Coastal maritime developments, cargo ports, and heavy-duty industrial jetties operate in some of the most unforgiving physical environments on earth. Sub surface structural elements face constant hydro-dynamic stress, severe marine corrosion, and volatile sub-surface soil shifts. Designing and constructing these deep-water assets requires absolute spatial coordinate certainty. We address these severe structural demands by building highly sophisticated, data-rich marine BIM environments that lock down foundation coordinates, calculate heavy logistical crane loads, and simulate sub-surface execution long before marine vessels arrive on site.
At PT. Buana Engineering Consultant (BEC), our specialized marine infrastructure division delivers absolute structural clarity. We bridge complex maritime geotechnics with digital twin modeling to protect multi-million dollar port investments from structural failures, material overruns, and marine environmental hazards.
Services Overview
Our Jetty & Port Infrastructure framework provides complete, uncompromised cross-disciplinary alignment for critical maritime logistics assets. We construct highly precise, federated models that integrate deep-water driven pile foundations, mass concrete berthing structures, heavy cargo crane rail corridors, breakwater layouts, and sub-surface marine soil profiles into a singular coordinate source of truth. By linking hydrodynamic simulation variables and exact logistical staging metrics directly into the digital model, our engineers can audit driven-pile resistance data, model heavy crane operational weight distributions, and optimize underwater material placements. This highly systematic model architecture completely eliminates physical design clashes between mechanical piping lines and structural elements, lowers marine procurement waste, and guarantees asset owners total construction fidelity over open water.
Benefits & Solutions
Driven Pile Coordinate Precision
Compute highly precise cut-and-fill balances and embankment material take-offs directly from georeferenced terrain models, optimizing heavy machine deployment timelines.
High-Load Structural Balancing
Simulate volatile dynamic structural loads and stress distributions from massive ship-to-shore cargo cranes to optimize reinforcement detailing in the concrete deck.1
Marine Asset Degradation Defense
Integrate material performance sheets and concrete coating durability schedules into individual model objects to streamline long-term cathodic asset protection tracking.
Over-Water Construction Sequencing
Execute clear chronological 4D construction simulations to optimize marine barge positioning, manage over-water crane maneuvers, and compress offshore build schedules.
Unlike standard land-based projects, marine construction offers zero visual visibility below the waterline and must contend with shifting tides, maritime currents, and complex underwater soil stratifications. Specialized BIM workflows allow us to synthesize sub-surface sonar data and structural blueprints into a precise 3D model, enabling engineers to independently verify drove-pile positions and avoid catastrophic underwater placement errors on screen.
Our design teams import granular bathymetric survey meshes and offshore boring log data directly into our central coordinate system. This creates a highly accurate sub-surface geological terrain model inside the software, allowing our structural engineers to automatically match driven-pile engineering parameters with the exact soil layers they will penetrate.
Yes, absolutely. Logistical staging over water is exceptionally expensive due to barge and heavy equipment rentals. Our 4D chronological sequencing links marine schedule data directly to the structural objects, allowing contractors to virtually dry-run barge arrivals, anchor placements, and heavy driven-pile maneuvers on screen to eliminate logistical gridlocks and downtime.
We deliver fully updated As-Built packages (LOD 500) where every maritime asset component—from rubber fenders and mooring bollards to sub-surface driven structures—is embedded with exact data parameters. This forms a plug-and-play digital database that integrates smoothly with downstream smart port operational networks and automated facility software.
