Our Story
RomanMasonTech began when a group of heritage architects examined the resilience of Roman maritime structures. Realizing the potential to confront today’s climate challenges, we assembled a global consortium committed to reinterpreting ancient methodologies with modern analytics and sustainable sourcing.
Core Pillars
Research
Aggregate archaeological documentation, chemical analyses, and marine exposure studies to reconstruct Roman concrete systems.
Innovation
Apply digital modeling, AI-driven mix design, and lifecycle assessment to adapt heritage techniques for modern environments.
Impact
Support sustainable infrastructure that reduces carbon emissions while honoring cultural narratives.
Leadership Collective
Aurelia Voss — Heritage Engineer
Leads interdisciplinary fieldwork across Italy, Greece, and coastal North Africa, connecting historical records with laboratory testing of volcanic ash compounds.
Marcus Liu — Materials Scientist
Designs pozzolanic blends that replicate Roman microstructures, enhancing resilience in marine and seismic environments.
Elena Rodríguez — Data Strategist
Integrates open APIs, digital twins, and lifecycle analytics to ensure our modules are accessible to global design teams.
Jonah Ibrahim — Sustainability Advisor
Aligns RomanMasonTech initiatives with international climate goals and regenerative urban frameworks.
Global Collaborations
We partner with universities, civic agencies, and engineering firms across continents. Together we craft pilot projects that test Roman-inspired concrete in advanced curing environments, coastal protection systems, and adaptive reuse developments.