Web-based coastal & port engineering simulation software
Design efficient & climate-resilient structures
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Everything you need in Coastal & Port Engineering, all in one platform
Utilize powerful and fast numerical models to simulate coastal wave propagation, hydrodynamic fields, sediment transport and sea bed level change
- Wave Propagation & Transformation
Simulation of wave propagation, refraction, diffraction, breaking, and bottom friction for coastal impact and disturbance studies
Learn more- Coastal Hydrodynamic Fields
Simulation of water circulation in response to wind and wave forcing for coastal impact and renewal studies.
Learn more- Sediment Transport & Sea Bed Level Change
Calculation of sediment transport rates based on current & wave action to predict erosion and accretion areas in coastal impact studies.
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Reap the benefits of our fully web- & cloud-based simulation software
Base your studies on accurate and configurable simulations depanding on your needs
- Software as a Service Cloud-based simulation
Zero hardware or maintenance investment.
No installation. No maintenance.
- Easy learning & quick setup
Training, online documentation & learning videos.
Quick & easy setup process, saving time.
- Parallelized & AI-based algorithms
Multiple virtual CPUs allows you to get results extremely faster
Artificial Intelligence eliminates time-consuming processes
- Affordable Pricing & Flexible Plans
Groundbreaking solution available at an affordable price.
1-yr and 6-month subscription plans.
Start your 14-day free trial
and find out how the Scientia Maris platform can make your work easier and better
Professional Services
Our team of professional experts can carry out numerical modelling studies in the following areas from start to finish.
- Coastal Impact Studies
Simulate nearshore wave field, currents & sediment transport and assess accretion & erosion trends. Evaluate the impact of coastal protection structures on the coastal bed and optimize their design by examining various alternatives
- Wave Disturbance Studies
Simulate nearshore wave field, currents & sediment transport and assess accretion & erosion trends. Evaluate the impact of coastal protection structures on the coastal bed and optimize their design by examining various alternatives
- Metocean Studies
Evaluate oceanographic and atmospheric conditions at any point of interest. Statistically analyze mean annual wind & wave climate, and obtain extreme events at various return periods by means of Extreme Value Analysis
- Water Renewal Studies
Simulate sea water circulation inside enclosed basins, ports & marinas. Assess basin renewal times and optimize your layout by considering various alternatives