For some, the work of a professional “death investigator” might sound like something straight out of “Law & Order” and “CSI.” 

However, for Carly Berdan ’18, that job will soon be a very real career.

While not featured on most product ingredient labels, the organic chemical stabilizer and manufacturing byproduct, 1,4-dioxane, can be found in countless everyday household items — from shampoos and cosmetics to laundry detergents and antifreeze. 

Partly due to its widespread use over many decades, the chemical has now been implicated by the Environmental Protection Agency (EPA) as an “emerging contaminant of concern” at groundwater and drinking water sites across the U.S., with no effective method for its removal yet established. 

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.

From large-scale weather or environmental disaster predictions and efficient design of vehicles and power generators, to understanding how bacteria propel themselves and how nutrients are delivered to different organs in our body at the cell level — researchers will need to find new ways of studying the complex flow of liquids, gases and plasmas that drive or characterize intricate climatic, transportation and biological systems.