An instructor working with a student on building a water vessel shaped like a canoe in a shop.

About the Department of Civil, Environmental and Ocean Engineering

In addition to offering its students the means to excel in their fields, the Department of Civil, Environmental, and Ocean Engineering, through the combined expertise of its faculty and breadth of research programs, provides a unique opportunity to its students to acquire knowledge across the three disciplines and build capability to address complex cross-disciplinary problems.

We aspire to give our students the knowledge required to face future challenges in the design, construction and monitoring of urban/interconnected infrastructure systems, sustainable environmental systems, resilient coastal communities, and oceanic systems through rigorous and flexible curricula, advanced research programs, and extra-curricular activities. In the Department of Civil, Environmental and Ocean Engineering, our mission is to:

  • Provide students with vibrant and diverse degree programs built upon rigorous course offerings, hands-on experience, and opportunities for professional development.

  • Instill creativity and innovation in the drive of our graduates to solve real-world problems.

  • Perform discovery research to address future challenges.

  • Set our graduates on the path to become leaders in their fields.


Muhammad HajjDr. Muhammad Hajj, Chair of the Department of Civil, Environmental, and Ocean EngineeringMessage from the Chair

Dear Friends,

Welcome to the Department of Civil, Environmental and Ocean Engineering (CEOE).

The past year reaffirmed that—even amid significant challenges and uncertainties—the Department of Civil, Environmental and Ocean Engineering (CEOE) is well positioned to advance its mission with excellence. Driven by determination, creativity, and commitment to innovation, our faculty and students continue to push boundaries and produce groundbreaking discoveries to strengthen Stevens’ position as a leader in civil, environmental, and ocean engineering.

Transforming Civil Engineering Through AI
We continued to redefine the future of construction and civil engineering through advanced applications of artificial intelligence. Our researchers are developing self-monitoring infrastructure systems capable of evaluating structural health, recommending maintenance actions, and autonomously adapting to changing conditions. These innovations are improving real-time decision-making, elevating construction-materials quality control, reducing project costs, and minimizing environmental impacts. Recognizing the profound implications of these technologies, CEOE has also prioritized integrating AI across education and industry. In April 2025, we hosted the inaugural workshop in our new Technology in Construction series. AI in Construction convened academic and industry leaders to examine how AI is poised to transform project risk identification and management.

Innovative Approaches to Forever Chemical Remediation
We advanced innovative solutions to some of today’s most pressing environmental challenges, including the removal of PFOS—a member of the PFAS family of “forever chemicals”—from water and wastewater. In a major breakthrough, a CEOE team of faculty and students found that iron powder is 26 times more effective per unit surface area than activated carbon in removing PFOS. Notably, the iron powder retained its adsorption performance even after rusting, highlighting its potential for robust and cost-effective remediation.

Advancing Coastal Resilience
We made major strides in enhancing our ability to predict, monitor, and manage coastal flooding and its impacts on both natural and built environments. Building on the Dynamic Underwater Coastal Kinematic Surveying System (DUCKS) and the operational Stevens Flood Advisory System (SFAS), we secured new funding to launch the Stevens Extreme Event Coastal Preparedness and Response System (SEECPRS)—a transformational initiative enabling rapid, high-value data collection before, during, and after extreme coastal events. Leveraging Stevens’ elevated location, we installed a state-of-the-art X-band rainfall radar that dramatically improves regional rainfall mapping. In parallel, our researchers are deploying an expanding network of flood-monitoring sensors across vulnerable coastal areas. Together, these investments form a unique, rapidly deployable, multi-platform observing system for extreme flooding.

Knowledge Exchange and Global Engagement
Our commitment to collaboration and community building remained strong throughout the year. In partnership with Sapienza University of Rome, CEOE hosted the Fourth International Nonlinear Dynamics Conference at Stevens in June 2025. The event featured keynote presentations, workshops, student competitions, and technical sessions showcasing global advances in nonlinear dynamics. Earlier in the year, CEOE also hosted the Coastal Flooding Technical Workshop, bringing together experts to discuss emerging strategies and technologies for addressing coastal-flooding challenges.

Looking Ahead
We are delighted to welcome Dr. Tao Ye to CEOE as an assistant professor. As we look to the years ahead, our vision remains clear: to advance knowledge, accelerate innovation, and develop sustainable solutions that strengthen communities and infrastructure for generations to come. With the dedication and passion of our faculty, students, staff, and partners, we are exceptionally well positioned to keep up and build on our strong momentum.

Finally, I invite you to explore the accomplishments highlighted in our 2025 Annual Report and welcome your feedback. Please stay connected with us on LinkedIn and Instagram for updates on our initiatives, and feel free to reach out to learn more about the work we do at CEOE.

Dr. Muhammad Hajj
- November 2025

Department Leadership

Muhammad Hajj
Muhammad Hajj
Department Chair
Sarath Chandra Kumar Jagupilla (sjagupil)
Sarath Chandra Kumar Jagupilla
Associate Chair for Undergraduate Studies
Khondokar Billah
Khondokar Billah
Associate Chair for Graduate Studies
Rocco Technology Center 305

Department Administration

Pamela Tully
Office Manager
ptully@stevens.edu
201-216-3556
Davidson Lab 203


Academic Contacts

Cheng Chen
Ph.D. Program Coordinator
cchen6@stevens.edu
201-216-5536
Rocco Technology Center 308


Elizabeth O'Connell
Manager of the Center for Student Success / Academic Advisor, Undergraduate and Master’s
eoconne2@stevens.edu
201-216-8717
Davidson Lab 244E


Rita Alvarado
Academic Advisor, Doctoral
malvarad@stevens.edu
201-216-5320
Davidson Lab 244C


Log In to Stevens Hub

The Department of Civil, Environmental and Ocean Engineering intranet on Stevens Hub is where students, faculty, and staff can access key tools, research resources, documents and everything that powers our programs from the inside.

CEOE 2024-25 Annual Report cover

Annual Report

The Department of Civil, Environmental, and Ocean Engineering Annual Report summarizes the current state of the department and focuses on progress and achievements over the 2024-2025 academic year. The information presented in the report was collected from official Institutional data sources and the School of Engineering and Science community.


A glass of water being filled up.

A Legacy of Innovation: Water Treatment Systems

Dr. Xiaoguang Meng introduced pioneering technologies for effective, affordable and easy to use water purification during an expedition to Bangladesh, where an environmental crisis affected the drinking water for tens of millions of people.