View as webpage

Rowan Research
Professor and student sift soil using a wooden screen under an outdoor canopy.

Bringing American Revolution stories to life

The discovery of an American Revolutionary War mass grave at New Jersey's Red Bank Battlefield is drawing public attention and driving new research. Jennifer Janofsky, professor of public history at the Ric Edelman College of Communication, Humanities & Social Sciences, is part of a national team using historical records, archaeology and scientific analysis to piece together the lives of Hessian soldiers buried for centuries. Read story

Gerard Capellades holds equipment at a bench with research equipment and colleagues in the background.

Crystals in space

Gerard Capellades, assistant professor of chemical engineering at the Henry M. Rowan College of Engineering, is studying how crystals form in microgravity. His work could help create drugs that dissolve better, last longer and improve patient care. Read story

Abstract illustration of glowing blue and green circuit board suggesting connection and technology.

HPE, SHI International and Rowan grow technology partnership

HPE, SHI International and Rowan University have partnered to accelerate research, strengthen student training and enhance Rowan’s technology environment. Read story

Researcher stands in a grassy marsh area with a clipboard.

Solving the climate equation

Charles Schutte, associate professor of environmental science at the School of Earth & Environment is developing a more accurate way to measure how marshes affect climate change. By examining carbon storage and other factors, this research will guide smarter investments in wetland restoration. Read story

Close-up of a FIFA soccer ball on green turf, with colorful panels and logo visible.

World Cup, world impact

Debbie Sharnak, associate professor of history and international studies at the Ric Edelman College, explains how the FIFA World Cup highlights ties between sports, politics and human rights, helping audiences understand global issues beyond the game. Read story

Exterior of a modern glass office building with a large “Nebius” sign.

Rowan, Nebius team on AI education and workforce development

Rowan University and Nebius are working together to develop academic pathways that expand access to training in AI, data science and cloud computing while strengthening New Jersey’s innovation workforce. Read story

Students earn NSF Graduate Research Fellowships

Three Rowan University students earned National Science Foundation (NSF) Graduate Research Fellowships to explore health, environmental and planetary research. Read story

Miniaturizing analytical instruments

James Grinias, professor of chemistry at the College of Science & Mathematics, received the 2026 HTC Innovation Award for contributions to separation science. Grinias' advances in miniaturizing analytical instruments enable faster, more efficient testing with less waste. Read story

Researcher in a lab coat stands a laboratory workstation with arms crossed.

How our cells respond to electrical cues

Susy Kohout, biophysicist and associate professor at Cooper Medical School of Rowan University, explores how cells use electrical and chemical signals to function and communicate. Her research on a little-understood protein could reveal how cells move and spread, offering new insight into cancer and other health conditions. Read story

Award highlights


Henry M. Rowan College of Engineering

A Multitargeted Approach for the Impaired Healing of Diabetic Foot Ulcers Through Combined Electric Field Stimulation and Nitric Oxide Therapy, National Institutes of Health, Patrick Hwang, Biomedical Engineering


Re-Igniting South Jersey Glass: Investigating and Implementing Improved Glass Recirculation in High-Density Regions of NJ and More, New Jersey Department of Environmental Protection, Joseph Stanzione, Advanced Materials & Manufacturing Institute


ERI: Encapsulated Catalysts for Selective Hydrodeoxygenation of Lignin to Sustainable Aviation Fuel Blendstocks, National Science Foundation, Jun Jang, Chemical Engineering


ERI: Engineering Bioactive Metallo-Elastomer Vascular Grafts with Integrated Piezoelectric Stimulation, National Science Foundation, Ying Chen, Biomedical Engineering


3D Bioprinted In Vitro Model: A New Research Tool for Investigating Bidirectional Communication in Chondrosarcoma, National Institutes of Health, Andrea Vernengo, Chemical Engineering


Modeling Non-Point Source Pollution Control through Stormwater BMPs Optimization for a Resilient New Jersey Coast, National Oceanic and Atmospheric Administration, Subcontract with the New Jersey Sea Grant Consortium, Zhiming Zhang, Civil & Environmental Engineering


Virtua Health College of Medicine & Life Sciences

A Non-Stimulant Based Approach to Restore Executive Dysfunction and Catecholamine Imbalance Following Repetitive Mild Traumatic Brain Injury, New Jersey Commission on Brain Injury Research, Rachel Navarra, Neuroscience 


Effects of Repetitive Mild Traumatic Brain Injury on Cognitive Decline, Markers of Degenerative Pathology, and Catecholamine Availability in a Rodent Model of Alzheimer's Disease, New Jersey Commission on Brain Injury Research, Christopher Knapp, Neuroscience


College of Science & Mathematics

Unraveling the Molecular Mechanisms of the MRAS-SHOC2-PP1C Complex, National Institutes of Health, Zhihong Wang, Chemistry & Biochemistry


College of Education

Growing Apprenticeship in Nontraditional Sectors (GAINS): Teach South Jersey: Expanding Teacher Pathways, New Jersey Department of Labor and Workforce Development, Corine Brown, Early Childhood, Elementary Education & Critical Foundations


research.rowan.edu

LinkedIn  Facebook  Instagram  YouTube

Subscribe to Rowan Research