Natural Hazard & Risk Modeling
We have experience from conducting several projects on hurricane, earthquake, tornadoes and severe storms hazards, natural risk reduction brought by changes in building codes, loss and wind-speed historic scenario analyses, fire hazard prevention and combat strategies, flooding risk analysis, hydrology and resource optimization for multiple purposes. We can model all three components of natural risk analysis: hazard, exposure, vulnerability, and risk projection. Contact us for more information.
Renewable Energy Projects
From the preliminary engineering, legal, and economic studies, to engaging the most important international providers and financial entities, to the navigation of Power Purchase Agreement process, we can support your project from 1.5MW to 500MW or more. Our team has experience in Solar PV and Wind projects, and we’re happy to assist you. Please contact us to discuss alternatives.
Transport Networks Analysis, Competitiveness, & Logistics
We can help in tariff and pricing transportation-related services, and infrastructure investment comparisons for economy competitiveness. Some of the modeling techniques for these types of projects include: causal models of flows, congestion, costs and route choice in transportation systems, and integrated planning of operations deployment and economic impact. Also, operations and service optimization in service and manufacturing, and production scheme optimization in mining.
Building Vulnerability Assessment
A vulnerability function relates the hazard intensity to a resulting damage ratio. They are perhaps the most important component of catastrophe modeling. We have developed several vulnerability functions for important endeavors in the United States, Caribbean, and Central America. Our methodology includes a state-of-the art Monte Carlo simulation technique.
Modeling of Complex Fluid Problems
Our services include modeling complex physical problems which involve geometry and fluid interactions using the most adequate numerical analyses. Examples include structural wind load estimation, structural vibrations due to wind turbulence, damage estimation, façade pressure estimation, pedestrian comfort, and large structure stability and performance. Contact us to discuss how we can help you!
Meteorological operative products
Deterministic and probabilistic numeric weather prediction models (probability of precipitation). Probabilistic output of ensembles of numeric weather models (accumulated rain). Calibration method with observed data. Wind maps.
Statistical and Probabilistic Analyses
We provide assistant in decision-making conducting all sort of data analysis techniques as the project requires. From sample mean comparisons to Random Forests, we can help you answer the most complex questions from the data.
