§01 — CARIBBEAN & BAHAMAS

Caribbean & Bahamas Resort Design & Engineering

A technical design partner for resort projects across the Bahamas and the wider Caribbean — architecture, structural engineering, MEP coordination and BIM, with the engineering shaped around hurricane wind, storm surge and the sensitivity of nearshore reef environments.

Bahamas · Lesser & Greater Antilles — the Atlantic hurricane belt

Why the Caribbean & Bahamas.

§02 — context

Exposed coastlines, high-category storm risk and reef ecosystems where a poorly placed foundation has consequences well beyond the plot line.

The Bahamas alone carries roughly eighty resort properties spread across a low, dispersed archipelago, and the broader Caribbean adds a wide range of island contexts, from established beach destinations to remote cays. These are demanding sites: exposed coastlines, high-category storm risk, thin soils over limestone or coral, and ecosystems where a poorly placed foundation or outfall has consequences well beyond the plot line. That combination is precisely where careful structural and coordination work earns its keep, and where we focus our contribution.

Note — self-initiated studyWe should be clear about what we are and are not. Ionescu-Lupeanu has not built a resort. Our resort work to date consists of self-initiated studies, not built projects, and we label them as such wherever they appear. What we bring to a Caribbean commission is the engineering discipline, coordination and documentation of a European design practice, applied alongside the local licensed consultants who carry statutory responsibility.

What we can support.

§03 — scope
01

Concept & schematic architecture

Beach resorts, villa complexes, marina and waterfront schemes, and boutique island resorts, taken from concept through schematic design.

ARCH
02

Structural engineering for wind- and surge-exposed buildings

Lateral systems, foundations on limestone and coral substrates, elevated and pile-supported floor plates.

STR
03

MEP coordination

Power, water, wastewater, cooling and standby systems — planned for island supply constraints and storm resilience.

MEP
04

BIM modelling & coordination

Across architecture, structure and services, with clash detection and coordinated documentation.

BIM
05

Coastal & waterfront structures

Quays, jetties, revetments and marina basins, reviewed with marine and coastal specialists.

STR · MARINE
06

Design documentation & technical packages

Prepared to hand to, and coordinate with, the local architect of record and checking engineers.

DOC

Local conditions that shape the engineering.

§04 — constraints

Hurricane and high-wind design

The region sits in an active hurricane belt. Wind loading, envelope pressures, roof uplift, glazing and debris resistance drive the structural and envelope design, and the lateral system is sized for the governing storm case rather than gravity alone.

Storm surge and coastal resilience

Low-lying coasts and cays are exposed to surge and flooding. Finished floor levels, elevated or piled structures, scour protection, drainage and the resilience of ground-floor systems are engineered against surge and long-term coastal change.

Reef and marine sensitivity

Nearshore reefs, seagrass and mangrove are easily damaged by dredging, sediment plumes, altered currents and wastewater. Foundation choice, construction methods, outfall design and any marine works are planned with these systems in mind and reviewed by marine specialists.

Environmental impact assessment

Coastal and island resort projects typically require environmental assessment. We design so that structural and MEP decisions support the EIA process rather than working against it, and we coordinate with the specialists who prepare and defend those submissions.

Island supply and logistics

Limited grid power, freshwater and material supply, along with the cost and difficulty of shipping to remote islands, shape practical, buildable engineering and realistic MEP strategies.

§05 — how we work
A technical design partner, never a replacement for local licensed professionals.

On any Caribbean or Bahamas project, statutory approvals and professional sign-off are handled with locally licensed consultants — the architect of record, structural checking engineers, MEP and utilities engineers, coastal and marine specialists, environmental (EIA) consultants, and fire consultants — who carry the legal responsibility in their jurisdiction.

In the Bahamas, building approvals and permitting run through the Ministry of Works and the local building control authority, with environmental review under the Department of Environmental Planning and Protection (DEPP); we defer to a locally registered architect and engineer for submission and sign-off. Across the wider Caribbean, each island state has its own planning authority, building control regime and environmental agency, and requirements differ from one jurisdiction to the next. Where we are not certain of the exact approval body or process for a given island, we say so and confirm it with the local consultant team before relying on it, rather than presenting a general assumption as fact.

Our role is to make that local team's job easier: coherent architecture, sound structural and MEP engineering, and clean, coordinated BIM documentation that the licensed consultants can review, adapt and certify.

§06 — start

Start a resort project

If you are planning a resort in the Bahamas or the Caribbean, we would be glad to discuss where our engineering and coordination could support your local team.