As an E&LP project engineer, Enrique started his graduate degree in the Fall of 2018 and is receiving reimbursement through the company’s employee education benefits program. Enrique is currently finishing his final research paper and is scheduled to graduate in the Fall of 2021.
We would like to recognize Enrique Jimenez’s completion of courses at NJIT for his Masters in Civil Engineering, Environmental Engineering, Water Quality. Come work with us and expand your skills. With tools to fill and supersede the expectations of both amateur and professional hydrologists alike, this program will help you achieve highly detailed hydrological simulations for watersheds of different orders and types.At E&LP, we support our employees advancing their education through our reimbursement program and flexible work environment. Must-have hydro-modelling suite for those who wish to take their watershed simulations one step further It is worth noting though, that if you proceed with simulations that encompass a broad range of parameters, over a long period of time, do expect a quite significant processing time, especially if lacking a dedicated workstation. Each parameter features a dedicated module, and unlike GIS software that could require maintaining all the layers in a strict, ordered manner, more leniency is offered.
Thanks to the plethora of parameters available and the increased range of adjustability for each, users can perform real customization for their data, in a very detailed fashion. Achieve a truly parametrized model, thanks to an abundance of adjustability and specialized, hydrological modelling tools Watersheds, weather data, time-series or even terrain data. All data is quickly accessible thanks to the layers panel and the main working area can be either tiled or maximized, according to your requirements.Ī multitude of hydrological variables can be created, edited, and managed, which very well define the scope of any hydrological modeling approach. Those who are accustomed to working in a GIS environment will have no trouble transitioning to HEC-HMS, as the general layout is very similar to a standard one found in GIS.
GIS-based interface that carries a layout that is adapted in order to provide easy handling for variables such as basins, time-series data, terrain and more Entirely honed for providing the specific tools for running hydrological simulations for dendritic or branched watersheds, HEC-HMS will empower users with a comprehensive collection of tools for performing an in-depth analysis of processes such as event infiltration, unit hydrographs, as well as hydrological routing. Hydrological modeling can be a truly complex undertaking, especially when we consider the large numbers of factors that come into play, as well as their inherent variability, both spatial and temporal.
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