Cockrell School:
Cancers cells with gold nanoparticles (left) and cancer cells without nanoparticles (right).
Cockrell School:
Mechanical Engineering Professor, David Morton, has received $1.9 million to expand a computer model that is already helping guide national decisions about placement of devices to detect nuclear smuggling attempts.
Cockrell School:
Mechanical Engineering Professor, David Morton, has received $1.9 million to expand a computer model that is already helping guide national decisions about placement of devices to detect nuclear smuggling attempts.
Cockrell School:
Dr. S. V. Sreenivasan (left) and Dr. C. Grant Willson (right) create better fabrication method for high-end computer chips, LED devices.
Cockrell School:
Dr. C. Grant Willson holds a wafer that was patterned by step-and-flash lithography.
Cockrell School:
Dr. Benny Freeman with research associates, in front of a mixed-gas permeation system.
Cockrell School:
Dr. Benny Freeman with a new membrane that strips carbon dioxide from natural gas faster and better.
Cockrell School:
New Membrane Strips Carbon Dioxide From Natural Gas Faster and Better
Cockrell School:
Engineering Professor Kara Kockelman devised a concept called congestion-based credit pricing to encourage motorists to hit the road when others aren’t.
Cockrell School:
Dr. Santoso stands in front of a photograph of a Siemens wind turbine at King Mountain Wind Ranch in McCamey, TX.
Cockrell School:
Dr. Santoso holds a 500-watt turbine used for small household applications such as a water pump, refrigerator, or other such small electronic devices.
Cockrell School:
Computer Engineer Receives NSF Award
Cockrell School:
Computer Engineer Receives NSF Award
Cockrell School:
Dr. Christine Schmidt, Chemical Engineering Professor, with test tubes containing detergents and chemicals for decellularizing nerve tissue.
Cockrell School:
Dr. Christine Schmidt developed a successful nerve grafting technique.
Cockrell School:
Dr. Jennifer Maynard injects a protein mixture into a test tube before it goes into the FPCL (Fast Performance Liquid Chromatography) system, used for protein purification.
Cockrell School:
Curt Deister (left) and Dr. Christine Schmidt (right).
Cockrell School:
Dr. Jennifer Maynard, Chemical Engineering Assistant Professor, continues studying genetic engineering approaches to address human diseases.
Cockrell School:
Alexis Kwasinski, Assistant Professor of Electrical Engineering, is studying microgrids—small power networks powered by their own local sources.
Cockrell School:
Dr. Steven Bryant, Associate Professor of Petroleum and Geosystems Engineering.
Cockrell School:
Dr. Steven Bryant and graduate research assistant Nicolas Huerta.
Cockrell School:
Bubble-based Technology to Treat Eyes Being Developed with $1.6 Million
Cockrell School:
Dr. Stanislav Emelianov, assistant professor of biomedical engineering, with a side view of a human eye.
Cockrell School:
AMD pledges $1 million to computer engineering
Cockrell School:
Dr. Manthiram holds a fuel cell membrane-electrode assembly that his laboratory developed to generate electricity from chemical reactions.
Cockrell School:
An engineering doctoral student holds a bipolar plate made of carbon whose characteristics are being modified using computer-aided selective sintering.
Cockrell School:
Dr. Arumugam Manthiram next to a membrane-electrode assembly, and carbon plates, which are being tested in his fuel-cell research.
Cockrell School:
Students are part of Dr. Manthiram's methanol-powered fuel cell research team.
Cockrell School:
Dr. Robert Gilbert, a civil engineering professor at The University of Texas at Austin, near a dam along the Colorado River in Austin, Texas.
Cockrell School:
Dr. Robert Gilbert New Orleans Levee Report Completed By Panel Including University of Texas at Austin Engineer
