April 28, 2015

Ira A. Fulton Schools of Engineering


Collaborations with industry aim to boost solar energy technology

As part of a U.S. Department of Energy program, two ASU engineers will help the solar energy industry develop advanced manufacturing technologies and processes.


ASU researchers work to improve diagnosis, treatment of eye disorders

An Arizona State University biomedical engineer is working with a medical products company to make it easier to detect eye problems.


ASU researchers set the stage for fact-based fight against Ebola

An Arizona State University research team will provide data analysis and mathematical modeling to help guide development of strategies for controlling Ebola outbreaks.


Arizona robotics competition unleashes young students' creative drive

The Arizona FIRST LEGO League tournament, managed by ASU's Ira A. Fulton Schools of Engineering, continues to excite more young students about engineering and science.


Fortifying national defense with robot swarms, resilient materials

Three ASU engineers have been selected to develop advanced technologies that promise to boost U.S. military capability.


Working to make mobile payment more secure

Engineering professor Gail-Joon Ahn has received five new patents and has eight more pending for technology that will make transactions more secure.


NIH grants reflect vibrant biomedical engineering research environment

Growing support from the National Institutes of Health shows research by ASU biomedical engineering faculty is tackling major medical challenges.


Quest to unravel mysteries of our gene network

An ASU engineer is seeking deeper knowledge of the fundamental mechanisms that shape human genetics to help the pave way for advanced medical treatments.


ASU professors named National Academy of Inventors Fellows

ASU professors Stuart Lindsay and Michael Kozicki have been named Fellows of the National Academy of Inventors.


Expanding the tool kit for detecting, treating traumatic brain injury

An ASU biomedical engineer is developing nanobody probes to detect and treat brain injury at the molecular level.

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