Published: 02:06 PM, 16 September 2026
Nipa Akter Receives Climate-Resilient Land Development Excellence Award 2026
Researcher Nipa Akter has been honored with the Climate-Resilient Land Development Excellence Award 2026 in recognition of her research contributions to sustainable construction, environmental management, and the mitigation of environmental risks associated with the construction industry.
The award was presented during the International Royal Golden Fellow Award 2026 Ceremony and the Second International Conference on AI-Driven Innovation, Modern Technology and Multidisciplinary Research in Patent Development—Patent Gen Beta 2.0 2026, held on August 28–29, 2026.
According to the organizers, the international event brought together researchers, academics, professionals, and innovators from diverse disciplines. Promoting research excellence, technological innovation, and practical solutions to contemporary global challenges were among the key objectives of the conference.
Following an extensive evaluation of numerous high-quality research submissions, the selection committee identified Akter’s research as particularly significant and closely aligned with the conference’s multidisciplinary and interdisciplinary objectives.
The recognition, according to the organizers, reflects the practical relevance, analytical depth, and potential international applicability of her research in the fields of sustainable construction and environmental management.
Research Highlights Key Findings on Erosion and Sediment Control
At the international conference, Nipa Akter presented her research paper titled “Development of a System-Multi Criteria Analysis on Erosion and Sediment Control in Construction Industry.” The study was conducted based on statistical data collected from 175 construction professionals in the United States.
The findings identified Storm Water Management as the highest-priority factor, with a mean score of 4.41. It was followed by Regulatory Compliance, with a mean score of 4.35, and Site Stability, with a score of 4.29.
Using the Multi-Criteria Decision Analysis (MCDA) methodology, the study assigned respective weights of 27 percent, 24 percent, and 21 percent to the three factors.
The research further found the strongest correlation between Storm Water Management and Site Stability, with a correlation coefficient of r = 0.73. The finding highlights the close interrelationship between effective stormwater management, erosion-risk reduction, and the maintenance of construction-site stability.
Meanwhile, Training and Monitoring received a weight of 16 percent, while Cost Efficiency accounted for 13 percent.
The findings indicate that effective erosion and sediment control may depend not only on financial considerations but also substantially on environmental performance and regulatory compliance.
Significance for Sustainable Construction
The study notes that land clearing, excavation, grading, and other construction-related activities can significantly alter natural soil structures. Such disturbances may accelerate soil erosion and sediment runoff, potentially affecting water quality, drainage infrastructure, aquatic ecosystems, and vulnerability to flooding.
The proposed MCDA framework integrates five key dimensions: Storm Water Management, Regulatory Compliance, Site Stability, Training and Monitoring, and Cost Efficiency.
By incorporating these factors into a unified analytical framework, construction professionals can systematically evaluate and prioritize erosion and sediment control strategies through a structured, measurable, and data-driven decision-making process.
Potential Relevance to Bangladesh
The potential relevance of the research extends beyond the geographical context of the United States and may be applicable to other rapidly urbanizing countries.
Bangladesh, in particular, is experiencing continued expansion of urban development and construction activities, placing increasing pressure on drainage networks, waterways, and surrounding ecosystems.
The framework proposed in the study could potentially be adapted to different regulatory systems, climatic conditions, and construction environments to support evidence-based environmental decision-making.
Award Selection Overseen by International Committee
The award selection process was conducted under the supervision of an internationally constituted Central Organizing Committee, comprising distinguished scholars, academic leaders, researchers, and institutional representatives.
The committee was led by Chief Patron Prof. Dr. Rhituraj Saikia, President of Eudoxia Research University, USA. Prof. Dr. Caleb Moyo, Vice-Chancellor of the university, served as Patron and provided strategic guidance.
The academic framework and research coordination were overseen by Convener Prof. Dr. Dimitrios A. Karras, Dean of the School of Science. He was supported by Organizing Secretary Prof. Dr. Joseph Dunston, Academic Director of the Eudoxia Research Centre, India.
Other members of the committee included Dr. Arun Kumar Sao; Coordinator Dr. Smreeti Mehta, Registrar of Eudoxia Research University, USA; Dr. Namrata Kumari, Deputy Registrar of UWRIC, UK; and Moderator Dr. Mushina Kafiah Huda, Director of the Eudoxia Research Centre, India. Additional academics, researchers, and professionals from different countries were also involved in the process.
Nipa Akter’s Contribution to the Research
Nipa Akter made significant contributions at various stages of the research, including data collection, data analysis and interpretation, manuscript review, editing, and research supervision.
Her work demonstrates the potential of multidisciplinary and analytical approaches to advancing sustainable construction, environmental protection, and data-driven decision-making.
The international recognition highlights not only Akter’s contribution to the research but also the broader significance of evidence-based, research-driven, and multidisciplinary approaches to addressing complex environmental challenges in the construction sector, including soil erosion, sedimentation, and stormwater management.
