Our Services


ARX Institute delivers specialized services focused on assessing and enhancing the resilience of critical infrastructure against extreme events. Through strategic partnerships with leading U.S. and international universities, federal agencies, and research institutions, we conduct multi-hazard risk assessments, develop and test advanced structural materials, and integrate geotechnical and geological expertise into our solutions. We are committed to the dissemination of project outcomes to professional communities, stakeholders, and vulnerable populations through outreach, technical publications, and educational initiatives.

Multi-Hazard Risk Assessment for Critical Infrastructure

We conduct comprehensive assessments of infrastructure exposed to multiple hazards, including hurricanes, floods, wildfires, and landslides. Our approach integrates geotechnical and geological investigations to evaluate terrain instability, subsurface conditions, and soil behavior under extreme loading scenarios. We develop threat and risk models that help public and private sectors make evidence-based decisions for resilient infrastructure planning.

Advanced Materials and Structural Resilience Testing

We lead the development and testing of innovative materials and structural systems that enhance infrastructure resilience. Our work includes performance evaluation under extreme environmental conditions, material aging, and degradation. Additionally, we incorporate geotechnical considerations—such as soil-structure interaction and ground response—to better understand how advanced materials behave when integrated into critical infrastructure subjected to natural hazards.

Data-Driven Decision Support Systems

We design and implement GIS-integrated platforms, dashboards, and simulation tools to support authorities in emergency planning, infrastructure investment, and climate adaptation. These systems allow real-time analysis and scenario testing for better risk-informed decision-making.

Excellence and Innovation in Resilient Infrastructure for a Safer Tomorrow