wood grain direction in the UV Editor and build stylized window frames using loop cuts, bevels, seams, and clean splits for precise control. This workflow helps you create believable wooden structures with proper gaps and construction logic.

Master the process of building detailed window panes with clean topology, consistent bevels, and controlled proportions. You’ll separate frame elements, add subtle variation with Randomize Transform, apply Solidify for thickness, and keep glass properly aligned inside the frame. These steps give you professional, production-ready windows with depth, structure, and efficient modifier management.

Understand how to model a triangular arched window using vertex bevels, Knife cuts, and controlled edge connections for clean topology. You’ll solve common n-gon issues, create accurate pane divisions with proper vertex connections, and refine proportions without breaking the mesh. This lesson strengthens your ability to build custom window shapes with precise, practical modeling techniques.

Learn how to refine your haunted street windows by adding subtle edge variation, accurate thickness with the Solidify modifier, and clean splits that prepare the mesh for beveling. You’ll apply precise transform resets, modifier management, and topology fixes to avoid shading issues and Unreal Engine problems. By the end, your window assets will be clean, aligned, and technically ready for texturing.

Discover the techniques for installing and using Magic UV, UV Squares, and UV Layout to unwrap windows with clean, straight UV islands. You’ll assign wood, metal, and glass materials, straighten wood grain with Follow Active Quads, and project glass from view for accurate placement. This gives you practical control over texture direction, packing efficiency, and consistent material setup.

Master the process of correcting distorted UVs and copying clean layouts across similar faces using Magic UV and projection tools. You’ll reset transforms when needed, mirror UVs accurately, and link materials efficiently across multiple objects. This ensures consistent textures, controlled emission settings, and organized assets before moving on to further modeling.

Build your skills in creating custom doors by modeling precise dimensions, marking seams, and cutting window openings with the Bool Tool. You’ll shape arches with controlled bevel segments and apply Boolean differences correctly while keeping transforms clean. This prepares you to fix resulting topology and continue developing detailed, production-ready door assets.

Learn how to clean messy topology and prepare your door meshes for reliable modifiers and shading. You’ll convert ngons to quads, split sections for controlled random variation, and test thickness using the Solidify modifier while avoiding surface artifacts. By the end, you’ll have cleaner geometry, subtle surface variation, and properly beveled edges ready for glass and structural details.

This lesson shows you how to build a structured metal door with inner panels and glass sections using practical modeling techniques. You’ll create controlled insets, bevel spacing for panel separation, manage thickness with extrusion or the Solidify modifier, and correct normals for proper shading and export. You’ll finish with clean, separated glass and metal elements that are ready for handles and texturing.

Master the process of modeling a detailed door handle using both mesh and curve tools. You’ll shape layered panels with insets and extrusions, create a ring handle from a Curve Circle, and refine edges using bevels and sharp markings for clean shading. By the end, you’ll have a properly scaled, parented handle that integrates cleanly with your door model.

Develop practical methods for creating a second, more organic door handle with controlled curvature and efficient topology. You’ll shape the grip from a cylinder, refine its silhouette with edge loops and bevels, and build a supporting bracket using a Curve Circle converted to mesh. This process helps you balance smooth forms, polycount, and clean parenting so the handle works reliably with the door.

Learn how to organize and reuse your models, materials, and Geometry Nodes using Blender’s Asset Manager and Asset Browser. You’ll mark assets correctly, create catalogs, set up external asset libraries, and fix common issues like incorrect transforms or origins. By the end, you can build a structured asset library that saves time and keeps your projects consistent across files.

Build your skills in modeling structural door supports using clear scale references and precise dimension controls. You’ll shape beams and pillars with edge loops, proportional editing, symmetry using the Mirror modifier, and controlled variation for a more believable result. This lesson helps you create sturdy, reusable architectural elements with clean topology and efficient workflow habits.

Master the process of refining doorway structures by adding depth, trims, overhangs, and consistent proportions. You’ll use tools like edge loops, bevels, Alt+S extrusion, and symmetry adjustments to create clean, controlled details without distortion. This practical approach helps you improve accuracy, maintain proper alignment, and build more professional architectural forms.

Understand how to apply and manage materials for stone and wood supports using Smart UV Project, linked materials, and precise face selection. You’ll assign contrasting materials to trims and bands, correct shading problems, and rework geometry when issues appear. This lesson strengthens your ability to troubleshoot, unwrap efficiently, and produce clean, professional surface results.

Learn how to unwrap and assign materials to complex door and window assets using Smart UV Project, Project From View, and precise UV adjustments. You’ll organize collections, fix topology issues with the Mirror modifier, and clean up geometry for reliable results in larger scenes. By the end, you’ll have properly scaled, named, and structured assets ready for efficient environment building.

Discover the techniques for blocking out a clean, stylized spade using simple geometry and controlled edge loops. You’ll shape the handle and blade with proportional editing, bevels, and subdivision while maintaining effective topology. This process helps you create believable props that hold up under smoothing without unnecessary complexity.

Master the process of refining your spade by building a detailed handle, grip, and cross‑bar with the Mirror and Solidify modifiers. You’ll adjust proportions, apply transforms correctly, and use clean edge flow to improve both form and symmetry. By the end, you’ll have a complete, well‑proportioned prop that fits your character and scene.

Build your skills in modeling a stylized pickaxe by shaping the shaft, socket, and blade with insets, extrusions, and proportional editing. You’ll refine curvature, control thickness, and maintain clean topology for a professional result. The lesson also introduces the first steps of creating grave assets to expand your environment with consistent proportions.

Learn how to turn a simple mesh into a detailed grave using Multi Resolution and Displace modifiers. You’ll prepare clean topology, fix subdivision issues, and control surface variation with procedural textures before optimizing the model with Decimate for efficient performance. By the end, you’ll have a low‑poly, game‑ready grave with proper UVs and materials applied.

Discover the techniques for creating a believable linen sack using Cloth physics and controlled sculpting. You’ll simulate pressure, refine the form with Subdivision Surface and sculpt tools, and reduce polygon count for practical use in larger scenes. This process helps you build organic props that look natural while staying optimized.

Understand how to unwrap a fabric sack with clean, intentional seams that mirror real construction. You’ll use tools like Bisect and Mark Seam to control UV layout, then model a barrel from a cylinder with evenly spaced planks and defined metal bands. These methods give you accurate topology and organized UVs for more professional texturing results.

Master the process of adding variation and structural detail to a wooden barrel. You’ll randomize planks, apply Solidify for thickness, shape caps with clean topology, and mark seams for proper unwrapping. This approach helps you create props that feel handcrafted and believable while maintaining clean geometry.

Learn how to refine a barrel and build a detailed wooden crate using practical modeling techniques in Edit Mode. You’ll use bevels, edge loops, insets, separation, and the Randomize transform tool to create believable wear and variation while keeping clean topology. By the end, you’ll have two game-ready props with consistent proportions and controlled detail.

Develop practical methods for turning your crate and barrel into fully textured, production-ready assets. You’ll mark seams, split boards, apply Solidify and Bevel modifiers, fix normals, and complete clean UV layouts with Smart UV Project. This process helps you assign wood and metal materials accurately and avoid shading or intersection issues.

Understand how to texture small props like a pickaxe and spade with efficient seam placement and UV adjustments. You’ll assign wood and metal materials, rotate and scale UV islands, and accept minor seams where appropriate for non-hero assets. The lesson also guides you through organizing, renaming, and preparing a new lantern model for further detailing.

Master the process of adding thickness, structure, and clean UVs to a stylized lantern. You’ll use the Solidify modifier, proportional shaping, vertex groups, and UV tools such as Unwrap and Copy UV Map to control repeating window faces. By the end, you’ll have a cleanly organized lantern with separate metal and glass materials ready for lighting.

Learn how to resolve UV inconsistencies and build a more intricate lamp using clean, controlled modeling techniques. You’ll separate components, apply Solidify and bevels correctly, fix n-gon topology, and shape a stepped base with precise extrusions and scaling. By the end, you’ll have a well-structured base mesh ready for detailed refinement.

This lesson shows you how to refine the lamp’s top, clean geometry with Merge by Distance, and shape a functional hook with controlled extrusions and proportional editing. You’ll inset panels, test bevel decisions, and build a custom chain link using a Curve Circle with adjustable depth and subdivisions. These steps help you create cleaner topology and more believable small details.