New cable design research supports U.S. Navy quest for all-electric ship

Engineering researchers develop expertise in helium gas-cooled superconducting power devices useful for naval applications

When Peter Cheetham first arrived at the Center for Advanced Power Systems (CAPS) as a graduate student four years ago, there was a problem that needed a solution. Researchers at the center were working on a million-dollar grant from the U.S. Office of Naval Research to design a power system for an all-electric ship—something that hadn’t yet been done. 

Four FAMU-FSU Engineering alumni businesses recognized in 2020 Seminole 100 list

The Seminole 100 list for 2020 was released yesterday and four FAMU-FSU Engineering alumni businesses are among the honorees. Three of the businesses are repeat awardees for the honor. The list recognizes the fastest-growing businesses owned or managed by Florida State University alumni, some of whom are responsible for some of the most innovative and profitable companies in America. The official ceremony will be held in February 2020 to honor graduates.

Kyle York believes dreams and discomfort are key parts of the engineering journey

“My grandpa spent his entire career working with NASA on projects for the Apollo missions,” remembers Kyle York, a fourth-year electrical engineering student at FAMU-FSU Engineering. “My favorite story is about his work on the Lunar Rover and the obstacles they had to overcome to develop and build a system that allowed astronauts to communicate from the moon back to Earth.”

Classmates collaborate to create a more-efficient power cable

Each weekday, FAMU-FSU College of Engineering undergraduates Herbert Lopez, Ana De Leon, Paola Chavez and Austin Rodriguez collaborate at the Center for Advanced Power Systems (CAPS) research facility to create a novel medium voltage cable that aims to have reduced reactive power than the ones currently used throughout the continental U.S. If they are successful, the cable could pave the way for improved power transmission efficiency on electric grids across the nation.