Into the Lab

Into the Lab: Chemical Engineering

Into the Lab: Chemical Engineering

It is said one hour of sunlight hitting the Earth can run the operations of mankind for one year, and Bruce Tatarchuk, Charles E. Gavin professor of chemical engineering and director of the Center for Microfibrous Materials Manufacturing, is ready to help harness that energy. Tatarchuk received an X-ray photoelectron […]

by × July 11, 2014 ×

Into the Lab: Polymer and Fiber Engineering

Xinyu Zhang, associate professor in polymer and fiber engineering, received a $350,000 award from Leading Edge Aeronautics Research for NASA Fund to study technology that would improve composite material in aerospace structures. This is phase two of Zhang’s ongoing research titled: “Poptube Technology, Enabling Multifunctional Hybrid Composites for Next Generation […]

by × July 11, 2014 ×
Into the Lab: Industrial and Systems Engineering

Into the Lab: Industrial and Systems Engineering

The Samuel Ginn College of Engineering is leading the effort to examine, refine and improve the world of advanced vehicle manufacturing. The Southern Alliance for Advanced Vehicle Manufacturing, under a grant from the National Science Foundation, is envisioned as a research-based center to guide vehicular manufacturing companies on improving their […]

by × July 11, 2014 ×

Into the Lab: Mechanical Engineering

A rechargeable battery is a component needed not only for electronic devices, but also for vehicles and renewable power systems such as solar and wind. One particular challenge in the implementation of electric and hybrid-electric vehicles is the development of batteries that provide the range and lifetime that drivers expect. […]

by × July 10, 2014 ×

Into the Lab: Electrical and Computer Engineering

Gopikrishna Deshpande, researcher at Auburn University’s Magnetic Resonance Imaging Research Center and assistant professor of electrical and computer engineering, and a team of scientists from the National Institutes of Health (NIH) are investigating how brain networks shape religious beliefs, and have found that brain interactions are different among religious and […]

by × July 10, 2014 ×

Into the Lab: Computer Science and Software Engineering

Weikuan Yu, associate professor of computer science and software engineering, is increasing the efficiency of computer systems that process big data. From international information technology corporations to the internet search engines we routinely use, Yu’s work has the potential to accelerate the amount of data processed at one time, with […]

by × July 9, 2014 ×

Into the Lab: Civil Engineering

Each year, an average of 359 people are killed by wrong-way driving collisions in the United States. This number of fatalities has remained steady since the interstate highway system was built in the 1950s. To tackle this serious traffic safety problem, Hugo Zhou, associate professor of civil engineering, has been […]

by × July 9, 2014 ×

Into the Lab: Biosystems Engineering

John Fulton, associate professor of biosystems engineering, is developing intelligent planter technology through an in-depth understanding of how individual planter row units and soil characteristics affect crop emergence and development. His automated, on-the-go system combines the use of actuators with prototype sensors to regulate individual planter row units, and helps […]

by × July 9, 2014 ×
Into the Lab: Aerospace

Into the Lab: Aerospace

Andrew Sinclair, associate professor of aerospace engineering, is studying the relative motion dynamics of satellite formations in elliptical orbits. Sinclair, along with Ryan E. Sherrill, aerospace engineering ’13, has been working in collaboration with faculty member Subhash Sinha in the Department of Mechanical Engineering and Auburn alumnus Alan Lovell, aerospace […]

by × December 4, 2013 ×
Into the Lab: Biosystems

Into the Lab: Biosystems

Biosystems engineering assistant professor David Blersch is researching the potential of using controlled algae cultivation for improving the quality of natural waters. Blersch is using various reactor designs to cultivate naturally-occurring algae at high growth rates to absorb pollutants from impaired waterways. Regular harvest of the algae removes the pollutants […]

by × December 4, 2013 ×