Rate My Professor Sazzad Bin-Shafique

His research focuses on geotechnical engineering, including soil stabilization with fly ash, lignin, polymerized lignin, and other polymers for cohesionless and cohesive soils; performance of drilled shafts under combined vertical, horizontal, and cyclic lateral loading; retaining structures such as soil nail walls and MSE walls in high-plasticity expansive clays; geosynthetic reinforcement over voids; heavy metal stabilization in fly ash; and lunar regolith utilization for launch and landing pad construction. Key publications include "Performance Evaluation for Cohesionless Soil Stabilized with Lignin and Polymerized Lignin" (2023), "Stabilization of Heavy Metals in Fly Ash and Its Effect on Strength" (2022), "Performance of Drilled Shaft under Combined Vertical and Horizontal Loading" (2021), "Multi-Criteria Decision-Making Approach for Automated Planning and Scheduling of Lunar Launch and Landing Pad Construction" (2025), and "Hybrid Simulation Framework for Autonomous Robotics Lunar Launch and Landing Pad Construction" (2026). With over 1,200 citations across 59 publications, his work demonstrates significant impact. Bin-Shafique contributes to a NASA Phase 1 STTR-funded project with Astroport Space Technology, developing discrete-event modeling for regolith conveyance in lunar infrastructure, building on prior regolith liquefaction studies. His expertise in waste and remediation geotechnics supports sustainable construction practices on Earth and beyond.