Senior technical doers, assembled around the problem.

Onur is the founder of Applied MetOcean, with a coastal engineering practice focused on storm surge, waves, hydrodynamics, morphodynamics, compound flooding, climate-risk modelling and geospatial analysis. His work connects numerical modelling, spatial data, sediment and shoreline response, flood-risk assessment, offshore and coastal infrastructure, technical review and decision support.

He leads the geospatial side of Applied MetOcean, including GIS-based analysis, spatial data processing, model input preparation, mapping, and the translation of numerical model results into decision-ready spatial outputs. His prior consulting and research experience spans more than a decade of high-stakes coastal, metocean, sediment, flood-risk and infrastructure studies.

David is a coastal and offshore numerical modeller with deep experience developing, modifying and applying process-based hydro-, morphodynamic, wave and CFD models. His work spans sediment dispersion, shoreline evolution, scour, offshore structures, breakwaters, reefs, seawalls, harbour flushing, nature-based systems and compound overland flooding.

He brings strong model-development depth across TELEMAC-family workflows, REEF3D/CFD applications, sediment transport algorithms, wetting-drying methods, free-surface flow solvers and parallel scientific computing.

Keith brings atmospheric-science, civil-engineering and scientific-computing depth to coastal flood, storm surge, wave and probabilistic hazard modelling. His work includes unstructured mesh generation, multiscale coastal-ocean domains, hydrodynamic model development and tools that support large-scale flood-risk simulation.

Tim brings more than three decades of coastal, marine, port, waterfront, environmental and industrial hydraulics experience across international consultancy practice. His work spans ports, harbours, marinas, waterfront developments, coastal management, environmental assessment support, numerical modelling and marine industrial hydraulics.

He has worked across the full consulting arc: site selection, masterplanning, feasibility, modelling, environmental studies, design support, project management, client communication and delivery.