The starting point is rarely clean. A typical project begins with a combination of AutoCAD files, rough sketches, PDF floor plans, reference images from Pinterest, and a mood board the client assembled from magazine clips. Sometimes there is a full architectural drawing set. Sometimes there is a WhatsApp photo of a hand sketch.
The pipeline has to account for this variability. Before any 3D work begins, we conduct an asset audit: what do we have, what is missing, what needs to be resolved before modeling can start? Ambiguities at this stage — unclear ceiling heights, unspecified materials, missing details on fixtures — are resolved through a brief but structured discovery session. Every hour spent on discovery saves three hours in revision.
The modeling phase
Modeling begins with the floor plan as the authoritative source. Everything else is secondary. The floor plan defines the geometry — walls, openings, ceiling heights, structural elements. Reference images inform the aesthetic, but the geometry comes from the plan.
We work in layers. The shell — walls, floors, ceilings, structural elements — is modeled first and reviewed before any furnishing or detailing begins. Shell revisions are cheap. Shell revisions after the space is furnished and lit are expensive. This staging discipline is non-negotiable on every project.
- —Shell: walls, floors, ceilings, windows, doors, structural elements
- —Fixed elements: built-in cabinetry, kitchen units, bathroom fixtures, fireplaces
- —Loose furniture: tables, chairs, sofas, lighting fixtures, decorative objects
- —Materials: surfaces, finishes, textures applied after geometry is approved
Materials and lighting
Materials are where renders go from technical to cinematic. The geometry can be correct, the furniture can be accurate — but if the materials are wrong the render looks like a real-time game engine screenshot rather than a photograph.
We use physically-based rendering materials exclusively. Every surface — wood, stone, fabric, metal, glass — is built from reference photographs of the actual material. Roughness, reflectance, and subsurface properties are calibrated against real-world observation. A marble countertop should look like marble, not like a marble texture applied to a white plane.
Lighting is the single biggest factor in render quality. We design lighting in two passes: the natural light study — how does the space read with daylight at different times of day — then the artificial light design, which determines what role interior lighting plays in the final image. Lighting decisions affect materials, which affect geometry requirements. The three are inseparable.
A great render is a photograph of a space that doesn't exist yet. The goal is photographic plausibility, not technical accuracy.
Camera and composition
Most architectural renders fail at the composition stage. The camera placement is either technically correct — centered in the room, everything visible — or copied from another project. Good composition is not a technical property; it is a visual one.
We produce multiple camera studies before committing to the final composition. The camera angle, height, and field of view are chosen to tell a specific story about the space: how the light falls in the morning, how the kitchen connects to the living area, how the bedroom feels when you first walk in. The client brief informs the composition choices — a residential project and a commercial project photograph differently.
Delivery formats
The final deliverable is not a single render. It is a structured package of assets designed for how they will actually be used.
- —Print-ready renders (300 DPI, minimum A3) for physical presentations and brochures
- —Screen-optimized renders (72 DPI, 2x) for website and digital use
- —Social crops — square (1:1) and portrait (4:5) for Instagram, wide (16:9) for LinkedIn
- —Before/after pairs for projects involving renovation or redesign
- —Walkthrough video if scope includes animation
Each format has different requirements for render time, post-processing, and delivery timeline. Print renders require longer render times and additional color correction. Social crops require awareness of safe zones — the composition must hold after being cropped for different aspect ratios. This is why the composition is approved before the final render pass, not after.