Chemical biological and pharmaceutical engineering
NJIT is a Top 50 Best Value College According to The Princeton Review
New Jersey Institute of Technology is one of the nation’s best colleges for students seeking a superb education with great career preparation at an affordable price, according to The Princeton Review, an honor held since 2018. NJIT ranked No. 39 as a Best Value College and No. 10 for Best Career Placement among public colleges and universities.
NJIT a Top 100 Graduate School for Engineering, by US News & World Report
U.S. News & World Report has released its 2022 rankings for the nation’s top graduate schools, with NJIT ranked among the best for graduate degree programs in engineering. The university slots in this year at No. 88 — up 23 positions in the past seven years — and has been included on the distinguished list since 2003. The 2022 rankings mark the sixth consecutive year NJIT has appeared in the top 100.
Six NJIT Honors College Students Named U.S. Fulbright Semifinalists
NJIT students have broken three university records so far this year in pursuit of Fulbright scholarships, submitting a historic high of 11 applications, followed by another milestone achievement – the elevation of six to the semifinal round, including a first-ever candidate for study in the U.K., one of the most competitive countries.
U.S. News & World Report Commends NJIT Online Graduate Programs
Four of NJIT's online graduate programs placed among the top 100 in this year's U.S. News & World Report rankings of American universities.
While studying online became an important academic offering in 2020 due to the COVID-19 pandemic, NJIT has long offered both fully online and partial, or hybrid, online degree programs as part of the university’s vision of a global campus.
NJIT's Guvendiren Develops 3D-Printed Biomaterials to Create Rejection-Proof Organs
There is no sustainable cure at present for osteoarthritis, the most common chronic musculoskeletal disorder of the joints. And while joint replacements are successful treatments for older patients with already reduced mobility, they hold less promise for younger patients, with failure in the long-term nearly guaranteed. Biomaterial engineers propose another solution: restoring the damaged tissue itself.
Two NJIT Engineers are Elected 2020 Fellows of the National Academy of Inventors
Two pioneering researchers, Rajesh Davé, a distinguished professor of chemical and materials engineering, and MengChu Zhou, a distinguished professor of electrical and computer engineering, were recently elected fellows of National Academy of Inventors (NAI).
Davé and Zhou join 173 other academic innovators, together representing 115 research universities and governmental and non-profit research institutes, in this year’s class of fellows. Collectively, the group holds more than 4,700 issued U.S. patents. Davé has 15 U.S. patents and Zhou has 14.
NJIT's Hydrogen-Powered Hy-Lander Wins the Poster Competition in the Chem-E-Car Finals
NJIT’s Chem-E-Car team, developers of the self-driving, hydrogen-powered Hy-Lander, won first place this past weekend for their poster in the championship round of the international student competition.
NJIT Mourns the Loss of Alumnus John J. Mooney, a Giant in the Fight Against Air Pollution
The New Jersey Institute of Technology community notes with great sadness the passing of John J. Mooney MS ’60, an inspired engineer, renowned inventor and beloved alumnus of Newark College of Engineering who is best known for developing a catalytic converter for vehicles that filters three toxic chemicals.
NJIT 2020 Goldwater Scholar Class Among Largest In U.S.
NJIT undergrads continue to earn the nation’s top academic honors, the latest being a new university record of four students named Goldwater Scholars this year by the Barry Goldwater Scholarship and Excellence in Education Foundation. The scholarship is recognized among the country’s most prestigious for STEM undergraduates pursuing research careers.
NJIT's ChemE Students Aim for Diversity and Success, Dazzle on Both Scores
At the American Institute of Chemical Engineering’s (AIChE) inaugural ChemEsports Competition in Orlando last November, Alexander Olowniuk’s eyes were fixed on the bubbling chemicals in his team’s distillation tower, a cylindrical vessel used in plants to separate volatile liquids into their pure forms at high heat.