It was an intense seven-week program of math enrichment in algebra, pre-calculus and calculus, coupled with college and SAT prep, and on-campus recreation. When it concluded Aug. 9 at a ceremony in the Campus Center Atrium, the 35 rising 12th-graders who participated in the inaugural NJIT/Newark Math Success Initiative (MSI) looked back on their accomplishments with pride and happily accepted their certificates of achievement.
On May 1, the annual springtime celebration of NJIT’s College of Science and Liberal Arts (CSLA) kicked off, marking a year of highlights throughout the arts and sciences at the college during the 2019 CSLA Awards Ceremony.
This week, nearly 50 of the year’s most promising NJIT student-researchers gathered to present their work to the campus community at the university’s annual year-end research competition — the 2019 Dana Knox Showcase “A Glimpse Into the Future.”
This month, NJIT’s forensic science program welcomed David Fisher — an expert criminalist previously with New York City’s Office of Chief Medical Examiner (OCME) — to its faculty ranks.
The announcement sees Fisher appointed as the university’s first-ever “Professor of Practice in Forensic Science” — a position expected to play a leading role in educating the program’s students in current lab techniques and crime scene investigation methods used by active forensic science professionals today.
In August, more than 700 teams comprised of statisticians, programmers, engineers and students from across North America applied to enter this year’s “2018 NBA Hackathon” — a data-driven competition to “build tools that solve important and challenging problems in the NBA.”
It was then that a team of three mathematics students from NJIT applied for and earned distinguished selection into the contest’s final 20-team field, scheduled to compete at the NBA headquarters in Secaucus, NJ this past fall.
In the face of both natural and man-made threat to city infrastructure, greater pushes have been made toward the planning and design of “resilient cities” — cities positioned to protect and enhance urban life through development of components necessary to respond to terrorism, earthquakes, coastal flooding, solar flares, as well as infrastructure adoption of sustainable energy.
Traditionally, many engineers and developers of solar cell technology have turned to crystalline silicon — a tried and tested material absorber capable of efficiently converting solar radiation to electricity at just four times the thickness of a strand of hair.
At up to a 100th the thickness of a hair strand, nano-thin metal films offer an even more cost-effective and flexible material alternative, holding promise in the future development of everything from solar power to sensor technology.
This spring, NJIT’s 2018 College of Science and Liberal Arts Awards honored an exclusive group of its undergraduate and graduate seniors with the CSLA Outstanding Student Award — a distinction annually given to students who have demonstrated the highest level of excellence in their field.
Dylan Renaud, an Albert Dorman Honors College senior studying applied physics and math, won $1,000 at a business plan competition hosted April 12 by the College of Business and Public Management at Kean University. Renaud’s business concept, one of 120 submitted by student entrepreneurship teams from NJIT, Kean University, Wenzhou University (China) and DECA high schools, is a novel enterprise software sy
In March, NJIT staged the first-ever “CLEAR: Cradle to Career” (C3 2018) Summit, aimed at “fostering a larger networked community of innovative and dedicated teachers, leaders, faculty researchers and students of all ages”.
The summit — co-hosted by NJIT’s statewide K-20 Collaborative for Leadership, Education, and Assessment Research (CLEAR) — brought together an expansive audience of NJIT students, faculty and staff; K-12 educators and leaders; and public and private organizations throughout the state.
