The communications pioneer and longtime Stevens professor and research scientist is celebrated for a lifetime of contributions to our modern world ...

Every day, Stevens researchers are developing sustainable solutions for our planet's future, including green remediation technologies, sustainable materials, smarter power grids, better batteries and ...

Just as the New Jersey Fintech Accelerator at Stevens Institute of Technology is innovating the fintech and insurtech spaces, it’s reimagining the concept of graduation away from caps, gowns and ...

This groundbreaking project aims to improve pipeline design and maintenance, reducing catastrophic incidents while enhancing the safety, reliability and resilience of energy infrastructure Across the ...

Two Stevens graduate students and former Stevens High Frequency Trading Competiton play a key role in hosting the annual event Transactions are not the only thing the Stevens School of Business annual ...

Hoboken, N.J., January 6, 2025 — As every straphanger knows, public transit systems are fantastic—except when they aren’t. A single station closure can ruin a commuter’s morning, and even minor delays ...

SpaceX Starship structures engineer Arjun Krishna ’19 M.Eng. ’20 is helping to create the future of space travel. In October 2024, he was part of the historic booster "catch" of the Super Heavy ...

Since 2017, Launchpad@Stevens has been providing a platform for students to bring their ideas from rough prototype to professional grade products and services. The program’s portfolio has amassed more ...

The world’s largest companies are discovering that what’s good for the environment is good for business—and that means highly skilled sustainability professionals are in high demand. At Stevens, our ...

The Department of Chemical Engineering and Materials Science at Stevens educates engineers and scientists who become technological leaders in the fields of chemical engineering and materials science.

Magnetic particle imaging (MPI) is a new molecular imaging technology capable of unambiguous and quantitative tomographic imaging of the distribution of superparamagnetic nanoparticle tracers in vivo.