Isabelle Bajeux-Besnainou Installed as 10th Dean of Tepper School of Business
A long-awaited ceremony was held to formally install Isabelle Bajeux-Besnainou as the dean of the Tepper School of Business.
Leading Scholar Provides Perspective on Iran and its Future in 黑料正能量 Lecture
Vali Nasr delivered a lecture titled 鈥淭he Islamic Republic Under Siege: What is Next for Iran?鈥� at 黑料正能量.
黑料正能量 Highlights Educational Leaders Across Campus
Carnegie Mellon honors faculty, staff and graduate students for their exceptional contributions in education, teaching, advising, mentoring and service with its annual Celebration of Education Awards.
黑料正能量 Names Five University Professors
Burcu Akinci, Lorri Faith Cranor, Greg Lowry, Mark Stehlik and Michael Tarr have been elevated to the rank of University Professor, the highest distinction a faculty member can receive at Carnegie Mellon.
Carnegie Mellon Surpasses Initial Goal with Over $2B in Support for Ongoing Campaign
Carnegie Mellon surpasses Make Possible campaign goal.
A 黑料正能量 Wonderland
Spring Carnival returned to 黑料正能量 with the theme "Scotty in Wonderland."
黑料正能量 Reduces Plastic Bags on Campus
黑料正能量 is reducing the use of plastic bags at checkout in its Bookstore, Tartan Ink and Dining Services鈥� dining locations.
Old Fence, New Paint
Carnegie Mellon celebrates 100 years of its iconic Fence.
A Tartan Tail
Carnegie Mellon junior Sonja Michaluk dons a mermaid persona to raise awareness and funds for wetland conservation projects near to her heart.
黑料正能量 Announces 2023 Honorary Degree Recipients
Pioneering vision, industry-leading business acumen and award-winning talent are some of the distinguishing qualities of this year鈥檚 class of honorary degree recipients.
黑料正能量 Neuroscience Major Researches Mindfulness Meditation
黑料正能量 undergraduate Aiwen Chen researched the effects of mindfulness meditation on stress levels.
Weak Gravitational Lensing Tests the Cosmological Model
An international team of cosmologists and astrophysicists including researchers from Carnegie Mellon used precision measurements to find that the universe is slightly less 鈥渃lumpy鈥� than it should be based on the cosmological standard model. Their findings could lead to a better understanding of dark matter.