01. Understanding the Site
Site analysis in Raja Ampat begins with the marine and terrestrial ecology of the specific island or coastline: what coral systems exist in the surrounding water, what the tidal range and current patterns are, what vegetation is present above the waterline, and what the ground conditions are for a structure that may be partially or fully overwater. Regulatory status, whether the site falls within a marine protected area or conservation zone, is established at this stage before any design investment is made.
Access logistics are assessed in parallel: how the site is reached, what the boat crossing involves, and how materials and a construction team would be mobilised to this specific location.

02. Defining the Brief
The brief for a Raja Ampat project is shaped by the location’s unique combination of exceptional setting and genuine environmental obligation. Whether the project is a private residence or a hospitality development, the brief addresses ecological performance as a primary design criterion alongside programme, spatial quality, and operational requirements. How the building generates power, manages waste and water, and minimises its impact on the surrounding marine environment are all brief-stage questions, not afterthoughts.

03. Concept Development
Concept work in Raja Ampat is driven by the relationship between the built structure and the water. Almost every site here involves that interface directly. How the building meets the sea, how it is approached by boat, how it frames the view across the archipelago or down into the coral, and what architectural language is appropriate to a limestone island in the heart of the Coral Triangle are the central spatial questions. The concept establishes an approach that is specific to this place, not a dive resort typology imported from elsewhere.
Sumba also carries a strong cultural presence – the megalithic tombs, the ikat weaving traditions, the Marapu belief system – that gives the island a depth of identity informing how architecture here should relate to place.

04. Spatial Planning
Spatial planning in Raja Ampat is organised around the water in both directions: the horizontal view across the archipelago and the vertical relationship to the marine environment below. For overwater or waterfront structures, the planning addresses how the building approaches the sea, how guests or residents move between land and water, and how the dive or water activity sequence is integrated into the architecture rather than treated as a separate operational function. Shade, cross-ventilation, and the management of equatorial heat are built into the spatial layout as passive design strategies.

05. Material Strategy
The material environment in Raja Ampat is among the most demanding in Indonesia: constant equatorial humidity, salt air, high rainfall, and the biological activity of a rainforest and coral reef ecosystem acting simultaneously on any built structure. Materials are selected for their durability under these combined conditions, with particular attention to the impact of material degradation on the surrounding marine environment. Treatments, coatings, and structural systems that would introduce harmful compounds into the water are avoided regardless of their performance benefits in other respects. Local and regional materials that can be sourced and replaced without long supply chains are preferred.

06. Environmental Response
Environmental performance in Raja Ampat is a primary design obligation, not a marketing position. Buildings here must generate their own power, as the grid does not reach most sites, manage their own water supply and waste treatment, and operate without impacting the coral systems that make the location what it is. Solar power, rainwater collection, and responsible waste management systems are designed into the architecture from the concept stage. These are not optional features but baseline requirements for building here responsibly, and the studio treats them as such.

07. Detailed Design
Detail resolution in Raja Ampat addresses the full environmental and logistical complexity of building at the edge of Indonesia’s most remote and ecologically significant archipelago. Every junction, fixing, and material interface is resolved for the specific conditions: salt air, humidity, biological activity, and the absence of nearby maintenance access. For overwater or marine-adjacent structures, the structural and drainage details are designed to protect the water below as well as the building above. Construction documentation is precise, complete, and buildable without requiring interpretation that might compromise either the design intent or the environmental performance.

08. Delivery and Realisation
Construction in Raja Ampat involves the most logistically complex build environment the studio works within. Everything arrives by boat: materials, equipment, and the construction team. The build programme is structured around this reality from the outset, with material specification, sequencing, and contingency planning all designed for a remote island context. The studio maintains active involvement through construction, with site visits at key stages and close coordination with the build team between visits, to ensure the finished project meets the standard established at the design stage and the environmental commitments made at the brief stage.
