AN ACADEME-LINKED FILIPINO ENGINEERING CONSULTANCY COMPANY
We undertake various studies, engineering design, and construction management support of coastal developments and protection, as well as offshore infrastructures.
Coastal land development
Coastal transportation engineering
Natural and man-made beaches
Power plant marine infrastructures
Coastal protection infrastructure
Beach resort development
Foreshore engineering studies
Scientific studies needed at the technical due diligence, engineering feasibility, siting (pre-planning) and planning stages of a project are carried out in conjunction with field inspections and bathymetric surveys using survey-grade equipment.
For projects involving preliminary engineering, we perform simulative analyses of coastal and offshore processes to provide the most suitable parameters that meet the project requirements and yield optimal solutions for subsequent detailed engineering.
Complete engineering design of development and structure elements is undertaken with iterative feedback and validation with AMH’s other PBGs to obtain engineering solutions that best meet the project objectives.
We have been involved in multiple projects that are geographically spread in the Philippine archipelago, and in increasing number of overseas projects.
We have delivered engineering projects such as open piers, wharves, coastal revetments, seawalls, bulkheads, breakwaters, navigational jetties, beach resort development, sea reclamations, seaports, harbors, coastal power plants, sea intake and outfall structures, offshore anchorages, marinas, mangrove replanting zones, land developments, coastal protection, among others.
Mike21 FMHD - Hydrodynamic model for sea-connected marine domains based on an unstructured mesh
Mike21 SW - Spectral model of wave generation, propagation and transformations from deep to shallow water
Mike21 BW - Phase-dependent nonlinear wave propagation and transformation model based on Boussinesq-type wave model
Mike21 SM - Shoreline Morphology model of non-cohesive beaches due to long-term forcing
Mike21 ST - Sand Transport model of sand and other non-cohesive sediments due to short-term forcing including storms and waves
CERC Refdif - Non-phase-resolved model of wave evolution in the nearshore zone due to wave refraction, diffraction, breaking and energy dissipation
Internally developed/on-development programs:
PBOW - Nearshore wave transformation over horizontally 2-dimensional permeable bed based on Boussinesq-type wave model
PBOW1D - Nearshore wave transformation on 1-dimensional permeable bed based on Boussinesq-type model