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A structured pipeline we follow for every drafting, modeling, and visualization project.
We gather architectural drawings, site photos, material specs, and any reference imagery. A short kick-off call clarifies the scope, scale, and output format.
Our technical team builds the 3D wireframe and solid geometry in Rhino 3D or Revit. We verify dimensions, align to site coordinates, and set up layers for clarity.
We run solar studies for key dates (solstices, equinoxes) to map sunlight angles and shadow behavior on facades. Results are exported as animated sequences and still overlays.
We assign realistic materials (concrete, glass, timber, metal) and configure HDRI lighting. Glare analysis and daylight factor calculations are performed for interior spaces.
Final renders are produced at 4K resolution with multiple camera angles. We deliver orthographic views, perspective shots, and annotated diagrams for client review.
We incorporate up to two rounds of feedback, then export the final package: source files, high-res images, and a summary report with key findings and recommendations.
Choose the level of technical detail and support for your project.
2D floor plans, sections, and elevations in DWG or PDF.
Detailed geometric model with material definitions and basic lighting.
High-resolution renders with accurate materials, lighting, and context.
Comprehensive study including solar, glare, and spatial utilization reports.
Core Capabilities
Precision geometry, solar analysis, and spatial validation for architects, interior designers, and urban planners.
We model seasonal solar angles to map facade shadows, glare zones, and interior daylight penetration. Our reports include solstice and equinox simulations to optimize window placement and overhang depth before construction begins.
Parametric 3D models of plazas, streetscapes, and public spaces to evaluate pedestrian flow, sightlines, and seating distribution. We test multiple layout configurations to reduce congestion and improve visual connectivity.
High-resolution 3D models with accurate material reflectance and glazing properties to assess daylight distribution. We pinpoint problematic glare zones and propose light shelves, diffusing blinds, or facade adjustments.
All models are delivered with technical reports, parametric files, and high-resolution renderings for review.