Researchers aim to make new ceramic nanomaterial production safer and expand use for batteries, medicine and more

MXenes are an intriguing new family of two-dimensional, high-performance electronic materials that could be key to advances in the field of energy conversion and storage. The atoms-thin ceramics are already used in medicine and optoelectronics but recently have emerged as a promising nanomaterial in the development of sustainable energy technologies.

FAMU-FSU College of Engineering offers two new programs at FSU Panama City campus

Officials announced two new engineering programs at FSU Panama City during the Florida State Board of Trustee meeting. A bachelor’s program in mechanical engineering and a master’s program in systems engineering will begin in fall 2018.

“These new programs are coming to FSU Panama City because of the strong demand from local industry and support from the FAMU-FSU College of Engineering,” FSU Panama City Dean Randy Hanna said. “With community partners, such as the Navy base, Tyndall and GKN, our students will have unlimited options.”

Engineering team shines at DIGITECH 2018, a showcase of cutting-edge technology

The new Florida State University Innovation Hub was alive with the spirit of invention during the annual DIGITECH event April 11.

“DIGITECH is one example of the potential of what the Innovation Hub has to offer,” said Provost Sally McRorie. “Congratulations to all the DIGITECH exhibitors for the amazing innovations. You all have bright futures ahead of you.”

FAMU engineering student heads to Dominican Republic

Florida A&M University students traveled to the Dominican Republic this summer as part of their Service Learning in International Agriculture course.

According to FAMU Forward, the College of Agriculture and Food Science students are Rachel Fernandez, a junior animal science student, Johnesha Jackson, a junior animal science student, Greg McNealy, an agribusiness graduate student, Halimah Wynn, a junior agronomy student, and Jorge Del’Angel, a junior biological engineering systems student.

Assembling polymer crystals and deciphering how they grow

The laboratory of Prof. Rufina Alamo is working with crystalline polymers that are models to understand the growth of lamellae-like polymer crystals. These novel polymers are characterized by the extreme precision in their chemical structure. Most have a simple methylene repeated backbone and have a different unit inserted at a precise equal distance along the polyethylene-like backbone.