Hello and welcome! I am a first-year PhD student from Nigeria leveraging advanced satellite methods to develop global probabilistic and machine learning models that quantify the present and future vertical land motion and relative sea level rise estimates. I also investigate the vulnerabilities of coastal communities and infrastructure to subsidence. I am making meaningful contributions to this field by utilizing advanced Earth observation satellite data, including Interferometric Synthetic Aperture Radar (InSAR), Global Navigation Satellite System (GNSS). I am passionate about using cutting-edge geodetic techniques to inform resilient infrastructure and community planning.
Current Research Focus
My research is at the intersection of Geodesy, Remote Sensing, and Geophysics , specializing in using Interferometric Synthetic Aperture Radar (InSAR) and Global Navigation Satellite System (GNSS) data to address subsidence and how it relates to infrastructures and coastal communities.
My dissertation research focuses on:
Probabilistic Modeling of Vertical Land Motion (VLM): Developing probabilistic models to quantify present and future VLM and relative sea level rise probabilities.
Infrastructure Exposure to Subsidence Risk: Utilizing InSAR to monitor the deformation of critical infrastructures (e.g., airports, urban cities, coastal communities) and assess their exposure to land subsidence.
Flood and Inundation Assessment: Investigating how subsidence exacerbates sea level rise and flood exposure risk in coastal areas.
I work within the Earth Observation and Innovation (EOI) Laboratory under Dr. Manoocherh Shirzaei. I welcome collaborations that align with my research interests and am eager to engage with others who share my passion for this vital work.
Curriculum Vitae (CV)
A downloadable PDF version of my complete CV is available below.
Isiaka_Ibrahim_CV
Last Updated: [October, 2025]