Aston University | United Kingdom
Author Profile
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Early Academic Pursuits
From the beginning of his academic journey, Sadri Shadabi demonstrated a strong interest in the field of civil engineering, laying the foundation for his future research and professional achievements. His undergraduate and master’s studies in civil engineering and geotechnical engineering provided him with rigorous training in soil mechanics, foundation engineering, structural behavior, and seismic analysis. His master’s thesis on the seismic behavior of tunnels with geofoam embankments introduced him to the complexities of numerical modeling, while simultaneously equipping him with specialized expertise in geotechnical resilience under earthquake conditions. These formative years instilled in him not only a deep technical knowledge but also the discipline to explore complex engineering challenges through both theoretical frameworks and applied methodologies. His transition into doctoral studies marked the natural progression of his scholarly pursuits, centering his focus on thermo-hydro-mechanical modeling of energy piles—an area bridging sustainable infrastructure and renewable energy integration.
Professional Endeavors
Alongside his academic studies, Shadabi has pursued diverse professional roles that blend teaching, research, and applied practice in civil engineering. As a research assistant and laboratory demonstrator at Aston University, he has contributed significantly to both experimental and computational projects in geotechnical engineering. His responsibilities in laboratory settings included performing and supervising critical geotechnical tests such as triaxial, oedometer, direct shear, and permeability tests, thereby ensuring precision in data collection and analysis. In addition, his role as a graduate teaching assistant has enabled him to foster student learning in advanced geotechnics, soil mechanics, statics, and foundation engineering, cultivating the next generation of civil engineers. Beyond formal teaching, he has also engaged with Engineers Without Borders projects, contributing to sustainable development initiatives while mentoring students in socially responsible engineering practices. These experiences highlight his commitment to connecting academic expertise with practical applications that benefit both students and society.
Contributions and Research Focus
Shadabi’s research portfolio reflects his strong alignment with sustainability-driven civil engineering, particularly through the study of energy geostructures. His doctoral research emphasizes numerical and experimental modeling of energy piles, focusing on their thermal, hydraulic, and mechanical performance under varied operational conditions. His work extends to life cycle assessment, where he applies computational tools like COMSOL, FLAC, and SimaPro to optimize the design of energy piles for net-zero energy buildings. He has co-authored and presented research at prestigious international conferences, addressing themes such as thermal efficiency, soil recovery, resilience of geo-structures, and the integration of digital twin technology in geotechnical engineering. His earlier work on seismic resilience of tunnels using geofoam backfill has also been widely acknowledged, appearing in well-regarded journals and conference proceedings. This trajectory positions him as a researcher at the intersection of geotechnical innovation, sustainability, and renewable energy integration.
Accolades and Recognition
Throughout his academic and professional career, Shadabi has been the recipient of multiple honors that underscore his scholarly excellence and research promise. He was awarded a fully funded doctoral studentship by Aston University, supported by the Engineering and Physical Sciences Research Council (EPSRC), which recognizes his innovative contributions to sustainable geotechnical engineering. In addition, he secured a separate doctoral studentship opportunity in the United States, affirming his international standing and the relevance of his work beyond national boundaries. His earlier recognition includes distinction as an outstanding graduate student and high ranking within his master’s program, both of which signified his academic dedication and early research potential. More recently, his membership in professional organizations such as the Institute of Civil Engineers (ICE) and the European FOLIAGE network for energy geostructures reflects his active involvement in global scientific communities. These accolades highlight not only his personal achievements but also the value of his contributions to advancing civil and geotechnical engineering.
Impact and Influence
The impact of Shadabi’s work extends across research, education, and professional practice. His research on energy piles contributes to global efforts toward sustainable construction and renewable energy integration, offering practical solutions for reducing the carbon footprint of building foundations. Through publications in leading journals and participation in international conferences, he influences scholarly dialogue in geotechnical sustainability and energy geostructures. His teaching and mentoring roles amplify this impact by equipping students with technical knowledge, critical thinking, and awareness of sustainable practices. Furthermore, his involvement in Engineers Without Borders demonstrates a commitment to ensuring engineering innovations are aligned with community needs, thereby influencing engineering beyond academia. By integrating technical expertise, sustainability, and pedagogy, he is shaping a multifaceted influence that resonates within both scholarly circles and real-world applications.
Legacy and Future Contributions
Looking forward, Shadabi’s legacy is set to be defined by his contributions to sustainable geotechnical engineering and his role as a bridge between academic research and industry application. His continued work on energy geostructures holds promise for advancing the integration of renewable energy technologies into built environments, addressing pressing global challenges such as climate change and urban sustainability. Through his international collaborations, conference participation, and professional memberships, he is establishing a global presence that will likely shape new research directions and best practices in energy-efficient infrastructure. His dedication to teaching and mentoring ensures that his influence extends beyond his immediate research, creating ripple effects through the students and colleagues he supports. In the future, his research is poised to drive innovations that enhance the resilience and sustainability of civil infrastructure, solidifying his role as a thought leader in his field.
Notable Publications
Effect of geofoam as cover material in cut and cover tunnels on the seismic response of ground surface
Authors: S. Shadabi, M. R. Moghadam, M. Parvizi
Journal: Earthquake Engineering and Engineering Vibration
Year: 2022
Attenuation potential of geofoam as cover material in cut and cover tunnels during earthquakes
Authors: S. Shadabi, M. Parvizi, M. Rabeti Moghadam, …
Journal: Journal of Earthquake Engineering
Year: 2022
Evaluating Long-Term Thermal Performance and Soil Recovery in Energy Piles Under Various Operational Modes
Authors: S. Shadabi, M. Mehravar, A. Rezk, F. Ardakani, P. Thornley
Journal: Renewable Energy
Year: 2025
Numerical investigation of geofoam effect on the internal forces of cut and cover tunnels during earthquakes
Authors: S. Shadabi, M. Rabeti Moghadam, M. Parvizi, M. Zamani Lenjani
Journal: Bulletin of Earthquake Science and Engineering
Year: 2020
Conclusion
In sum, Sadri Shadabi’s academic and professional journey exemplifies a dynamic blend of scholarship, teaching, and impactful research in civil and geotechnical engineering. From his early academic pursuits and innovative research focus to his professional endeavors in teaching and sustainable projects, he has consistently contributed to advancing knowledge and practice in his field. His accolades and recognition reflect both national and international appreciation of his work, while his influence as a researcher and mentor underscores his growing impact on the engineering community. With his commitment to sustainability and forward-looking research on energy geostructures, Shadabi’s legacy is one of innovation, relevance, and lasting contributions to both academia and industry.