This module guides learners through constructing a stylized stone bridge and gravestones using geometry nodes, modifiers, and UV mapping techniques. You will organize your 3D scene, refine models for clean texturing, and apply best practices for mesh cleanup and material assignment. By the end, you'll be able to create and integrate detailed low-poly assets into a cohesive environment.

This module guides learners through the process of modeling stylized gravestones and chimneys, applying materials and decals, and mastering clean UV mapping techniques in Blender. You will develop skills in organizing scene elements, refining geometry, and optimizing UV layouts for professional-quality environment assets.

This module guides learners through the process of modeling realistic cemetery boundaries in Blender, including modular walls, gothic railings, broken fences, and detailed stone pillars. You will explore advanced techniques such as beveling, using array and curve modifiers, applying boolean operations for damage, and adding intricate stone details. By the end, you'll be equipped to create modular and visually compelling architectural elements for 3D environments.

This module guides learners through the process of modeling a detailed cemetery gate in Blender, focusing on creating realistic gate posts, lamp recesses, and ornate scrollwork. You will explore techniques such as boolean operations, bevels, arrays, and curve subdivision, while learning to optimize mesh topology for both performance and visual appeal.

This module guides learners through advanced techniques for aging, refining, and customizing 3D gate models using modifiers, UV workflows, and asset organization. You will explore methods to create realistic weathered and broken variations, streamline material assignments, and prepare assets for digital scenes. By the end, you'll be able to enhance both the visual quality and efficiency of your 3D modeling workflow.

This module guides learners through the process of modeling detailed street props, including wooden signs, stylized lampposts, and haunted roofs, using advanced 3D techniques. You will explore workflows for sculpting, applying modifiers, UV unwrapping, and assigning materials to create visually compelling assets. By the end, you'll have hands-on experience with essential modeling tools and methods for environmental design.

This module guides learners through advanced techniques for creating stylized roof tile systems in Blender, including non-destructive modeling, precise UV unwrapping, and material assignment. You will explore methods for refining mesh topology, designing custom tile variations, and achieving seamless edge blending for realistic results. By the end, you'll be able to implement dynamic, hand-crafted roof designs using modifiers and editing tools.

This module guides learners through advanced architectural modeling techniques in Blender, focusing on constructing detailed roofs and a clock tower. You will practice adding structural elements, refining geometry, mastering UV unwrapping, and applying modifiers for realism and efficiency.

This module guides learners through the process of modeling modular roof elements in Blender, including dormers, supports, and underside planks. You will practice UV mapping, material application, and clean shading techniques to achieve realistic and efficient architectural assets. The module also covers workflow optimization using modifiers and object organization.

This module guides learners through advanced techniques for shaping stylized roofs and spires using lattice deform, bevel, and mirror tools in Blender. You will also master clean UV unwrapping, asset organization, and final preparation for production handoff. By the end, you'll be equipped to create detailed, production-ready 3D architectural elements for game engines.