Analyze bedroom layouts to guide functional and accurate 3D interior modeling decisions.

Create bedroom furniture using polygon modeling, extrusion, subdivisions, and vertex manipulation.

Apply Maya’s nCloth simulation and smoothing techniques to produce a polished, render-ready bedroom scene.

Construct and refine chair components using smoothing techniques to produce polished, realistic 3D furniture models.

Model realistic living and dining room furniture using polygon modeling, extrusion, and edge loop techniques.

Apply mesh smoothing, duplication, transformations, and clean topology to refine detailed interior assets.

Organize and integrate furniture and decorative assets into a cohesive 3D interior visualization scene.

Integrate furniture and decorative elements into a complete living and dining room interior model.

Learner creates detailed kitchen fixtures, appliances, and architectural elements using polygon modeling techniques.

Learner models bathroom fixtures using extrusion, curve-based modeling, and reference images.

Learner organizes object hierarchies and prepares clean, render-ready kitchen and bathroom scenes.

Organize interior scenes by grouping assets, managing object hierarchies, and refining architectural elements for rendering.

The learner will organize architectural assets into structured layers for efficient scene management.

The learner will apply shaders, textures, and UV mapping to create realistic interior surfaces.

The learner will construct floor layouts and apply room-specific materials using Autodesk Maya.

Construct interior floor layouts and apply room-specific materials to complete detailed architectural scenes.

Apply Maya lighting types to control the depth, mood, and realism of architectural scenes.

Configure Mental Ray settings and refine light behavior for accurate, optimized illumination.

Use occlusion, reflections, and render layers to produce polished, professional-quality renders.

Organize render layers and optimize final render settings to produce production-quality architectural outputs.