Chemical biological and pharmaceutical engineering

A new event on campus, Byte into Hardware, aims to remind us of the joy in exploring hacker culture's physical roots.

The hardware hackathon will take place April 1-2 with themes focusing on accessibility and sustainability. Breadboards, microcontrollers and sensors will be everywhere, in contrast to the annual NJIT ACM chapter's HackNJIT, which skews to the software side. Registration is here.

Ecevit Bilgili, a professor of chemical and materials engineering who boosts the therapeutic efficacy of pharmaceutical drugs through nanoengineering, while also lowering the cost to design and manufacture them, has been elected a Fellow of the American Institute of Chemical Engineers (AIChE).

In his Particle Engineering and Pharmaceutical Nanotechnology Laboratory, Bilgili and his team develop, for example, nanoparticle formulations and processes that enable the immediate release of poorly water-soluble drugs and enhance the performance of long-acting injectable drugs.

By Deric Raymond and Perla Alay

Cut, color, clarity and carat are the four Cs of the diamond industry. Aether, a new company producing lab-grown diamonds, is pushing to add one more — carbon origin.

Two of New Jersey Institute of Technology’s online graduate programs placed among the top 50 in this year's U.S. News & World Report rankings of American universities, with another breaking into the top 100.

NJIT was ranked No. 29 for its information technology programs, a two place jump from last year; and No. 47 for engineering, a 16-place rise. In addition, NJIT’s online master’s business program was ranked No. 95, and the online MBA was No. 132.

All ranked programs saw improved scores over last year, according to the publication.

New Jersey Institute of Technology (NJIT) will receive more than $1 million for new initiatives that will bolster engineering education, as well as manufacturing and mechatronics apprenticeship training, under the federal spending bill signed by President Joe Biden.

The $1.7 trillion spending package carves out $1.3 million for the two new NJIT initiatives. The community college pre-engineering network initiative will develop community college-serving programs to strengthen the pathway and readiness for traditionally underserved students to pursue a STEM degree.

Rajesh Davé, a problem-driven inventor whose groundbreaking methods for re-engineering tiny particles have fueled advances in drug formulations, delivery systems and manufacturing processes, is the 2022 winner of the prestigious Pharmaceutical Development, Discovery and Manufacturing Forum (PD2M) Award from the American Institute of Chemical Engineers (AIChE).

NJIT and the National Academy of Construction (NAC), with the support from the National Academies of Science, Engineering and Medicine hosted a symposium to bring together members from the industry, government and academia to collectively work together to help students become much more productive when they enter the workforce and understand the concept of safety in their professions.

A research paper on metal carbides and nitrides is paying dividends for NJIT’s Meng-Qiang Zhao — eight years after it was published.

For the fourth straight year, Zhao, an assistant professor of chemical and materials engineering at NJIT’s Newark College of Engineering, has made Clarivate’s list of Highly Cited Researchers. Why? Chiefly because peers continue to cite the paper, which introduced a faster and safer way to synthesize MXenes, a family of novel 2D transition metal carbides and nitrides, according to Zhao.

NJIT researchers have received a $620,000 grant from the National Science Foundation to advance our understanding of the way in which soot particles from combustion of fossil fuels are driving climate change in the Earth’s atmosphere.

Associate Professor of Chemistry Alexei Khalizov and Associate Professor of Chemical and Materials Engineering Gennady Gor will lead the project, “A Multiscale Model for Restructuring of Atmospheric Soot Particles”.

Scientists at NJIT and in Germany are working to understand how ions congregate around nanoporous materials, which could lead to safety and reliability improvements for electronic components such as supercapacitors and microscopically tiny actuators.

Nanoscale porous materials are used in everyday objects such as household water filters and gas masks, but there is little research into how such surfaces behave when interacting with electrolytes, which can create internal stress that changes the material's physical properties.