School Of Engineering

The Vanderbilt Kennedy Center has announced its latest Nicholas Hobbs Discovery Awards, which recognize innovative research to improve the lives of people with intellectual and developmental disabilities. Colleen Niswender, Dr. Bill Nobis, Audrey Bowden and Laurie Cutting are the recipients for 2025–26, earning support for projects that address Rett syndrome, Dravet syndrome and other developmental epilepsies, and reading difficulties like dyslexia. Read More

Soldiers spend a lot of time wearing body armor. The added weight takes a toll on their shoulders and back, contributing to one of the most common injuries reported by U.S. Army soldiers: back overuse. Vanderbilt researchers have developed a two-pound wearable device that redistributes 90 percent of that weight to the wearer’s hips while standing, walking and sitting—and lets soldiers retain their full agility and freedom of movement. Associate Professor Karl Zelik, senior research engineer Chad Ice and Ph.D. graduate Paul Slaughter published the study. Read More

While using an ice pack to ease pain is nothing new, a Vanderbilt team has taken the concept high-tech. Associate Professor Leon Bellan leads the group that has developed a cold-triggered “depot”—an implantable device that releases medication from within the body on demand. This shows promise on two fronts: Patients can release the medication simply by putting an ice pack over the implant, and locally effective NSAID drugs can be used instead of more addictive opioids. Read More

Vanderbilt University has received a catalytic $30 million gift from John Addison, BE’01, and Shannon Addison, BS’02, to ignite a bold new era of innovation at the School of Engineering. Their visionary contribution serves as the lead commitment for Power the Impossible, a new $300 million fundraising campaign in support of the School of Engineering. Building on the remarkable momentum of the university’s record-breaking Dare to Grow campaign, Power the Impossible will position Vanderbilt Engineering among the world’s most influential, impactful and recognized engineering institutions of this century. Read More

A new PBS Kids series created to help children better understand the impact of weather and climate took instructional cues from Jeremi London, associate provost for academic opportunity and associate professor of mechanical engineering, who played a role in the show’s development. Read More

Vanderbilt supports new faculty every step of the way—by connecting them with senior faculty who serve as mentors, observe their classes and provide valuable feedback, and proofread their grant proposals to make them stronger. These professors who joined Vanderbilt in the past few years shed light on how the university has helped them succeed.  Read More

Five exceptional Vanderbilt faculty members have been named 2025 Master Innovators for their extraordinary contributions to translating research into commercial applications that have significant societal impact. The 2025 honorees represent diverse fields from infectious disease therapeutics to neuroscience drug discovery and biomedical engineering.  Read More

Gastroesophageal reflux disease, or GERD, plagues millions of people. Vanderbilt researchers led by Assistant Professor Xiaoguang Dong have developed a soft robotic valve that can seal off the lower esophagus from the stomach, keeping gastric acid where it belongs. Then when the patient eats or drinks, the valve, which is implanted in concert with a stent, can be opened with a wearable external magnet. “This platform holds promise not only for treating GERD, but also for managing other sphincter-related disorders,” said co-author and Assistant Professor Yuxiao Zhou. Read More

Political propaganda and artificial intelligence–driven misinformation are infiltrating social media accounts, and Americans need to do something about it. That’s the warning revealed in research from two Vanderbilt professors and discussed on this special episode of the Quantum Potential podcast. Read More

Much of the human brain is still a mystery, largely because it’s pretty difficult to see what’s going on in there. Assistant Professor Daniel Gonzales and the team in his lab are working to make that easier. They’re using experimental platforms that record brain activity with unprecedented precision on all levels. It works on everything from whole-brain networks to individual synapses—tiny gaps between brain cells that are one-tenth the width of a human hair. “We can … really detail pictures of brain activity during learning,” Gonzales said. “And then we can apply that to study diseases that degrade learning.” Read More

Road closures are a pain—and sometimes they’re not even supposed to be happening. A project by senior research scientist Ayan Mukhopadhyay is working to develop a system—SENTRY—that uses AI to help city inspectors find and address unauthorized road closures in Nashville. “The system has the potential to save millions in unpaid permit fees, reduce external inspection costs and minimize disruptions for residents, commuters and local businesses,” Mukhopadhyay said. His research is supported by a $697,000 grant that's part of NSF's CIVIC Innovation Challenge. Read More

RESEARCH SPARK: Get to know Shekhar Bhansali, new head of the Department of Electrical and Computer Engineering, and his vision for AI engineering education. Read More

Vanderbilt University announced nine recipients of the Innovation Catalyst Fund awards for the June 2025 cycle, continuing its mission of accelerating translational research and driving innovative solutions to real-world challenges by providing faculty with crucial pre-seed funding across diverse disciplines.  The newly selected projects span cutting-edge work in health care, engineering and technology solutions. Read More

Josh Caldwell, professor of mechanical engineering and Director of the Interdisciplinary Materials Science graduate program at Vanderbilt University, and Alex Paarmann of the Fritz Haber Institute, led an international collaborative research project that successfully demonstrated the confinement of terahertz light to nanoscale dimensions using a new type of layered material. This could lead to improvements in opto-electronic devices such as infrared emitters used in remote controls and night vision and terahertz optics desired for physical security and environmental sensing. Read More

Some of the most ideal building blocks in technology are 100,000 times thinner than a human hair. An international collaboration involving co-principal investigator De-en Jiang could result in a new class of these “2-D” materials for use in electronics, energy storage and other applications. Jiang, H. Eugene McBrayer Professor of Chemical Engineering, leads the Computational Chemical Sciences and Materials Laboratory. Read More

A transformative gift from Vanderbilt parents Laurel and Cliff Asness of Greenwich, Connecticut, to the Vanderbilt Institute of National Security and the Frist Center for Autism and Innovation will have a significant impact on the future of national security and neurodiversity. The gift highlights the extraordinary support of the Vanderbilt community and underscores the ongoing momentum of the university’s historic Dare to Grow campaign which surpassed its original goal of $3.2 billion 20 months ahead of schedule. Read More

David Hyde, assistant professor of computer science at Vanderbilt University’s College of Connected Computing, has received a $1.6 million grant from the National Science Foundation to develop a new, open-source software platform for “physical intelligence,” which is the combination of traditional physics simulation algorithms with artificial intelligence for addressing complex real-world applications. Read More

Meet some of Vanderbilt's newest faculty as they explain why Vanderbilt is the right academic home for them. Read More

Vanderbilt researchers uncovered evidence of a Chinese government-linked AI propaganda campaign, revealing unprecedented scale and precision in influence operations. The work reflects the university’s growing role in addressing urgent global security challenges.  Read More

Jack Noble, assistant professor of electrical and computer engineering, is working with clinical colleagues to develop and validate an augmented reality vision guidance system to help surgeons place cochlear implants more precisely. The guidance system leverages emerging artificial intelligence technology and uses inexpensive, commonly available equipment, making it practical for many operating rooms. Read More