Dr. Maurer is Assistant Professor in the Geological Engineering program at Missouri S&T in Rolla, MO, where he has worked since January 2020. Dr. Maurer's research is focused on applying a broad range of statistical and computational techniques to solve problems in earthquake science and remote sensing. Several projects in southern California, Mexico, Haiti, and Guatemala involve using InSAR and GNSS to measure crustal strain accumulation on large faults and resulting earthquake potential, developing new algorithms for quantifying uncertainty in the results. He also studies the physical and mechanical processes behind human-induced earthquakes and deformation in the lithosphere, and works on software and algoirthms for correcting atmospheric propagation delays in InSAR data.
Dr. Dutta is postdoctoral researcher in the Geological Engineering program at Missouri S&T in Rolla, MO, where he has worked since April 2021. He got his PhD from King Abdullah University of Science and Technology (KAUST), Saudi Arabia, in 2019 and had worked as a Postdoc for a year at the University of Iowa, USA. Dr Dutta uses satellite imagery and radar sensing to observe deformation on the Earth's surface, which are used to study earthquake processes, etc. He has developed a new inversion technique that improves earthquake source imaging using Bayesian inference. His expertise is in earthquake source estimation, Bayesian modeling, numerical modeling, natural and anthropogenic crustal deformation processes, and InSAR time series.
Yi-Chieh Lee is a PhD student in the Geology and Geophysics program in Missouri S&T, MO. She got her master’s degree in Geography from National Taiwan University in 2020 and a bachelor’s degree in Geography from National Changhua University of Education. Lee is currently researching using geodetic measurements, including GNSS and InSAR, to look at the crustal deformation and tectonics of Haiti.
Kolawole Arowoogun is a Kummer I&E Doctoral Fellow in Geological Engineering at Missouri S&T, MO. Before arriving at S&T, Kolawole got a master’s degree in geoscience (geology concentration) from Georgia State University and a bachelor’s degree in Applied Geophysics at the Federal University of Technology, Akure, Nigeria. His research focuses on the utility of shallow geophysical techniques (TEM, EMI, Seismic, and ERT) and UAV-based remote sensing to improve understanding of levee stability along the Mississippi River.
Brent Maerz is a full-time employee with the USGS, working part-time on a MS degree in Geology and Geophysics. He will be working with gravity and/or magnetic data.
Maryann is working on a MS degree in Geology and Geophysics. She is learning InSAR data processing in order to quantify errors in InSAR velocities derived using phase linking methods.
Adeyinka is pursuing an MS degree in Geology and Geophysics. He is studying how variations in tropospheric delays compare between weather models and GNSS observations. He will be pursuing a PhD at the University of Alabama in the Fall 2025.
Greg Gollaher is a Master’s student in the Geological Engineering program at Missouri S&T. He obtained his bachelor’s degree, which is also in Geological Engineering, from the University of Missouri – Rolla in 1995. Since that time, he has made geophysical measurements in the oil and gas industry, practiced in the geotechnical, civil, and environmental engineering fields, and is currently assessing foundation and structure damage as it relates to coal and other mine subsidence in Illinois. Greg is focusing on the occurrence of expansive clays in the loess and till- derived soils of the Illinois Basin, and their deleterious effects on structures with shallow foundations.
Bryce Kaemmerer is a Master’s student in the Geological Engineering program at Missouri S&T. He obtained his bachelor's degree in Mining Engineering, from the University of Southern Illinois Carbondale in 2010. He is focusing on using InSAR to help detect mine subsidences in Illinois.
Zach is learning to use magnetic and radiometric data for geologic mapping in southeast Missouri. He will be graduating from S&T soon with a B.S. in Geology and Geophysics.
Antonio Fernandez graduated from S&T in 2025 with a BS in Geology and Geophysics. He is focusing on using unmanned aerial systems and the integration of different technologies for applications in Geology and Civil Engineering. Technologies include GPS, photogrammetry, LiDar, and multispectral sensors.
Georgette Hlepas graduated with a Master’s degree student in Geological Engineering from Missouri S&T in 2024. Georgette is focusing on remote monitoring of structure performance including dams and levees.
Tanaya Kashyap graduated with a master’s degree in Geology and Geophysics from Missouri S&T in 2024. She received her Bachelors of Science in Geology from University of Delhi, India in 2021. During her second semester at MS&T, she was a participant in the Imperial Barrels Award Program organized by AAPG. She is currently researching geodetic strain rates in Guatemala and the implications for seismic hazard using GNSS and InSAR. Tanaya currently works in the geotechnical industry.
Ngo Hi Kenny Yue graduated from S&T in 2023 with his Master’s degree in the Geological Engineering, and is currently working for Tre Altimira in Vancouver as an analyst.
Sanaz Vajedian was a postdoctoral scholar at Missouri University of Science and Technology, specializing in crustal deformation analysis and the significance of continuous seismic monitoring. With a strong background in remote sensing, especially radar remote sensing, she brings a unique perspective to studying geological changes in tectonically active regions. Following the 2021 MW7.2 Nippes earthquake in Haiti, Sanaz implemented an enhanced InSAR processing methodology to better understand postseismic deformations. This method has improved our ability to monitor seismic activities in areas with challenging terrains, such as Haiti. Before joining Missouri S&T, Sanaz earned her Ph.D. in Remote Sensing and Geodesy from the University of Tehran. There, she explored the potential of satellite data for detecting ground deformations caused by various natural hazards, further deepening her passion for geospatial technologies and their applications in geosciences. She is currently an assistant professor at Wesleyan University in Connecticut.
Abdullah Basaloom completed his PhD in 2025 in the Geology and Geophysics program at Missouri S&T in Rolla, MO, where he obtained a Master's degree in Geology & Geophysics in 2019. Basaloom's research is focused on comparing different shallow geophysical methods and developing algorithms for joint inversion of electromagnetic and resistivity data.