2014-The Leadership of Carnegie Mellon University - Carnegie Mellon University

Recent News

Dr. Subra Suresh Inducted into the Chinese Academy of Sciences
Carnegie Mellon University
June 8, 2014

On June 8, Carnegie Mellon University President Subra Suresh was inducted into the Chinese Academy of Sciences (CAS). More than 1,300 members of the CAS and the Chinese Academy of Engineering were on hand when Dr. Suresh was inducted into the academy at a symposium held in Beijing. Dr. Suresh was among only four non-Chinese scientists recently inducted. Read more »

Dr. Subra Suresh Interview by PNC Business Journal
KQV Radio Broadcast
February 3, 2014
Listen to the broadcast [mp3] »

Dr. Subra Suresh at the World Economic Forum Annual Meeting
Global Learning Revolution at the Nexus
January 24, 2014

CMU President Subra Suresh comments on the emerging "Global Learning Revolution." Read the article »

The White House Invites Dr. Suresh to Workshop on College Opportunity
January 15, 2014 

Carnegie Mellon University President Subra Suresh is among a select group of college and university presidents and leaders from nonprofits, foundations, state governments and businesses invited by President Barack Obama and First Lady Michelle Obama to the White House on Thursday, Jan. 16, to discuss expanding college opportunity.

"Carnegie Mellon has a long tradition of providing educational opportunities to those striving to be the first in their family to get a university degree," said President Suresh. "We continue to honor our legacy of education accessibility by engaging young people from disadvantaged backgrounds to ensure that they are excited about and prepared for the challenges and rigors of postsecondary education."  Read more »

President Suresh Elected to Chinese Academy of Sciences
January 13, 2014

Carnegie Mellon University President Subra Suresh has been elected a foreign member of the Chinese Academy of Sciences (CAS) for his scientific contributions in materials science and engineering, including his work connecting nanomechanical cell structure to disease states. Read more »