The inaugural class at the STEM Innovation Academy of the Oranges held a graduation ceremony on June 25 at the NJIT Campus Center, capping four years of cooperation between Orange Public Schools and NJIT's Center for Pre-College Programs (CPCP) that aims to create a pathway to college for students historically underrepresented in technical majors and careers.

Every student in the class of 2021 has been accepted to college, including five who will start at NJIT in the fall.

Among the honorees at this year’s College of Science and Liberal Arts Awards at NJIT were seven members of the Class of 2021 who earned the Outstanding Undergraduate Award. We caught up with four of them, who reflected on their unique experiences and accomplishments over the past four years and shared their bright future plans.

Bhoomi Davé, Forensic Science B.S. and Biology B.A.

New Jersey Institute of Technology formally graduated more than 3,000 students today, in a hybrid in-person and virtual ceremony due to the worldwide COVID-19 pandemic.

Kimberly Bryant, founder and CEO of Black Girls Code, delivered this year’s commencement address. Black Girls Code is a non-profit organization teaching computer science skills to Black females ages 7-11 and emphasizing entrepreneurship. Bryant studied electrical engineering at Vanderbilt University.

New Jersey Institute of Technology will honor the Class of 2021, in addition to August and December graduates from 2020, through in-person ceremonies on May 12 and 14, and a hybrid ceremony streamed live on May 18.

The uniqueness of this year's ceremony is due to local, national and worldwide activity restrictions necessitated by the COVID pandemic.

“It is an unusual graduation, but what is extraordinary always is the work of this class,” said U.S. Sen. Cory Booker HON ’09, who began NJIT’s 104th Commencement with a pre-ceremony heartfelt greeting thanking the university’s 2020 graduates for their grit, hard work, sacrifice and struggle, and for epitomizing what “Jersey Strong” is all about.

Exploring remote, exotic locations is a long-standing tradition among college students. For applied physics major Samantha Lomuscio ’20, that destination during her senior year has been Jupiter, nearly 390 million miles away.

Working with astrophysicists at the American Museum of Natural History (AMNH), where she began conducting high-energy astrophysics research last summer, her goal has been to detect the solar system’s largest planet in a way that has never been done successfully — through gamma-ray emissions.