Leveraging cutting-edge methods to design and build sustainable infrastructure

The Infrastructure Systems research area is dedicated to advancing the understanding, design, and management of the critical infrastructure networks that support modern society. This multidisciplinary domain integrates expertise from geotechnical and structural engineering, transportation systems, and broader civil infrastructure fields to address complex and evolving challenges.

Researchers in this area explore the fundamental behavior of advanced materials and geotechnical systems, evaluate the performance and durability of structures, and pioneer smart sensing and monitoring technologies to enhance infrastructure management. A central focus is placed on ensuring resilience in the face of climate change and extreme events, while also embracing innovative technologies to promote sustainable development in the built environment.

Through a comprehensive and collaborative approach, the Infrastructure Systems group develops transformative solutions that improve the safety, reliability, and long-term sustainability of infrastructure — from transportation corridors and vital bridges to underground utilities and urban networks. Faculty and students are deeply engaged in cutting-edge research that informs both engineering practice and public policy, cultivating the next generation of infrastructure engineers and visionary leaders.

  • Active research areas include:
  • Air traffic management
  • Bridge engineering
  • Construction robotics
  • Large scale structural testing and hybrid simulation techniques
  • Machine learning and artificial intelligence in wind turbines and wind farms
  • Nondestructive condition assessment of highways and bridges
  • Sensor technology in infrastructure applications
  • Smart materials in construction
  • Structural health and emissions monitoring
  • Sustainability and climate influences in pavement design

Research Labs and Centers

Focused on risk-informed decision making, systems engineering, and infrastructure systems optimization.

Explore the Center

Advancing geosystem resilience, sustainable infrastructure materials, and climate adaptation strategies.

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Dedicated to advancing structural engineering research through experimental testing of materials and full-scale components.

Explore the Lab

 

 

 

 

State-of-the-art facility for full-scale infrastructure testing, structural performance evaluation, and materials research.

 

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Faculty

Mark A. Austin

Associate Professor
301-405-6627 | austin@isr.umd.edu
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Ahmet H. Aydilek

Professor
301-405-2692 | aydilek@umd.edu
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Bilal M. Ayyub

Professor
301-405-1956 | ba@umd.edu
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Peter C. Chang

Associate Professor
301-405-1957 | pchang@umd.edu
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Qingbin Cui

Professor
301-405-8104 | cui@umd.edu
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Jongwan Eun

Assistant Professor
| jeun1@umd.edu
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Dimitrios G. Goulias

Associate Professor
301-405-2624 | dgoulias@umd.edu
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David Lovell

Professor
301.405.7995 | lovell@umd.edu
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Mirosław J. Skibniewski

Professor
301-405-9364 | mirek@umd.edu
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Yunfeng Zhang

Professor
301-405-1955 | zyf@umd.edu
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