What if you could design manufacturing systems and infrastructure that don't just meet today's needs, but actively support the environment and adapt to climate change - all while being data-driven and efficient?

So that every materials and building not only lasts longer but also leaves a lighter footprint. 

For example, by combining Life Cycle Assessment with AI and finite element modelling, we can uncover smarter ways to use recycled materials, predict system opportunities and failures, and integrate sustainable practices.

Dr. Birch Teodosio's  research sits at the intersection of sustainability, data science, and civil engineering, with a strong focus on creating smarter, environmentally friendly, and resilient infrastructure and manufacturing systems. His work integrates life-cycle assessment, artificial intelligence, and finite element modelling to address pressing challenges in the built environment and material production. 

He is particularly interested in:

• Life Cycle Assessment (LCA) and Circular Economy - quantifying the environmental impacts of material production, manufacturing and reuse pathways to accelerate circular design and resource-efficiency.
• AI-Driven Systems - integrating deep learning and numerical modelling for prediction involving different applications.
• Sustainable Infrastructure Design - developing innovative low-impact systems using prefabrication, recycled materials, and multi-criteria decision frameworks.
• Renewable Energy and Climate-Resilient Systems - assessing and optimising renewable energy technologies and their integration into net-zero and adaptive infrastructure networks.
• Remote Sensing and Smart Monitoring - applying satellite imaging and data analytics for hazard detection, infrastructure health monitoring, and environmental performance assessment.

Through interdisciplinary collaboration and data-informed design, Dr. Teodosio aims to redefine how materials, structures, and technologies interact across their life cycles - contributing to a more resilient, resource-circular, and safer future.