Integrated storage compartments and hidden toy zones transform the craft and study area into a highly adaptable workspace for both creative activity and focused study.

Positioned above the kitchen, the pirmary suite embraces the activity of the household rather than retreating from it, with sliding partitions allowing the room to shift between openness and privacy.

The kitchen and dining area centers the house beneath the dramatic folded roof that reinforces the emphasis on adaptable living.

A playful window nook connects the interior directly to the courtyard garden.

A sculptural spiral staircase connects to the children's zone, transforming vertical circulation into a playful architectural feature within the double-height interior void.

Terrazzo flooring throughout the living space introduces a durable, highly textured surface that reflects natural light while grounding the playful interior palette of timber joinery, white plaster, and exposed brickwork.

The landscaped rear garden acts as the environmental heart of the project, maximizing sunlight and reinforcing a commitment to passive solar orientation.

Roofline height variation changes strategically, avoiding the casting of shadows while rising high where adjacent homes are positioned along the boundary.

External awnings provide passive solar shading to the extensive glazing while doubling as practical supports for hanging plants, lighting, and seasonal outdoor elements.

The retained Victorian terrace facades establish a finely scaled street presence while the recessed glazed entry reveals the project's layered contemporary intervention beyond.

RaeRae House reworks two Victorian terrace homes into a playful, contemporary five-bedroom family residence defined by experimental roof geometry, adaptive spatial planning, and sustainable passive design.

The building replaces a former parking lot, contributing to urban regeneration and strengthening the university's civic presence. Its transparency signals a shift toward openness in legal education environments.

The building achieves LEED Platinum certification through integrated systems that reduce energy use by approximately 43 percent and water use by approximately 56 percent.

Circulation is expressed as a network of stairs, ramps, and walkways suspended within the atrium. These elements create informal gathering points while reinforcing wayfinding.

A vertically continuous atrium organizes the building, linking classrooms, offices, and library functions across stacked floors. Bridges, stairs, and ramps intersect within this volume to support movement and interaction.