Alexandra Saccente is a civil engineering researcher and incoming forensic structural engineer with nine years of hands-on experience in structural assessment, lidar-based visualization, and post-processing of point cloud data. Currently pursuing an MS at Oregon State University, she develops methodologies to model corrosion-deteriorated steel frames and has led multi-day terrestrial lidar surveys using Leica ScanStation P50 and RTC360 systems. Her work bridges structural forensics, seismic resilience, and natural hazards mitigation, informed by prior research in fire performance, seismic risk modeling, and even drone-based experimental testing at NASA Ames. A dedicated educator and mentor, she has taught steel design recitations, graded large undergraduate cohorts, and supported first-year STEM transition programs. Known for combining rigorous field data collection with computational modeling, she brings a practical, interdisciplinary approach to investigating how infrastructure fails and how it can be made more resilient.
8 years of coding experience
4 years of employment as a software developer
Honors Bachelor of Science - HBS, Architectural Engineering, Minor in Mathematics, Honors Bachelor of Science - HBS, Architectural Engineering, Minor in Mathematics at Oregon State University Honors College
Master of Science - MS, Civil Engineering, Master of Science - MS, Civil Engineering at Oregon State University
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