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Elisa Kallioniemi slides a circular disk over her head, stops above her right ear and clicks. Her left hand jumps. She moves it a couple of inches back, clicks again, and is suddenly speechless, mid-sentence. With a single pulse of electromagnetic energy, her device can activate or inhibit the brain’s major command centers.

What she is now trying to determine is whether multiple pulses in the motor cortex can produce longer-term therapeutic results by retraining neural circuits. Her first focus is people who have lost some control of their limbs following a stroke.

The spirit of innovation and hands-on learning was in full force at the Newark College of Engineering's (NCE) annual First-Year Engineering Design Showcase, a highlight of National Engineers Week. This popular event, a testament to NJIT's commitment to early-stage practical engineering experience, saw NCE’s brightest first-year minds — 180 presenters on 51 teams — show their innovative projects.

New Jersey Institute of Technology Professors Vivek Kumar and Xuan Liu have been named as Senior Members in the National Academy of Inventors (NAI) 2025 class. They join 162 emerging academic inventors from 64 NAI Member Institutions across the nation recognized for their outstanding contributions to innovation.

Kumar, associate professor of biomedical engineering, and Liu, associate professor of electrical and computer engineering, are part of the largest class to date, collectively holding over 1,200 U.S. patents.

New Jersey Institute of Technology (NJIT) has taken a significant step in its commitment to advancing artificial intelligence by establishing the Grace Hopper AI Research Institute (GHRI). The institute is a key component of NJIT's $10 million AI Initiative aimed at enhancing the university's capabilities in AI research and applications.

Tara Alvarez, a distinguished professor of biomedical engineering at NJIT, won first place in the inaugural Prince Mohammad Bin Fahd University (PMU) / National Academy of Inventors (NAI) International Patent Award competition.

Her patented technology, branded as VERVE (Virtual Eye Rotation Vision Exercises), is a virtual reality game to correct an eye motor disorder called convergence insufficiency, in which the muscles that control eye movements do not coordinate to focus on near objects, to see them singly and clearly.

Anna Maria DiBrita ’24 didn’t quite have the time to study abroad during her time pursuing her degree in biomedical engineering. The Albert Dorman Honors Scholar kept a full plate on campus — member of the Society of Female Engineers, ambassadorships for biomedical engineering and the Honors College, Orientation Fellow among others. But now, DiBrita has earned a Fulbright scholarship and is an English teaching assistant in Spain’s Canary Islands.

Bharat Biswal, a pioneer in the field of neural imaging who developed a technique that sheds new light on brain-related diseases and injuries, is this year’s winner of NJIT’s Excellence in Research award.

In the early 1990s, as scientists began mapping the brain with functional MRI (fMRI), Biswal proposed a radical new approach to imaging: observing all of the regional networks at once while the patient sat still for several minutes.

Five of this year’s Governor’s STEM Scholars are from New Jersey Institute of Technology — the most from any college in the state and the university’s highest total in a single year.

The Highlanders are among a select cohort of 16 college-level scholars and a larger pool of 111 that includes high school students interested in STEM.

Each college scholar plays a leadership role, sharing expertise and offering guidance to a group of about a half-dozen high schoolers as they tackle global problems at a local level.

A quadriplegic for the past 11 years, Julissa Santiago is the master of her own comfort. With the precision of a polite drill sergeant, she delivers instructions at bedtime for a series of minute body shifts and covers placed just so. And yet she still struggles to sleep.

The human body can heal itself, but only up to a point. If an injury removes 20% or more of a muscle — as can happen in car accidents, certain surgeries or explosions in combat zones — natural processes can’t, on their own, replace it. Instead, the wound seals up, covered by scar tissue.  

“The body sees this extensive loss of tissue as an insurmountable void,” says Jonathan Grasman, an assistant professor of biomedical engineering.