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The Department of Civil and Environmental Engineering offers undergraduate and graduate majors in civil engineering and environmental engineering.
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Civil and Environmental Engineering at Rutgers
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The Department of Civil and Environmental Engineering offers majors in both Civil Engineering and Environmental Engineering providing students the opportunity to tackle issues of global importance, including the sustainability of infrastructures, the impact of transportation on the environment, deploying emerging concepts and technologies in the construction of new facilities, and the impact of engineering solutions in a global, economic, environmental, and societal context.
Start Your Journey
The Department of Civil and Environmental Engineering offers undergraduate and graduate majors in civil engineering and environmental engineering.
Civil Engineering
The Civil Engineering program at Rutgers prepares graduates at the professional level with confidence and the skills necessary to meet the technical needs of the future from construction and infrastructure management to developing environmental and transportation systems.
Environmental Engineering
The Environmental Engineering program is jointly administered between the School of Engineering and the School of Environmental and Biological Sciences. Students pursue initiatives to improve human health, recycling and waste disposal, water and air pollution, and other issues plaguing today's natural and built environment.
Fast Facts
One Department
We offer degrees in Civil Engineering and Environmental Engineering
Undergraduate Students
Graduate Students
Faculty Members
The Center for Advanced Infrastructure and Transportation is supported by the U.S. Department of Transportation
Research Areas
Construction Engineering and Management
Our research projects address fundamental issues affecting the construction industry and improving construction processes with emerging sensing technologies, data analytics, and simulation methods. Our specific research focus areas include: data mining, building information modeling, sensing, and sustainable construction.
Geotechnical Engineering
The research addresses issues new techniques for characterizing the subsurface and existing infrastructure and designing new geotechnical infrastructure systems.
Infrastructure Engineering
Our infrastructure engineering research aims to develop solutions for sustainable and resilient infrastructure, such as highways, airports, railroads, ports, and pipeline systems, that will have major impacts on the nation’s economy, security, and employment.
Structural Engineering and Infrastructure Materials
CEE researchers work on wide range of advanced structural materials including composite materials, advanced high performance cementitious materials, ultra-high performance concrete materials, rapid repair materials, fire resistant coating, and sustainable concrete, along with structural systems and behavior.
Transportation Engineering
The Transportation Engineering group focuses on advancing the state-of-the-art research and state-of-the-practice teaching in the methodological, technological, and engineering solutions to improve the safety, security, mobility, and environment for the movement of people and goods.
Water Resources and Environmental Engineering
This research area investigates management of resources, including water, land, and air, as well as environmental protection and restoration. Research areas include air quality, hydraulic and coastal engineering, wastewater and stormwater management, water treatment, remediation, and sustainability.
"I chose Rutgers because of its countless research opportunities! It's close to many big companies, which comes in handy when looking for internships."
Julianne Chan
Professor and Students Map Museum
Jie Gong and a team of university and high school students – along with a robot named Echo – are creating three-dimensional digital models of the Zimmerli Art Museum to help visitors who have low vision, are blind, or have other conditions navigate inside and outside the museum safely.
Meet Aabir Rashid
Since my sophomore year, I’ve been a research assistant for the Center for Advanced Infrastructure and Transportation (CAIT) laboratory on its Bridge Resource program. I helped create iron rebar sensors for bridge analysis, which I was actually able to help install on sections of the New Jersey Turnpike. My experience with CAIT allowed me to contribute to a local project that worked hand-in-hand with the New Jersey Department of Transportation.
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