Research Focus Areas
Where deeper insights lead to advanced knowledge and greater impact.
How CCEE Research Takes Shape
CCEE research spans eight interconnected focus areas that address the full lifecycle of infrastructure and environmental systems — from materials and design to performance, resilience and long-term sustainability.
Each distinct area reflects a distinct perspective, while contributing to a shared goal: developing solutions that improve how communities function, grow and adapt.
Computing, AI, and Systems
Computing, AI, and Systems research brings advanced data, modeling and intelligent systems into engineering practice. From AI-driven flood prediction to real-time infrastructure monitoring, this work transforms complex data into decisions that improve safety, efficiency and resilience.
Construction Engineering
Construction Engineering focuses on how infrastructure is actually delivered — improving safety, reducing risk and increasing efficiency across the construction process. Research spans everything from AI-powered project tracking and construction robotics to immersive safety training, helping projects perform better from planning through completion.
Environmental, Water Resources, and Coastal Engineering
This area addresses critical challenges at the intersection of environment and infrastructure, from water quality and supply to coastal resilience and climate adaptation. Research supports healthier communities and ecosystems through solutions that protect air, water and natural systems.
Explore Environmental, Water Resources, and Coastal Engineering
Geotechnical and Geoenvironmental Engineering
Geotechnical and Geoenvironmental Engineering focuses on the ground beneath our infrastructure — and how it behaves under changing conditions. From earthquake response to offshore energy systems, this work ensures that foundations are stable, risks are understood and infrastructure is built to endure.
Mechanics and Materials
Mechanics and Materials research explores how materials behave, degrade and perform over time. From concrete and asphalt to advanced composites and emerging materials, this work improves durability, enables innovation and strengthens the systems that rely on them.
Structural Engineering and Mechanics
Structural Engineering and Mechanics examines how systems perform under load, stress and extreme events. Research in this area advances safer, more resilient buildings and infrastructure — from everyday performance to earthquakes, hurricanes and long-term degradation.
Transportation Systems
Transportation Systems research focuses on how people and goods move through connected networks. This work supports better planning, safer operations and improved system performance across transportation infrastructure.
Transportation Materials
Transportation Materials research advances the materials that make up roadways and pavement systems. By improving durability, increasing the use of recycled materials and evaluating long-term performance, this work supports more sustainable and resilient transportation infrastructure.
research news
Undergraduate Researchers Tackle Freight Rail Decarbonization Challenge
New technology forecasts beach and dune erosion before hurricanes strike
Grad Spotlight: Aline Cristiane Kumpfer Nascimento
WEFTEC Win: CCEE student team brings home first place
Francis de los Reyes III awarded Camp Applied Research Award by WEF
