Dr. Xuezhi Feng, Ocean University of China/Shandong Institute of Ecology and Environment, China
Dr. Xuezhi Feng is an Associate Professor at the Shandong Institute of Ecology and Environment, affiliated with the Ocean University of China. His expertise lies in marine geological engineering, environmental geotechnical engineering, and the ecological and environmental impacts of marine sediment processes. As a Youth Editorial Board Member of the Journal of Marine Environmental Engineering, he contributes significantly to the advancement of marine science research. With an impressive record of publications, patents, and research projects, Dr. Feng is recognized for integrating rigorous scientific methodology with innovative environmental solutions to address pressing marine ecological challenges.
Professional Profile
Scopus Profile | ORCID
Education
Dr. Feng earned his doctoral degree in Marine Geological Engineering from the Ocean University of China, where he developed a strong foundation in sedimentology, marine geotechnics, and coastal ecological assessment. His doctoral research integrated field observations, laboratory analyses, and modeling approaches to examine sediment transport dynamics and their environmental consequences. Through advanced coursework and hands-on research, he mastered critical methodologies such as sediment core sampling, geochemical profiling, and hydrodynamic modeling. His academic journey fostered a multidisciplinary approach that bridges engineering, marine science, and environmental sustainability. This background has enabled him to address complex coastal and offshore engineering problems with scientific precision and applied relevance.
Experience
As an Associate Professor, Dr. Feng has been instrumental in leading and managing research initiatives at the Shandong Institute of Ecology and Environment. He has successfully completed multiple funded research projects and is currently engaged in work that bridges theoretical models with practical engineering applications. His expertise has been sought in consultancy and industry projects, where he has provided solutions to mitigate ecological impacts of coastal development and marine engineering activities. His contributions extend to environmental impact assessments, sediment stability analyses, and designing eco-friendly marine infrastructure. He has actively collaborated with government agencies and environmental bodies to develop policies and guidelines for sustainable marine and coastal management. Additionally, his role as a Youth Editorial Board Member has allowed him to mentor early-career researchers, review high-impact journal submissions, and promote high scientific standards in marine environmental engineering publications.
Research Focus
Dr. Feng’s research centers on the intersection of marine geological engineering and environmental sustainability. His primary focus is on understanding the movement, transformation, and environmental effects of marine sediments, particularly in the context of coastal and offshore engineering projects. This includes studying sediment resuspension caused by natural forces such as tides and internal waves, as well as human interventions like dredging and construction. He examines how these processes influence water quality, benthic habitats, and coastal morphology. His work in environmental geotechnical engineering also addresses the stability of seabeds, prevention of coastal erosion, and the development of resilient marine structures. By integrating geotechnical principles with ecological considerations, he aims to design engineering solutions that minimize adverse impacts on marine ecosystems while enhancing coastal resilience.
Publication Top Notes
Dr. Xuezhi Feng exemplifies the qualities of a dedicated and innovative marine scientist whose research has significant scientific and societal impact. His expertise in marine geological and environmental geotechnical engineering has contributed to better understanding sediment dynamics and mitigating the ecological consequences of coastal development. Through his publications, patents, and practical consultancy projects, he has advanced both academic knowledge and engineering practices that align with environmental sustainability. His leadership in research, editorial service, and professional collaboration reflects his commitment to excellence and continuous innovation in his field. These achievements position him as an outstanding candidate for the Best Researcher Award, recognizing not only his scientific contributions but also his dedication to solving real-world environmental challenges in marine ecosystems.