P.C. Rossin College of
Engineering and Applied Science

ISE alum to deliver 2019 commencement address

Former U.S. Ambassador to India Richard Verma ’90, Vice Chair and Partner at The Asia Group and Lehigh trustee, will deliver the address at Lehigh’s 151st spring commencement on Monday, May 20.

Verma, whom Forbes called “one of the most consequential envoys to ever occupy the prestigious post,” is a distinguished and dedicated Lehigh industrial and systems engineering alum who has left his mark on the worlds of business, law, diplomacy, and the military.

Electrically-heated silicate glass appears to defy Joule's first law

Characterizing and predicting how electrically-heated silicate glass behaves is important because it is used in a variety of devices that drive technical innovations. Silicate glass is used in display screens. Glass fibers power the internet. Nanoscale glass devices are being deployed to provide breakthrough medical treatments such as targeted drug-delivery and re-growing tissue.
 

ISE to present Stacey Cunningham ’96 with the 2019 Distinguished Alumni Award for Excellence in Industry

Stacey Cunningham ’96 will be presented with the Distinguished Alumni Award for Excellence in Industry at the ISE Annual Banquet, taking place on May 2, 2019. Cunningham is the President of the NYSE Group which includes the New York Stock Exchange and a diverse range of equity and equity options exchanges, all wholly owned subsidiaries of Intercontinental Exchange (NYSE: ICE). She is the 67th President and the first woman to lead the NYSE Group in its 226 year history.

ISE welcomes R. Tyrrell Rockafellar for the 2019 Spencer C. Schantz Technical Talk

Ralph Tyrrell (Terry) Rockafellar, Professor Emeritus of Mathematics from the University of Washington, Seattle, will present the Spencer C. Schantz Lecture (Technical Talk), taking place in Mohler Laboratory Room 453 on April 24, 2019. Rockafellar’s lecture is titled “Risk and Reliability in Optimization Under Uncertainty” and will explore the role for so-called "measures of risk," which started to be developed for purposes like assessing the solvency of banks but now are being utilized much more widely.

Voronoi tessellations seen in 'child's play'

What do honeycombs, the cells in dragonfly wings, and the brown spots on a giraffe's fur have in common? 

They are all examples of naturally occurring, puzzle-like patterns that may be modeled through a mathematical technique known as a Voronoi tessellation—a model that gave rise to the recent discovery of the scutoid, a new shape identified by a team of researchers, including Lehigh's Dr. Javier Buceta, studying epithelial cells. 

Pages