New Jersey Institute of Technology (NJIT) has announced the appointment of Moshe Kam, Dean of NJIT’s Newark College of Engineering (NCE) and Distinguished Professor of Electrical and Computer Engineering, as the university’s Interim Provost and Executive Vice President for Academic Affairs, effective August 4, 2026.

Good things may come to those who wait, but Krish Poudel '26 isn't waiting to pursue his lifelong dream of a medical career. It took him just three years to earn a bachelor's degree in biomedical engineering as part of New Jersey Institute of Technology's accelerated B.S./M.D. program, and he now continues his M.D. studies at Rutgers New Jersey Medical School.

Ashish Borgaonkar, assistant professor of engineering education in the School of Applied Engineering Technology at New Jersey Institute of Technology and founding director of Newark College of Engineering’s Grand Challenges Scholars Program, has been selected for the 2026 ASEE National Outstanding Teaching Award. The award recognizes an engineering educator for excellence in outstanding classroom performance, contributions to the scholarship of teaching, and participation in ASEE section meetings and local activities.

By the time Celine Jobson arrived at Pennoni, she had already seen engineering from several angles.

A senior biomedical engineering student at New Jersey Institute of Technology with a minor in legal studies, Jobson had built experience in research, municipal work and industry settings. At Pennoni, though, she found something that clarified where she wants to go: hands-on work, real responsibility and the kind of day-to-day problem-solving that made the profession feel immediate.

Long before Michael Gottlieb ’63 became a chemical engineer, he learned how to think like a scientist. Growing up in Newark, he would watch his father take apart vacuum cleaners piece by piece on the kitchen table — he was a vacuum salesman. His father was not just pitching a product. He understood how every component worked and how to show customers that what he sold wasn’t a vacuum at all, but a cleaner, healthier home. Gottlieb absorbed that lesson: know what you’re working with, understand the people you serve and recognize the good your work can do.

An orthopedic total joint knee replacement is not a hinge.

It bends, rolls, glides and rotates. It bears the force of walking, climbing stairs, rising from a chair and living an active life. It has to mimic naturally enough to restore function, but remain stable enough to last. Its materials must survive millions of cycles inside the body, where the smallest design decisions can affect wear, inflammation, bone loss, loosening and pain.

That was the kind of problem Michael J. Pappas ’59, ’64 helped solve.