Improving People's Lives by Understanding and Mitigating Natural and Man-made Hazards
Improving People's Lives by Understanding and Mitigating Natural and Man-made Hazards
Improving People's Lives by Providing Safe and Resilient Infrastructure
Improving People's Lives by Providing Safe and Resilient Infrastructure
Improving People's Lives by Understanding Earth and Terrestrial Planet Systems
Improving People's Lives by Understanding Earth and Terrestrial Planet Systems
Improving People's Lives by Providing Clean Water
Improving People's Lives by Providing Clean Water
Improving People's Lives by Providing Safe Nuclear Energy Systems
Improving People's Lives by Providing Safe Nuclear Energy Systems
Improving People's Lives by Enabling our Students to Change the World
Improving People's Lives by Enabling our Students to Change the World
Improving People's Lives by Understanding and Measuring Human Impact on the Environment.
Improving People's Lives by Understanding and Measuring Human Impact on the Environment.

Welcome to the Department of Civil & Environmental Engineering & Earth Sciences

Welcome to CEEES

Our faculty and students are deepening the understanding of Natural and Man-Made Hazards, Civil Infrastructure, Environment, Energy, and Earth and Planet Systems.

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Faculty
Spotlight
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Kyle Doudrick

Kyle Doudrick

VIEW FULL PROFILE Email: kdoudrick@nd.edu
Phone: 574-631-0305
Website: http://www.doudrick.info
Office: 166 Fitzpatrick Hall
Faust, JJ, Christenson, W., Doudrick, K., Ros, R., Ugarova, T. Development of fusogenic glass surfaces that impart spatiotemporal control over macrophage fusion: Direct visualization of multinucleated giant cell formation. Biomaterials, 128, 160-171. 2017. Faust, JJ,* Doudrick, K.,* Yang, ...
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Kyle Doudrick

Faust, JJ, Christenson, W., Doudrick, K., Ros, R., Ugarova, T. Development of fusogenic glass surfaces that impart spatiotemporal ...
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Student
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Daniel Howard

Daniel Howard

VIEW FULL PROFILE Email: dhoward3@nd.edu
Phone: 608-561-3987
Website: http://dphow.github.io
Office: 309 Cushing & 163 Hurley Hall
Curriculum Vitae
My current research work focuses on computational fluid dynamics utilizing radial basis function generated finite difference methods and numerical modeling of Indian monsoons utilizing High Performance Computing and GPU machinery alongside interactions between these climate dynamics and climate ...
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Daniel Howard

My current research work focuses on computational fluid dynamics utilizing radial basis function generated finite difference methods and ...
>Click to learn more