ME assistant professor Mehmet Kurt has developed an imaging technique that captures the brain in real time, providing a promising and long-awaited diagnostic tool for catching difficult-to-spot conditions such as concussions and aneurysm–before they become life threatening.
A dozen Stevens students assembled a race car in less than three months and raced it at a major International Society of Automotive Engineers conference. They blazed a trail for themselves--and for Stevens.
Mechanical engineering seniors Nicole Maetta, Paul Chuquimarca, Luis Flores, Bridget Reed and Emma Sennett-Kuzin teamed up for their senior design project to help a family bathe their disabled son. Here's what they came up with.
One in four student athletes experiences a concussion or mild brain injury during their collegiate career, according to an NCAA survey. ME assistant professor Mehmet Kurt is working to keep those students safe--and that's what he spoke to CBS about.
Most 3D printers aren't equipped to print human cells. Assistant professor Robert Chang created one that can. Here's how it works.
"Design is not about finding one solution from a formula," says Kishore Pochiraju, associate dean for undergraduate studies, "but searching and finding an optimal solution that satisfies all or most of the stakeholders.” That's why he's working with students to revamp the mandatory SES design courses.
Assistant Professor Brendan Englot received a $350,000 award from Schlumberger Technology Corporation via MIT for a three-year research project on “Robust Autonomous Mapping, Navigation and Inspection of Complex Marine Environments.”
"I always appreciated what Stevens did for me," says PME alumnus and adjunct professor Jason Fitz. "I wanted to have the same impact on up-and-coming students that the program had on me." That's why he created the TRAX program at Regeneron to help fellow pharmaceutical manufacturing & engineering graduates.
The Department of Mechanical Engineering educates its students with a broad-based foundation in fundamental engineering principles and liberal arts together with the depth of disciplinary knowledge needed to succeed in a career in mechanical engineering or a related field, including a wide variety of advanced technological and management careers.
Through Collaboration, Impact
Faculty in the Department of Mechanical Engineering work closely with undergraduate, graduate and doctoral students on influential and critical research areas such as sustainable energy, fluid systems, materials, design and manufacturing, nanotechnology and robotics.
The IDEaS program integrates learning and technical design with entrepreneurial thinking to create an environment that fosters innovation.
This laboratory is highly interdisciplinary and focused in the integration of biological sciences with electronics and mechanical engineering.
Research and development center focused on realizing cost-effective and high performance products and systems with cross-disciplinary research.
Designs algorithms, optimization methods and control systems that help mobile robots achieve robust autonomy in complex environments.
This research group develops the design, fabrication, characterization and applications of various active nanostructures and nanodevices.
