Dr. Ericka Ford is an
Assistant Professor at the Wilson College of Textiles. She holds a joint
appointment in the Department of Textile Engineering, Chemistry and Science and
The Nonwovens Institute. She earned an undergraduate degree in Polymer Fiber
Engineering from the Georgia Institute of Technology (Georgia Tech) and studied
for a year at Leeds University in England. She completed her master’s study in
Polymer Science at the University of Southern Mississippi, where she studied
the use of sustainable, environmentally friendly coating technologies. Her
investigation of bio-based resins for wrinkle-free finishing was presented at
the 2006 AATCC Herman and Myrtle Student Paper Competition and placed first. Upon
returning to Georgia Tech as a doctoral student, she investigated the gel
spinning of carbon nanotube (CNT) composites for high-strength, high-modulus
fibers. In addition to graduate research, she participated in two NSF-supported
IGERTs for integrated graduate education and research training focused on the
commercialization of polymers and fiber technologies. She also served as a
National Research Council postdoctoral awardee in Chemical and Biological
Defense, Science and Technology at the US Army Natick Soldier Research,
Development and Engineering Center.
Dr. Ericka Ford is an
Assistant Professor at the Wilson College of Textiles. She holds a joint
appointment in the Department of Textile Engineering, Chemistry and Science and
The Nonwovens Institute. She earned an undergraduate degree in Polymer Fiber
Engineering from the Georgia Institute of Technology (Georgia Tech) and studied
for a year at Leeds University in England. She completed her master’s study in
Polymer Science at the University of Southern Mississippi, where she studied
the use of sustainable, environmentally friendly coating technologies. Her
investigation of bio-based resins for wrinkle-free finishing was presented at
the 2006 AATCC Herman and Myrtle Student Paper Competition and placed first. Upon
returning to Georgia Tech as a doctoral student, she investigated the gel
spinning of carbon nanotube (CNT) composites for high-strength, high-modulus
fibers. In addition to graduate research, she participated in two NSF-supported
IGERTs for integrated graduate education and research training focused on the
commercialization of polymers and fiber technologies. She also served as a
National Research Council postdoctoral awardee in Chemical and Biological
Defense, Science and Technology at the US Army Natick Soldier Research,
Development and Engineering Center.