Advanced Math Support Center: The goal of the AMSC is to provide additional help, beyond your scheduled office hours, to students in the courses 21-300, 21-341, 21-355, 21-356, and 21-373. The AMSC ...

The strategic goals and associated initiatives described below represent the Finance Division's collective priorities for 2023 - 2027. Progress toward achieving these goals is fundamental to realizing ...

Added reference to recently issued Human Resources Paid Holidays Policy Detailed leaves of absence related content, including eligibility, leave entitlement, procedures for application and leave ...

The Fence. All-night study sessions. Spring Carnival. Homecoming on a crisp fall day. Those traditions are part of your Carnegie Mellon University experience — and this space is your connection to ...

Meeting the cost of a graduate education is a significant, yet rewarding investment. CMU is committed to making it financially possible for graduate students to enhance educational development and ...

To help faculty, students and alumni transform their research into the next generation of companies, Carnegie Mellon University's Project Olympus and the National Science Foundation Innovation Corps ...

Recent MCS graduate Stella Trickett is working to find alternative treatments for non-opioid drug overdoses with fewer side effects.

Heinz College researchers found that employees assigned more complex projects early in their work history had better outcomes later in their careers.

No matter when they earned a diploma from the Carnegie Mellon University School of Drama, alumni of the program know they have invested in a common language and approach to making theater, as three ...

This year’s Voluntary University Review detailing CMU’s progress in advancing the UN Sustainable Development Goals showcases an evolving vision of sustainability rooted in student leadership, ...

For recent grad and future physician-scientist Yunshu Li, physics is a gateway to breakthroughs in medicine and neuroscience.

At less than 1.5 inches tall, the latest bipedal robot from Carnegie Mellon University’s College of Engineering can navigate smaller spaces than any other two-legged robot in the world.