UMD’s PhD in Civil Engineering enables advanced research in structures, transportation, water resources, geotechnical systems, and sustainable design. The program supports data-driven innovation through modeling, simulation, and interdisciplinary field studies.
Long-term health monitoring of bridges using fiber optic sensors
Design of urban flood control systems under climate change scenarios
Simulation of autonomous vehicle flow in smart traffic grids
Life cycle analysis of high-performance concrete in infrastructure
Seismic vulnerability assessment of aging residential structures
Optimization of public transit networks using agent-based models
Design of green infrastructure for pollutant load reduction
Study of soil-structure interaction under dynamic loads
Performance modeling of permeable pavements in urban corridors
GIS-based disaster risk mapping for emergency evacuation planning
Use of recycled materials in sustainable pavement engineering
Design of self-healing concrete using encapsulated admixtures
Smart sensor network development for underground utility monitoring
Data-driven modeling of pedestrian movement in dense cities
Advanced numerical simulation of tunnel excavation impacts
Assessment of resilience in water distribution networks
Design of adaptive traffic signal control algorithms
Reliability analysis of retaining wall systems under variable loads
Evaluation of microclimate impacts in dense urban development
Carbon footprint modeling of highway construction methods
Design, model, and improve the built environment with resilient infrastructure research in UMD’s Civil Engineering PhD.
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