Dr. Gangadhara Narala Reddy is an academic and researcher in Civil Engineering, specializing in Geotechnical and Environmental Engineering. He holds a Ph.D. from IIT Bhubaneswar and master’s degree in Geotechnical Engineering from NIT Bhopal. Currently serving as an Assistant Professor at Fiji National University, Suva, Fiji.
Dr. Reddy’s work centers on developing innovative, sustainable solutions to address climate change impacts and enhance resilience in vulnerable regions. He has developed a proposal on geotechnical solutions for riverbank stabilization in Nausori City, Fiji in collaboration with Ministry of Environment and Climate Change reflects his ability to bridge research with practical applications. He is also actively engaged with stakeholders through workshops and training programs, such as the “Workshop on Enhancing Climate Resilience of Fiji’s Road Network” and “Short Term Training Program on Sustainable Materials & Resilient Buildings - Philosophy, Design, Implementation, and Performance”.
Dr. Reddy’s work highlights the critical importance of integrating climate science into civil engineering solutions. He has expertise in designing climate-resilient infrastructure networks in Fiji to withstand climate-induced challenges, ensuring sustainable and disaster-resilient systems including road network, slope stability analysis, and resilient design of foundation systems.
Dr. Reddy has extensive consultancy experience, including geotechnical investigations, soil and rock testing, earth retaining wall design, and addressing collapsible/swelling soils. He has conducted various geotechnical fieldworks for housing projects, red mud and fly ash audits, and pile load tests, contributing to sustainable infrastructure development and engineering solutions.
Dr. Reddy has over 32 Scopus-indexed publications. He co-authored the book "Advances in Sustainable Materials and Resilient Infrastructure" (Springer, 2022) and has delivered invited talks at over 10 international workshops and conferences. His leadership extends to editorial roles, serving as Associate Editor for Innovative Infrastructure Solutions and on editorial boards for Discover Civil Engineering and Discover Geosciences. He has received prestigious fellowships, including the CSC Fellowship for research in China.
Dr. Reddy’s expertise spans sustainable materials, geotechnical engineering, pavement Geotechnics, climate-resilient infrastructure, and use of sustainable material applications for soil stabilization. His commitment to advancing climate change adaptation and mitigation through community engagement and nature-based solutions underscores his contributions to Civil and Environmental Engineering.
James Lewis, Director of Intercoastal Consulting, is a certified practicing civil engineer with over 15 years of experience specialising in coastal engineering throughout Australasia and across the Pacific. He has a broad knowledge of coastal protection design, integrated coastal management and surf amenity. James’s skills extend outside the office where he has led large-scale metocean deployments, analysing the data captured in the field to calibrate numerical models used to inform coastal design.
He has focussed the last 10 years of his career on working in Small Island Developing States (SIDs) in climate change adaptation, concerned primarily with developing climate-resilient coastal protection. James aspires to see the design phase through to implementation; having supported procurement, and contracting and undertaken construction supervision on large projects in remote locations. He aims to provide value and support through the complete project lifecycle including the social, financial and institutional aspects of these projects, endeavoring to understand the administrative, governmental and funding mechanisms specific to each country and community and their relation to the delivery of a successful project.
Using his knowledge of coastal engineering, the ocean and the environment, James’ primary endeavor is to assist coastal communities most vulnerable to the impacts of climate change.
