Two design and engineering innovators — Kim Vierheilig and Wei Wang — have been elected to the National Academy of Construction (NAC) Class of 2025, a prestigious honor recognizing individuals who have made significant, lasting contributions to the construction industry. Their election reflects the significant professional achievements of NJIT alumni and advisory leaders who continue to contribute to the advancement of the construction industry.
When Larissa Cavalcante walked across the stage to receive her civil engineering degree from NJIT, she didn’t just celebrate personal achievement. She sent a message to the next generation of girls who dream big but might not yet see themselves in the picture: You can do this and more.
A bolt bounced off the floor and echoed throughout the makeshift construction zone erected in NJIT's Central King Building. The former theater hall has been repurposed into an engineering playpen, and sitting front-and-center is a 20-foot long bridge — and a cadre of frenetic undergraduates racing against a stopwatch to finish the build.
"That's a deduction," said Thomas Hickey, the faculty advisor and former two-time student captain holding a stopwatch and click counter. A few more bolts wandered away from the bridge. A couple more clicks of the counter.
New Jersey Institute of Technology’s Aliza Mujahid, a senior biomedical engineering student, along with mechanical engineering Ph.D. student and research assistant Mohammad Jafari, reached the final round-of-eight in the 2025 U.S. Hult Prize competition for social-minded startup founders.
The duo, with Assistant Professor Farid Alisafaei and colleagues at Washington University, represent a new company called DermaMech that aims to better understand the science of human skin grafting and develop technology that will reduce infections, rejections and scarring.
A robotic alarm clock that hides from you, so you have to get out of bed anyway if you wish to silence it, was the star Highlander entry in the spring 2025 edition of the MakeNJIT hardware hackathon.
The clockmakers earned third place overall among 47 teams from several universities. Members of Team Daniel knew that many tinkerers have built such devices, but they designed their own version just for the fun and education of it.
Seeing her father struggle through rehabilitation exercises after a stroke made Marina Samuel '25 think, why can’t therapy be more personalized, effective and efficient for the patient?
So, with a central focus on patients, she pursued a bachelor’s in biomedical engineering at New Jersey Institute of Technology and after graduation in May, will seek a Ph.D. in the same discipline at NJIT. Her research as an undergraduate fueled this pursuit.
The latest graduate studies rankings from U.S. News & World Report highlight the national standing of New Jersey Institute of Technology in the fields of engineering, computer science and now business.
NJIT’s Newark College of Engineering (NCE) ranks No. 85 on the publication’s list of the Best Engineering Schools in the U.S. — the tenth consecutive year the NCE has made the top 100.
Soldiers training on heavy artillery and athletes in contact sports are routinely exposed to repetitive mild shockwaves and injuries. Unlike someone who has just dodged a missile explosion or been smacked by a linebacker, they may feel little immediate impact.
The cumulative effects of these low-level blasts can, however, cause neurological problems such as sleep disorders and attention deficits, noted Bryan Pfister, director of New Jersey Institute of Technology’s Center for Injury Biomechanics, Materials and Medicine.
Goldwater Scholarships, among the most prestigious awards for undergraduate students pursuing STEM degrees, are going to two juniors at NJIT.
The recipients are: Dev Doshi, a biomedical engineering major in the Newark College of Engineering; and Brock Shahinian, an environmental science major in the Jordan Hu College of Science and Liberal Arts.
Threaded throughout the body are networks of capillaries so miniscule that red blood cells must contort to squeeze through them one at a time. It is this world that Peter Balogh brings to dynamic, 3D life on computer screens.
