Project Manager

• Oct 2018 - Present

UPRM Groundwater Resource Project

• Jan 2016 - Present

 Permitting Process & Cost Estimates of design  Design and Construction of a groundwater supply system.  Permitting Process & Cost Estimates of design  Design and Construction of a groundwater supply system.

Water Resources Engineer

• Aug 2017 - Sep 2018

Intern

• Dec 2016 - Jul 2017

PRoTECT Research Project

• Jun 2016 - Dec 2016

Sampling and analysis of multi-tracer experiments for characterization of fate and transport processes in karst aquifers. The analysis includes moment and numerical modeling code in excel to provide flexibility in analyzing multiple tracers experiment data, and added sensitivity and uncertainty analysis functions to facilitate multi-model analysis. Field work to install instruments that records hydrological and water quality data. Sampling and analysis of multi-tracer experiments for characterization of fate and transport processes in karst aquifers. The analysis includes moment and numerical modeling code in excel to provide flexibility in analyzing multiple tracers experiment data, and added sensitivity and uncertainty analysis functions to facilitate multi-model analysis. Field work to install instruments that records hydrological and water quality data.

Team’s Co-Captain, Structural Analysis’ Leader and Paddler

• Jan 2013 - Jan 2015

Second Place Overall in 2014 & 2015 ASCE Southeast Student Conference  Responsible of organizing and supervising team’s activities, project schedule, quality control, etc.  Longitudinal and lateral 2-D analysis allowed designing a canoe that successfully complies with maximum allowable tensional and compressive stresses.  Innovative structural approaches allowed obtaining one of the lightest canoes (2015) ever built by the UPRM.  Helped developing a post-tensioning system (2014) that improved the canoe’s resistance.  First place on Men’s Endurance Race, Men’s Sprint and Second Place on Coed Race. Show less

Intern/Researcher

• May 2014 - Aug 2014

• Participant of the Educational and Research Internship Program (ERIP) at the US Army Cold Regions Research and Engineering Laboratory (CRREL), Hanover, NH. During 10 weeks, further development of the Fast All-season Soil STrength (FASST) was performed. FASST is a one-dimensional dynamic state-of-the-ground model created to predict trafficability conditions for military and civilian activities. To improve the model performance, a new schema was developed for mapping USDA and USCS classified soils. A standard mapping between both systems was proposed for all U.S. Army ERDC’s laboratories in an effort to create a standard conversion scheme in soil research efforts. A technical paper was written and published, it is available at ERDC’s online library (ERDC-CRREL TR-15-4). Show less