News
Nov 30, 2015
HSyE featured in the November Cover Story of PRISM magazine
MIE Professor James Benneyan and the Healthcare Systems Engineering (HSyE ) Institute were featured on the cover of ASEE's PRISM journal for "Industrial Rx for Healthcare".
Nov 19, 2015
MS Student Wins INFORMS Operations Research Paper Competition
MS student Kyle Cunningham won the 2015 INFORMS Undergraduate Operations Research Paper competition for "Alleviating competitive imbalances in NFL schedules: an integer-programming approach".
Nov 17, 2015
Ahmed Busnaina to Present at NanoTechnology For Defense Conference
Ahmed Busnaina will give two presentations at the 2015 NanoTechnology For Defense Conference (NT4D) in City of Industry, CA. Wednesday, November 18, 9:20 AM: Carbon Nanotubes Based Resistive Sensor for Detection of Chemical […]
Nov 10, 2015
HSyE to Improve Veterans Healthcare with $2M in New Grants
The Healthcare Systems Engineering Institute (HSyE) and its ongoing partnership with the VA was awarded $2M to improve access, safety, and treatment of U.S. veterans.
Nov 10, 2015
Printing SWCNT on 3D Patterned Surface
MIE Professor Kai-Tak Wan and Associate Professor Yung Joon Jung's research on "Printing Highly Controlled Suspended Carbon Nanotube Network on Micro-patterned Superhydrophobic Flexible Surface" was published in Scientific Reports.
Nov 10, 2015
Jalili's Book to be Translated to Chinese
MIE Professor Nader Jalili's book on Piezoelectric-Based Vibration Control: From Macro to Micro/Nano Scale Systems will be translated into Chinese by Springer.
Nov 10, 2015
Huang Selected to Deliver Hseu Shen Tsien Engineering Science Lecture
MIE Professor Hanchen Huang has been selected to deliver the Hseu Shen Tsien Engineering Science Lecture on "Fabrication and Mechanics of Nanorods" at the Institute of Mechanics of the Chinese Academy of Sciences (CAS).
Nov 10, 2015
Erb Featured in Nature Communications
MIE Assistant Professor Randall Erb was featured in Nature Communications for his article on "Designing bioinspired composite reinforcement architectures via 3D magnetic printing".