Physicist Ken Chin, a scientist, author and inventor, received a Thomas Alva Edison Patent Award last night from the Research & Development Council of New Jersey for his work on a promising new method for advancing sustainable energy production: next-generation solar cells.

Chin focuses on improving the performance and efficiency of thin-film solar cells based on cadmium telluride (CdTe), which are potentially a lower-cost alternative to silicon because they require fewer natural resources to produce electricity and take up much less space on buildings.

Municipal leaders, academic presenters, as well as chief technology, information and analytics officers from across the country gathered at NJIT’s Wellness and Events Center Oct. 15 and 16 for the MetroLab Network 2018 Annual Summit. The conference centered on leveraging city-university partnerships to deliver technology, data and analytics to local government and drive civic innovation.

Since the Human Genome Project was completed in 2003, the race toward the next era of patient care — genomic medicine — was on. 

However, advances in being able to treat patients based on their genetic information have also reshaped the training needed for nearly three million nurses in the U.S., who now require deeper working knowledge of cardiovascular genetics and cutting-edge diagnostic technology, in addition to the traditional medical skills they routinely apply on the hospital floor.

This month, the work of NJIT’s top student researchers was put on display at the 2018 Knox Student Research Showcase, “A Glimpse Into the Future”. 

The showcase, which annually honors outstanding research done at NJIT by its graduate and undergraduate students, awarded Najmaddin Akhundov first place among this year’s graduate researchers for developing a computational model to track and control invasive species that threaten the environment.

Robert Cohen ’83, ’84, ’87, a biomedical engineer and entrepreneur who specializes in orthopedic joint replacement implants, years ago envisioned the convergence of advanced materials, new fabrication methods and robotic-assisted surgery to maximize motion restoration. In 2010, his New Jersey company, Pipeline Orthopedics, the developer of implants with porous metals designed to improve the fixation of device and bone, entered a strategic alliance with Mako Surgical Corp. in order to use Mako’s robotic systems in the operating room to help place its implants more precisely.

NJIT inventors, including a growing number of ambitious student entrepreneurs, are beating new paths to the marketplace.

Most recently, Treena Arinzeh, director of NJIT’s Tissue Engineering and Applied Biomaterials Laboratory, won a grant from the University City Science Center in Philadelphia to commercialize technology to reduce the recovery time and cost associated with bone graft procedures.

The New Jersey State House in Trenton was the rallying point for many of the top researchers in Drone and UAV innovation (Unmanned Aerial Vehicle)  with representatives from NJIT, Rutgers, Stockton, Rowan, and Stevens Institute of Technology. The forum was sponsored by the New Jersey Senate Democrats with Senate President Steve Sweeney, Senator Jim Whelan, Senator Jeff Van Drew, and Senator Sandra Cunningham in attendance. NJIT alum Senator Paul Sarlo was also instrumental in organizing the forum and supporting the ongoing research activities.