•Design engineering solutions to enhance adaptation and resilience of cities and natural ecosystems against the effects of weather and climate variations•Design and analyze infrastructure/hydraulic structures (diversion structures, sewer systems, spillways, bridges, etc ) for mitigation of risks associated with floods•Develop and use advanced 1D/2D mathematical and statistical models, and information systems to manage water resources, hydraulic networks, rivers, and complex systems of interconnected networks.•Perform hydrologic, hydraulic, and weather risk assessments.• H&H Modeling•Drainage system design, modeling, and analysis•Hydraulic Modeling•Hydrologic Modeling•GIS Analysis• Flood risk analysis•River and Bridge Hydraulics•Flood Hazard Identification •Flood risk management

• Managed, designed, developed and maintained $4M+ information systems to manage water resources, hydraulic networks, rivers, and complex systems of interconnected networks, and model flood, drought, health, and safety risks.•Administered and managed over 45 water resources sites (with over 300 monitoring sensors) across Texas • Monitored, collected and analyzed high frequency hydrological, gas and energy flux data for Texas Water Observatory, a distributed network of water observatories in Texas• Managed and mentored a team of over 30 people to install and maintain state-of-the-art water resource monitoring eddy covariance, soil moisture, energy balance, groundwater, and river radar sensors• Programed and calibrated state-of-the-art water resources data collection equipment• Effectively coordinated field activities and communicated with over 20 graduate and undergraduate students, postdocs, professors, lab and field technicians, and land managers • Managed and maintained Texas Water Observatory MySQL and Amazon web service databases to ensure data integrity and quality• Conducted data analysis and conceptualized mathematical models to enhance data quality and integrity databases to ensure data integrity and quality

•Developed and implemented advanced 1D/2D mathematical and statistical models, and information systems to manage water resources and hydraulic networks, and provide insights for predicting flood, drought, and health risks as influenced by weather and climate variations. •Developed 1D/2D/3D computational models/algorithms for fusing geospatial hydrological (numerical) models, insitu and remote sensing datasets• Conceptualized water resources research proposals, project timelines, and novel big data analysis techniques • Authored and published technical reports and scientific research manuscripts• Presented water resources research findings in verbal and poster formats at international conferences

• Identified water resources /irrigation scheduling research problems, conceptualized solutions to the problems, developed solution timelines, conducted experiments and analyzed data for solutions• Installed and maintained 2 water (irrigation, groundwater and weather) monitoring research sites• Developed, validated, and implemented 1D/2D/3D hydrological models for optimization of smart irrigation app irrigation schedule development technique.• Evaluated the performance of smart irrigation technologies (smartphone apps and ET controllers)• Developed and evaluated crop and vadose zone hydrological models in MATLAB and R.• Installed irrigation systems and components-soil water sensors, evapotranspiration controllers, rain gauges, water meters, solenoid valves, and data loggers.• Collaborated with growers (or producers) and assisted them in the implementation of smart irrigation technologies• Assisted in groundwater and surface-water monitoring field activities.• Assisted in irrigation and water resources extension events for growers or producers in Florida• Authored scientific manuscripts and technical reports

• Contributed appropriate papers, texts, and articles to be used for the “communication in academia” class of 27 graduate students and 4 visiting scientists• Facilitated one on one reviews of class material with students• Assisted students access the course reserves in sakai and sent them the material in case they were unable to access them.

• Administered, directed and planned activities of a team of over 80 members• Marketed the team to the community and University students• Recruited and mentored a new leadership and members into the mission team• Convinced various stakeholders to donate to the team’s mission activities

• Diagnosed and inspected engineering machinery for mechanical errors• Collaborated with engineering technicians on maintenance, servicing, overhauls, repair of heavy and light machinery• Assembled heavy machinery with a team of 4 Engineers and 20 technicians

• Collected and analyzed heavy machinery performance data.• Mobilized labor and heavy machinery for field activities (road construction, surveying, transportation, and.• Managed and supervised field operations • serviced heavy machinery

• Assisted marketing departments meet daily sales and purchases goals• Maintained and managed marketing resources to meet set targets• Trained three (3) new staff record book preparation• Produced over 100 baling and purchase books daily