Helping engineering teams and material innovators design, validate and implement advanced construction solutions in real-world projects.
Why advanced materials fail in implementation? Most advanced materials fail not because of performance, but because of implementation barriers (Design integration, code acceptance, constructability, certification).
What we do? We can help you take all these barriers out.
Design of reinforced concrete and structural systems using advanced materials, with a focus on performance, constructability and long-term durability.
Support for ICC-ES reports, DOT approvals and alignment with ACI, ASTM and international standards to enable real-world adoption.
Implementation strategies for composite materials (fiber-reinforced polymers, FRP) and other emerging construction technologies across different applications and markets.
Engineering studies, software verification and applied research to validate performance and support design decisions.
Service-life extension, corrosion mitigation and environmental performance assessments, including Environmental Product Declarations (EPDs).
Targeted workshops and technical sessions for engineers, owners and manufacturers to support specification and adoption.
We support certification, market entry and implementation of new construction technologies across the US, Middle East and international markets.
We provide specialized expertise for projects involving advanced materials, non-conventional design approaches and code-driven solutions.
We help evaluate and implement durable, efficient and low-maintenance solutions for long-term asset performance.
Redesign of structural elements using BFRP to improve durability and accelerate construction.
Commercial office building development for a private developer.
Significant reduction in reinforcement weight and installation time through composite systems.
Implementation of advanced reinforcement strategies to extend service life and reduce long-term maintenance.
