Letter from the Guest Editor:
By Dr. Angela S. Lindner, Associate Professor, Environmental Engineering Sciences
Engineering at the University of Florida: An Opportunity to Embrace the “Second Mile”
In 1941, Dr. William E. Wickenden, then President of the Case School of Applied Science (Case Institute of Technology), gave a speech, entitled “The Second Mile,” to the Engineering Institute of Canada. He entreated engineers to commit to travel not only what he termed as “the first mile,” composed of our tasks and duties that ensure our survival, but also “the second mile” of “voluntary effort,” where “people strive for special excellence, seek self-expression more than material gain, and give that unrequited margin of service to the common good which alone can invest work with a wide and enduring significance.” Dr. Wickenden recognized the essential bridging of technology and culture and the vital role that engineers must play in ensuring a smooth juncture between the two. Engineers, he said, must “know the meaning of literary and art forms,” while those in the arts and humanities must understand the “fundamental meanings of technology.” One of the most important cultural contributions of engineers, Dr. Wickenden stated, is the interpretation of technology in terms that all citizens may understand.
Today, the face of engineering is reflected in the rapidly increasing changes and complexity of technology that, in turn, is rapidly altering the habits of society.
Featured Scholar: Allison Corey
Allison Corey has been passionate about dance for most of her life, performing
a variety of styles ranging from jazz to tap to hip-hop to lyrical over
the past 15 years. The senior digital
arts and sciences engineering major has now found a way to incorporate
her love of dance into her academic program, using the art to enhance mathematics
education.
>> Full Story
Winter Focus on Engineering
Allison Corey, College of Engineering (Mentor: Paul Fishwick)
An Approach to Improving Informal Mathematics
Education Through Aesthetic Computing and Dance-based Representation
Christopher Fell, College of Engineering (Mentor: Susan
Sinnott)
Computational Investigation of the Chemical
Modification of Polypropylene Through Fluorocarbon Ion Beam Deposition
Nikolas Zawodny, College of Engineering (Mentor: Lou
Cattafesta)
Design and Fabrication of a Phased
Acoustic Array to Analyze Noise Generation of Aircraft Components
Christopher Meyer, College of Engineering (Mentor: David
Arnold)
Development of a Circuit-equivalent
Model for Thermoelectric Devices
Don Burnette, College of Liberal Arts and Sciences (Mentor:
Greg Stewart)
Non-Fermi Liquid Behavior in the U1-xLuxCu5 System
Ryan Flynn, College of Liberal Arts and Sciences (Mentor:
Miklos Bona)
Packing Patterns Into Permutations
Hussain Sultan, College of Engineering (Mentor: Eric
Schwartz)
Robotic Arm Manipulator
Control for SG5-UT

