Umar specializes in hydrology, soil physics, soil biochemistry, management practices, climate change impacts, hydrogeology and watershed management. With strong skills in numerical modeling, statistical analysis and modeling using R, remote sensing data products and ArcGIS, he advances both scientific understanding and applied solutions for water resources. He is also an active member of scientific societies/organizations including American Society of Agricultural and Biological Engineers (ASABE), Soil and Water Conservation Society (SWCS) and American Geophysical Union (AGU).

Umar earned his Ph.D. in Agricultural and Biosystems Engineering from South Dakota State University in 2025 where he developed a novel approach to improve hydrologic modeling by refining Curve Number estimations and evaluating the impacts of tillage practices on soil health and water resilience. His work combined field-based data collection, laboratory procedures, remotely sensed data products, statistical modeling and geospatial analysis, bridging science and practice to support sustainable land management.

Additionally, he brings around five years of international research experience from Pakistan, where he led projects on hydrogeology for groundwater exploration and aquifer characterization, watershed management practices and irrigation optimization in resource-limited contexts. This global perspective strengthens his ability to address complex water challenges across diverse socio-environmental landscapes, complementing TWRI’s mission to provide science-based, stakeholder-informed water solutions for Texas.

Outside of work, he enjoys going to the gym, jogging, playing badminton, pickleball and watching TV shows. He also loves exploring natural resources, reflecting a passion for connecting with the water resources to protect them.