Centre for Sustainable Infrastructure Materials
Advancing Low-Carbon, Smart, and Resilient Infrastructure for a Sustainable Future
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The Centre for Sustainable Infrastructure Materials (SIM) at Prince Mohammad Bin Fahd University is a multidisciplinary research and innovation center dedicated to developing next-generation construction materials and technologies that support resilient, carbon-neutral, and resource-efficient infrastructure systems.
The center integrates advanced material science, civil engineering, digital technologies, and sustainability-driven innovation to address critical challenges in infrastructure durability, carbon reduction, circular economy implementation, and smart infrastructure systems.
Aligned with Saudi Vision 2030, the Saudi Green Initiative, and the United Nations Sustainable Development Goals, SIM serves as a regional platform for research excellence, industry collaboration, advanced testing, and postgraduate research development.
What we do
The Centre for Sustainable Infrastructure Materials (SIM) is a premier research center focused on advancing sustainable, durable, and high-performance civil engineering materials for future infrastructure systems.
SIM combines materials innovation, applied engineering research, advanced characterization technologies, and industrial collaboration to accelerate the transition toward low-carbon and resilient infrastructure.
The center acts as a bridge between academia, industry, and government stakeholders by transforming scientific research into practical engineering solutions with measurable environmental and economic impact.
Advance Sustainable Materials Research
Advance Sustainable Materials Research
Development of low-carbon, high-performance civil engineering materials that support sustainable construction, carbon reduction, and resilient infrastructure systems through advanced materials innovation and focused research programs.
Enable Carbon Reduction & Circular Economy
Enable Carbon Reduction & Circular Economy
Research into carbonation technologies, alternative binders, recycled materials, and circular construction systems to reduce CO₂ emissions and promote sustainable resource utilization.
Strengthen Industry Collaboration & Impact
Strengthen Industry Collaboration & Impact
Applied engineering research, industrial partnerships, consultancy services, and collaborative innovation initiatives with key stakeholders including Aramco, NEOM, contractors, and infrastructure sectors.
Develop Advanced Testing & Characterization Capabilities
Develop Advanced Testing & Characterization Capabilities
State-of-the-art material characterization and durability assessment facilities including SEM, XRD, FTIR, and advanced laboratory systems for high-impact infrastructure materials research.
Support Graduate Education & Research Capacity
Support Graduate Education & Research Capacity
Training and supervision of MSc, PhD, and postdoctoral researchers through integration with PMU academic programs, advanced laboratory research, and interdisciplinary engineering education.
Establish Regional & International Leadership
Establish Regional & International Leadership
Building global research collaborations, international academic partnerships, conferences, and workshops to position PMU-SIM as a recognized regional and international research hub in sustainable infrastructure materials.
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