View this email in your browser

Department of Civil, Environment & Ocean Engineering at Stevens Institute of Technology

FALL 2023

FALL 2023

 

HIGHLIGHTS

HIGHLIGHTS

Stevens Researchers Take Aim at Weather Forecasters’ Biggest Blind Spot

Stevens Researchers Take Aim at Weather Forecasters’ Biggest Blind Spot

More accurate ‘nowcasting’ algorithms are needed to effectively support community responses to sudden storms, floods and other emergencies. Enter the researchers in Dr. Marouane Temimi's lab, who are pursuing improvements in these algorithms and weather data that can develop into more versatile, accurate nowcasting models.

More accurate ‘nowcasting’ algorithms are needed to effectively support community responses to sudden storms, floods and other emergencies. Enter the researchers in Dr. Marouane Temimi's lab, who are pursuing improvements in these algorithms and weather data that can develop into more versatile, accurate nowcasting models.

Map of New York's five boroughs.
Map of New York's five boroughs.
 

GRANTS & AWARDS

GRANTS & AWARDS

Temimi and Liu Awarded $863K Grant to Develop Computer-Vision System to Monitor U.S. Waterway Conditions

Temimi and Liu Awarded $863K Grant to Develop Computer-Vision System to Monitor U.S. Waterway Conditions

Associate Professors Marouane Temimi and Kaijian Liu recently received a $863,146 grant from the United States Geological Survey (USGS) for their project, “Leveraging USGS Hydrologic Imagery Visualization and Information System (HIVIS) for an Operational Monitoring of Streamflow using Computer Vision.”

Associate Professors Marouane Temimi and Kaijian Liu recently received a $863,146 grant from the United States Geological Survey (USGS) for their project, “Leveraging USGS Hydrologic Imagery Visualization and Information System (HIVIS) for an Operational Monitoring of Streamflow using Computer Vision.”

Marouane Temimi and Kaijian Liu
Marouane Temimi and Kaijian Liu
 

$1.2M NSF Grant Led by Stevens For Development of Cyber-Physical System for Self-Adaptive Multi-Damage Monitoring of Civil Infrastructure

$1.2M NSF Grant Led by Stevens For Development of Cyber-Physical System for Self-Adaptive Multi-Damage Monitoring of Civil Infrastructure

The National Science Foundation's grant to assistant professors Kaijian Liu (PI) and Yi Bao will fuel their collaborative project with the University of Illinois at Urbana-Champaign: a more cost-effective multi-damage infrastructure monitoring system.

The National Science Foundation's grant to assistant professors Kaijian Liu (PI) and Yi Bao will fuel their collaborative project with the University of Illinois at Urbana-Champaign: a more cost-effective multi-damage infrastructure monitoring system.

Kaijian Liu and Yi Bao
Kaijian Liu and Yi Bao
 

Mohammed Ilbeigi Awarded $190K Grant from NSF to Develop Automated Damage Assessment Approaches

Mohammed Ilbeigi Awarded $190K Grant from NSF to Develop Automated Damage Assessment Approaches

Assistant Professor Mohammed Ilbeigi received $190K from the National Science Foundation for NSF for his project "Multi-Agent Adaptive Data Collection for Automated Post-Disaster Rapid Damage Assessment.  Through this funding, Dr. Ilbeigi will develop automated damage assessment approaches that will enable first responders to make data-informed and time-sensitive decisions in the aftermath of natural disasters.

Assistant Professor Mohammed Ilbeigi received $190K from the National Science Foundation for NSF for his project "Multi-Agent Adaptive Data Collection for Automated Post-Disaster Rapid Damage Assessment.  Through this funding, Dr. Ilbeigi will develop automated damage assessment approaches that will enable first responders to make data-informed and time-sensitive decisions in the aftermath of natural disasters.

Mohammad Ilbeigi
Mohammad Ilbeigi
 

RESEARCH & INNOVATION

RESEARCH & INNOVATION

Growing Quinoa With Zero Waste

With the global population predicted to hit 10 billion people by 2050, crop scientists and environmental engineers are working to help reduce the climate burden of the food system and keep up with increasing needs. Two environmental engineering majors partnered on their senior design project to address this issue.

Growing Quinoa With Zero Waste

With the global population predicted to hit 10 billion people by 2050, crop scientists and environmental engineers are working to help reduce the climate burden of the food system and keep up with increasing needs. Two environmental engineering majors partnered on their senior design project to address this issue.

Quinoa plants rise in foreground, against a blue and white cloudy sky and mountain silhouette in background
Quinoa plants rise in foreground, against a blue and white cloudy sky and mountain silhouette in background
 

STUDENT ACHIEVEMENTS

STUDENT ACHIEVEMENTS

Erfan Amini (Ph. D. candidate from the Ocean Engineering Program and advised by Reza Marsooli) received the ASBPA’s 2023 Student Educational Award. The Student Educational Award is presented annually by American Shore and Beach Preservation Association (ASBPA) to a student whose research is furthering the science of coastal or riverine systems.

Erfan Amini
Erfan Amini
 

Robert Stepien '24 (Civil Engineering program) was the recipient of both the 2023 Louis G. Nappi Construction Industry Labor-Management and Construction Advancement Institute (CAI) Labor Management Scholarships. These scholarships were sponsored by the Construction Industry Council and Building Contractors Association of Westchester and Hudson Valley NY. 

Robert Stepien
Robert Stepien
 
 
LinkedInYouTubeWeb Site

Stevens Institute of Technology

 

1 Castle Point Terrace • Hoboken, NJ 07030-5991

 

This is a commercial message.