Suman Neupane | Seismic Design | Best Researcher Award Posted on 31/01/202531/01/2025 by ScienceFather Suman Neupane | Seismic Design | Best Researcher Award Mr. Suman Neupane, University of Utah, United States. Suman Neupane is a dedicated Ph.D. candidate in Civil Structural Engineering at the University of Utah, with over 3 years of design experience. He specializes in seismic design and rehabilitation, having worked on numerous projects involving structural design, bridge design, and advanced modeling techniques. Suman has a strong proficiency in industry standards like ASCE 7-16 and AISC 360, and is well-versed in using cutting-edge software like MIDAS Civil and SAP 2000. With a keen eye for detail and an innovative approach, he continues to contribute significantly to the field of structural engineering. Publivation Profiles GOOGLESCHOLAR Education and Experience Ph.D. in Civil Structural Engineering University of Utah, Salt Lake City, UT (Expected April 2025) Master of Science in Civil Structural Engineering University of Utah, Salt Lake City, UT (2021 – 2023) Bachelor of Science in Civil Engineering Tribhuvan University, Nepal (2013 – 2017) Graduate Research and Teaching Assistant University of Utah (2021 – Present) Lecturer Kantipur Engineering College, Nepal (2018 – 2021) Structural Design Engineer Addon Engineering Solution, Nepal (2017 – 2021) Suitability summary for best researcher Award Mr. Suman Neupane, EIT, a distinguished Ph.D. candidate in Civil Structural Engineering at the University of Utah, is recognized for his outstanding contributions to structural resilience, seismic rehabilitation, and advanced bridge design. His groundbreaking research in self-centering bridge bents and innovative seismic retrofit solutions has significantly advanced the field of structural engineering, making him a deserving recipient of the Best Researcher Award. Professional Development Suman Neupane has actively pursued professional development throughout his career, furthering his skills in both theoretical and practical aspects of civil structural engineering. He has gained expertise in software tools such as AutoCAD, Revit, and SAP 2000, while also contributing to experimental and numerical research on hybrid self-centering bridge designs. Additionally, he has actively participated as a teaching assistant and lecturer, demonstrating his ability to educate and mentor future engineers. His research is also focused on structural rehabilitation and earthquake engineering, bridging gaps between theory and practical application. Research Focus Suman Neupane’s research focuses on seismic design and rehabilitation of structures, particularly in self-centering bridge designs and advanced structural analysis. He has developed novel models for bridge bent systems and worked extensively on non-linear analyses of vulnerable buildings. His research also explores optimizing design solutions for seismic regions, especially for residential and commercial buildings. Suman’s work aims to improve structural resilience in earthquake-prone areas, ensuring safety and efficiency through innovative approaches like energy dissipation and self-centering technologies. Publication Top Noted Numerical modeling of column piers with recessed spliced sleeves and intentional debonding for accelerated bridge construction – Cited by 13 (2023) Hybrid bridge bent using stretch length anchors with post-tensioning and shear key alternatives – Cited by 5 (2024) Experiments and Numerical Analysis of a Seismically Resilient Bridge Bent with Stretch Length Anchors as Energy Dissipators – Cited by 4 (2024) Experiments and analysis of steel collar plate with shear studs in concrete column stubs under eccentric load – 2025 Seismic Analysis of Precast and Post-Tensioned Column-to-Footing Connections with Steel–GFRP Bars and GFRP Spirals – 2025
Qassun Mohammed Shafiqu | Geotechnical Engineering | Best Researcher Award Posted on 08/10/202408/10/2024 by ScienceFather Qassun Mohammed Shafiqu | Geotechnical Engineering | Best Researcher Award Dr. Qassun Mohammed Shafiqu, Civil Engineering Department Al-Nahrain University, Iraq. Dr. Qassun S Mohammed Shafiqu is a distinguished Professor of Civil Engineering, specializing in Geotechnical Engineering at Al-Nahrain University. With extensive expertise in earthquake engineering and soil-structure interaction, his research focuses on innovative solutions to improve soil stability and foundation systems using advanced materials like FRP micropiles and polymers. His work on seismic performance and soil improvement has been widely published in leading journals and presented at international conferences. Dr. Shafiqu’s contributions are integral to advancing sustainable infrastructure and resilient engineering practices. Publication profile Orcid Education & Experience Ph.D. in Civil Engineering, Specialization: Geotechnical Engineering Professor, Civil Engineering Department, Al-Nahrain University Research focus: Earthquake engineering, soil-structure interaction, and foundation systems Published several peer-reviewed journal articles and conference papers Expertise in numerical modeling and geotechnical testing Suitability for The Award Dr. Qassun S. Mohammed Shafiqu is highly suitable for the Best Researcher Award based on his extensive contributions to civil and geotechnical engineering. His work primarily focuses on improving soil behavior under seismic and other load conditions, which is critical for infrastructure development in areas prone to natural disasters. Professional Development () Dr. Qassun S Mohammed Shafiqu has continually expanded his expertise in Geotechnical Engineering, focusing on innovative solutions for complex soil behaviors under stress. With a keen interest in earthquake impacts on geotechnical structures, he collaborates with international researchers to develop resilient foundation systems using advanced materials like FRP micropiles and polymers. He has contributed extensively to academic and applied research, guiding students and peers while presenting at global conferences. His proactive approach to enhancing engineering solutions fosters environmental sustainability and technological advancement. Research Focus Dr. Shafiqu’s research concentrates on the intersection of geotechnical engineering and earthquake resilience. He investigates how seismic forces affect foundation systems, including the behavior of piled-raft foundations, reinforced soils, and liquefiable sand. His studies on geosynthetics, such as using FRP micropiles and polymers to strengthen sandy soils and clay, aim to enhance structural stability during seismic events. By exploring the impact of construction materials on soil performance, his work contributes to sustainable and safe civil engineering practices. Awards and Honors () Best Research Paper Award, International Journal of GEOMATE Multiple Conference Presentation Awards for Geotechnical Engineering Recognized for Significant Contributions to Earthquake and Soil Interaction Research Editorial Reviewer for top-tier journals in Civil Engineering Publication Top Notes Seismic Performance Evaluation of Pipelines Buried in Sandy Soils Reinforced with FRP Micropiles: A Numerical Study (2024) | Cited by: N/A Effect of Deep Supported Excavation on the Adjacent Shallow Foundation (2020) | Cited by: N/A Effect of Earthquakes Over Time on the Geogrid-Pile Foundation System in Loose Sand (2020) | Cited by: N/A Behavior of Piled-Raft Foundation Under Earthquake Loading in Various Types of Soil (2018) | Cited by: 12 Effect of Adding Polyacrylamide Polymer with Lime and Cement Kiln Dust on the Properties of Expansive Clayey Soils (2018) | Cited by: 8 Liquefiable Sand Behavior Under Different Applied Cyclic Strain Amplitude in Cyclic Triaxial Test (2018) | Cited by: 6 Effect of Using Construction and Fence BRC Layers on Clayey Silt CBR Values (2017) | Cited by: 5 Expansive Clayey Soil Improvement Using Polyethylene High-Density Polymer (2017) | Cited by: 7 Conclusion Dr. Qassun S. Mohammed Shafiqu is a prominent figure in geotechnical engineering, with his work addressing some of the most pressing challenges in civil engineering. His innovative approaches to soil improvement and infrastructure resilience in seismic zones, along with his broad publication record, make him a strong candidate for the Best Researcher Award. His contributions not only advance scientific knowledge but also have practical implications for improving civil infrastructure globally, making him well-deserving of this honor.