─ Hydraulic · Environmental · Coastal Engineering
We solve complex engineering problems through CFD simulations, data-driven modelling and innovative approaches.
Our company has been granted the Authorization Certificate for Organizations Preparing Feasibility Reports by the Ministry of Transport and Infrastructure of the Republic of Türkiye, General Directorate of Shipyards and Coastal Structures.
This authorization qualifies us to prepare feasibility reports under the Communiqué on the Evaluation of Coastal Facility Construction Requests.
Comprehensive technical solutions across four core areas from coastal engineering to water management.
Design · Analysis · Resilience
Erosion · Resilience · Adaptation
Morphology · Recreation · Sustainability
Concept · Implementation · Optimisation
Wave · Current · Water Level
Sediment · Erosion · Scour
Seiching · Resonance · Operation
Current · Circulation · Optimisation
Shoaling · Breaking · Diffraction
CFD · Flow Distribution · Optimisation
Route · Dilution · Regulation
Hydrology · Hydraulics · Risk
Capacity · Modelling · Rehabilitation
Sustainability · Storage · Infiltration
GIS · Scenario · Decision Support
Proven engineering expertise across domestic and international projects.
The performance of coastal structures under wave action at the Kireçburnu site was assessed through numerical analyses; wave climate and transformation results were used to technically define the coastal arrangement and pier layout.
Site-specific hydrodynamic conditions were evaluated and the behaviour of coastal structures under wave-current effects was examined; design suitability for safety and operational comfort was verified.
The hydrodynamic performance of the seawater intake and discharge/diffuser system at the Thilafushi Waste-to-Energy facility was jointly assessed; flow field and system reliability under operating scenarios were evaluated.
The interaction of coastal zone arrangements with the wave-current regime was examined through numerical modelling; the hydrodynamic performance of coastal structures and urban design elements was assessed.
Wave climate and extreme conditions were determined; wave transformation was modelled in a numerical environment built from bathymetry/topography data and wave loads acting on piles and structural members were calculated.
Flood hazard at the project site was analysed through hydrological and hydraulic assessments taking into account rainfall-catchment response and the capacity of existing drainage infrastructure.
Contact us today for a free initial assessment with our expert team.
