Masters
Programme:
UAL London

Terra Forma Residence is a contemporary residential design that explores the relationship between architecture, landscape, and everyday living. Rooted in the natural characteristics of the site, the project seeks to create a home that feels both grounded and fluid, where built form responds to light, topography, and the rhythms of daily life. Through thoughtful spatial planning, carefully curated materiality, and a strong connection between indoor and outdoor spaces, the residence balances functionality with a calm, timeless aesthetic, demonstrating an approach that is both environmentally responsive and deeply human-centered.

Softwares Used in This Project:

Keynote

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Project 05: Terra Forma Residence

Terra Forma Residence is a conceptual residential project designed for a geologist, where architecture emerges from the language of the earth itself. Inspired by the raw beauty of natural limestone caves, the design juxtaposes sculpted geological formations with contemporary architectural interventions to create a home that reflects the inhabitant's profession and way of life. Every spatial, material, and experiential decision—from anthropometric planning tailored to the user's daily routines to a carefully choreographed transition of light from cool, public spaces to warm, intimate interiors—contributes to a narrative that celebrates the relationship between nature, habitation, and human experience.

Concept

The project reinterprets a natural limestone cave as a contemporary living environment tailored to the lifestyle of a geologist. Inspired by the geological processes that form stalactites and stalagmites over thousands of years, the design establishes a dialogue between untouched nature and precise architectural intervention. Rather than imposing a built form onto the site, the interior responds to the existing cave morphology, allowing the spatial language to emerge from the cave's natural formations.

The sculptural qualities of stalactites and stalagmites inform the interior architecture, lighting, and spatial hierarchy. These geological references are translated into contemporary design elements that reinforce the occupant's profession while creating a seamless transition from public to private spaces. Every intervention celebrates the cave's natural identity, transforming it into a functional dwelling that respects both the landscape and its inhabitant.

Fig. 01: Concept Drawings

Spatial Planning & Sectional Development

The floor plan and sectional drawings illustrate how the limestone cave is adapted into a functional dwelling while preserving its natural character. The spatial layout is organized according to the geologist's daily routine, with anthropometric considerations informing circulation, furniture placement, and ergonomics. Each section demonstrates how the sculptural stalactite-inspired lighting integrates with the architecture, reinforcing the transition from cooler illumination in communal spaces to warmer lighting within private zones. Together, the drawings communicate the relationship between spatial hierarchy, natural cave geometry, and architectural intervention.

Fig. 02: Technical Drawings

Materiality & Spatial Experience

The rendered floor plan visualizes the final spatial composition, where natural cave formations and contemporary architectural elements coexist in harmony. Each zone is carefully curated to balance functionality with the raw geological context, using stone, resin, and warm metallic accents to celebrate the site's material identity. From the open communal courtyard to the intimate sleeping quarters, the interior creates an immersive living experience that reflects the personality and profession of its occupant while maintaining a seamless dialogue between nature and design.

Fig. 03: Rendered Floor Plan

Blurring the Boundary - Glass Facade

A bespoke CNC-cut glazed façade forms a transparent threshold between the interior dwelling and the secluded outdoor communal space. Rather than creating a rigid separation, the glazing is carefully detailed to allow the existing limestone boulders to penetrate the façade, visually and physically softening the transition between built and natural environments. This intervention preserves uninterrupted views of the cave landscape while maintaining privacy, allowing the architecture to coexist with the site's geological character instead of competing with it.

Fig. 04: Isometric View of the Glass Facade

Design Development Through Axonometric Exploration

The exploded axonometric diagrams communicate the relationship between the architectural shell, interior spaces, and bespoke design interventions. By separating the individual components, the drawings reveal how the glazed façade, limestone enclosure, and suspended resin-crushed glass lighting integrate to create a cohesive spatial experience. The zoning strategy further illustrates the progression from public to private spaces, while material selections and custom-designed furniture draw inspiration from geological formations to create an environment tailored to the geologist's lifestyle. Together, these diagrams demonstrate how concept, construction, and user experience are unified within a single architectural language.

Fig. 05: Axonometric Diagrams of the Structure

Parametric Ceiling & Lighting System

Derived from the organic growth of limestone stalactites and stalagmites, the suspended resin-crushed glass rods evolve into a multifunctional architectural element that defines the character of each space. Varying in height, density, and composition, the installation creates subtle spatial thresholds without the need for solid partitions, maintaining visual continuity throughout the interior. The rods rise higher within the living space to create openness, descend to a medium height in the foyer to establish arrival, and lower further within the bedroom to evoke a greater sense of intimacy and enclosure. A colour-mapped lighting strategy reinforces this hierarchy, transitioning from cool illumination in public zones to progressively warmer tones within private spaces. Together, the ceiling installation integrates lighting, zoning, and spatial experience into a single sculptural system inspired by the cave's geological formations.

Fig. 06: Ceiling Design Diagrams

Lighting Strategy & Colour Temperature Hierarchy

The lighting design is conceived as an extension of the project's spatial narrative, using colour temperature to define activity, atmosphere, and privacy. Inspired by the naturally illuminated interiors of limestone caves, recessed LED fixtures transition progressively from cool daylight tones within the foyer and communal spaces to warm ambient lighting in the sleeping and bathing areas. This gradual shift enhances the perception of movement through the dwelling while supporting the changing functional requirements of each zone. Integrated with the suspended stalactite-inspired ceiling installation, the lighting system transforms illumination into an architectural element that reinforces spatial hierarchy, mood, and the geological identity of the interior.

Fig. 07: Lighting Strategy & Colour Temperature Hierarchy

The Final Outcome

The completed design reimagines a natural limestone cave as a contemporary retreat that celebrates the identity of its inhabitant through architecture inspired by geology. Spatial planning, anthropometric considerations, bespoke furniture, parametric ceiling installations, and a carefully curated lighting strategy come together to create a seamless progression from public to private spaces. Geological references are translated into architectural elements that preserve the cave's raw character while providing a refined, immersive living experience. The result is a harmonious dialogue between nature and intervention, where materiality, light, and form collectively express the language of the geologist's environment.