Carnegie Mellon University is a private research university in Pittsburgh, Pennsylvania, renowned for its top-ranked programs in computer science, AI, and engineering. It offers extensive interdisciplinary opportunities and strong career outcomes for its approximately 15,000 students.
Carnegie Mellon University is a private R1 research university in Pittsburgh, Pennsylvania, founded in 1900 by Andrew Carnegie. It enrolls ~15,000 students across seven schools and colleges, with particular global renown for computer science, robotics, artificial intelligence, and engineering. CMU's seven colleges collaborate across boundaries, producing graduates who consistently rank among the most employable in the world. The university runs 100% on renewable electricity and maintains campuses and research partnerships on six continents.
CMU's Pittsburgh campus is compact and walkable, blending Beaux-Arts architecture with modern research facilities. The Carnegie Museum complex sits adjacent to campus, and the vibrant Squirrel Hill and Oakland neighborhoods offer diverse dining, arts, and nightlife. Over 350 student organisations span everything from the award-winning Drama department to hackathon clubs, consulting groups, and cultural associations. Graduate students in the Robotics Institute describe an open, social culture of frequent lab outings and collaborative problem-solving. The university's NCAA Division III athletics and extensive intramural sports provide balance to a rigorous academic environment.
Full-time PhD students in most programmes receive full tuition support and a living stipend. Professional Master's students typically pay full tuition. Health insurance cost is determined annually.
Carnegie Mellon University is accredited by the Middle States Commission on Higher Education (MSCHE). Engineering programmes are ABET-accredited; business programmes hold AACSB accreditation. CMU is a member of the Association of American Universities (AAU).
International students primarily enter on the F-1 visa, which requires enrolment at a SEVP-certified institution. Before the visa interview the school issues a Form I-20 — a certificate of eligibility — for which a Designated School Official must verify documented funds covering tuition, living expenses and travel for the first year, plus a reliable source for subsequent years. The financial evidence must be specific and from an identified source.
F-1 students may work on campus up to 20 hours per week while classes are in session and full-time during official breaks, with no separate authorization needed. Off-campus work is generally not permitted in the first academic year. After one academic year in good standing, students may use Curricular Practical Training (CPT) for paid work that is an integral part of the curriculum, authorized by the school; other off-campus work requires an approved Employment Authorization Document from USCIS.
After completing a degree, F-1 students may apply for Optional Practical Training (OPT) — up to 12 months of work authorization in a related field — by filing Form I-765 and receiving an EAD before starting work. Graduates of a degree on the DHS STEM Designated Degree Program List may apply for a 24-month STEM OPT extension, for up to 36 months total. The extension requires an E-Verify employer and a qualifying STEM degree earned within the previous ten years.
Approximate all-in student budget; major cities run higher.
The "2025 Fellows" program at Carnegie Mellon University highlights doctoral candidates and postdoctoral researchers engaged in cutting-edge innovation and commercialization. These individuals are deeply involved in advanced research across various disciplines, including robotics, artificial intelligence, human-computer interaction, electrical and computer engineering, chemistry, materials science, and mechanical engineering. Many fellows are simultaneously developing startups based on their research, aiming to translate academic discoveries into real-world applications and solutions. The program showcases a commitment to fostering entrepreneurship and driving technological advancements from within the university's research community.
Carnegie Mellon University's Information Networking Institute (INI) offers a unique opportunity for highly qualified current CMU undergraduate students to accelerate their graduate studies. Through these accelerated programs, you can earn a Master of Science (M.S.) degree in as little as two semesters (one academic year) after completing your bachelor's degree. This pathway allows for a seamless transition from undergraduate to postgraduate work within INI's specialized, interdisciplinary curriculum. The INI's master's programs are designed to provide deep technical knowledge and foster interdisciplinary learning. You will have the flexibility to draw upon coursework and research opportunities from across the university, including the College of Engineering, School of Computer Science, Tepper School of Business, and Heinz College, allowing you to tailor your education to your specific interests. This program is ideal for CMU undergraduates looking to gain advanced expertise in areas such as information networking, security, mobile and IoT engineering, or AI engineering with a focus on security. The INI provides a supportive learning environment with dedicated advising and career services to help you achieve your academic and professional goals.
The Master of Science in Automated Science: Biological Experimentation (MSAS) at Carnegie Mellon University is a specialized program designed for students interested in the intersection of artificial intelligence and laboratory automation. This program prepares you to become a leader in the rapidly evolving field of automated scientific discovery, particularly within biological experimentation. The curriculum uniquely blends cutting-edge AI techniques with practical laboratory automation, equipping you with the skills to design, conduct, and analyze experiments using automated systems. You will delve into concepts like spectroscopic series, crystal field splitting, electron configurations in complexes, and orbital energy diagrams, all within the context of automated biological and chemical processes. Upon graduation, you will be prepared for roles in industry or for advanced doctoral studies, contributing to the development of new scientific methodologies through automation.
The Bachelor of Computer Science and Arts (BCSA) is an intercollege program designed for students who wish to combine rigorous study in computer science with creative work in the fine arts. This program is ideal for those who aim to create the tools and technologies used in artistic expression. It blends academic work from the School of Computer Science (SCS) with creative practice from the College of Fine Arts (CFA). Students will fulfill requirements for general education, a concentration in computer science, and a concentration within one of CFA's schools: Architecture, Art, Design, Drama, or Music. Additional free electives can be used to broaden or deepen study in either the arts or computer science.
This program explores the experimental determination of molecular dipole moments, a fundamental property influencing how molecules interact with electric fields. You will learn how to measure dipole moments using laboratory experiments based on electrical capacitance. The course covers the theoretical underpinnings, including how capacitance changes when molecules with dipoles are placed between charged plates and how thermal motion affects this alignment. You'll also delve into Peter Debye's clever method for determining dipole moments by analyzing the temperature dependence of measured capacitance, providing a practical application of physical chemistry principles.
The Doctor of Philosophy (Ph.D.) in Chemical Engineering at Carnegie Mellon University (CMU) is a research-intensive program designed to equip students with the skills to become independent researchers and contribute groundbreaking solutions to global challenges in areas like health, sustainability, and energy. Students will delve into captivating research at the intersection of technology and society, completing their degree in approximately four to five years. This program prepares graduates for impactful careers in academia, industry, or government research, fostering an environment of collaboration and cross-disciplinary study. Students will work alongside world-renowned faculty, conducting original research that culminates in a substantive Ph.D. thesis.
Open to international (non-U.S. citizen, non-permanent-resident) high school students applying for first-year undergraduate admission to Duke University. Candidates must demonstrate financial need through Duke's need-based aid process, show interdisciplinary academic curiosity, and have a record of community engagement. There is no separate scholarship form; international applicants who indicate they are applying for financial aid are automatically considered for the Karsh award.
Open to high school seniors, both domestic (U.S.) and international, applying for first-year undergraduate admission to the University of Miami through Early Decision I or Early Action. Applicants are automatically considered with no separate scholarship form; they must submit all first-year admission requirements and demonstrate strong academic achievement, leadership, and community involvement. Semi-finalists complete a Zoom interview.
Open to high-achieving US high school seniors from low-income backgrounds who are US citizens, permanent residents, or students studying in the US regardless of citizenship. Competitive applicants typically earn mostly A's in challenging courses, rank in the top 5-10% of their class, and have strong standardised test results (SAT/PSAT above 1310 or ACT above 28), though each application is read in context. Applicants must demonstrate strong writing, intellectual curiosity and determination through essays and recommendations. Matched students must attend a partner college as a binding-early-decision commitment.
Open to early-career scientists and engineers of all nationalities who hold a PhD awarded within the last three years at the time of application, or who will complete the PhD before the fellowship start date. Research interests must align with Argonne's mission areas. U.S. citizenship is required for national-security-related projects (Detection of Imaging Signatures).
Open to candidates of any nationality (priority to those of Lebanese descent) who have received an offer of admission to the Harvard MBA programme and have a strong academic background.
Open to citizens of any country who earned their first/bachelor's degree within the last ~7 years (or will by the Stanford start) and who apply for and gain admission to a full-time Stanford graduate program. Selection seeks independence of thought, purposeful leadership, and a civic mindset.
Estimated annual living costs in Pittsburgh include approximately $14,750 for housing, $8,700 for food, $2,200 for books and supplies, $4,100 for personal expenses, and $1,800 for travel.
Master's tuition at Carnegie Mellon University typically ranges from approximately $52,300 to $60,900 per academic year for the 2026-27 cycle, depending on the program. Full-time PhD students in most programs receive full tuition support and a living stipend.
Yes, Carnegie Mellon University offers several funding opportunities, including the Rales Fellowship Program for STEM graduate students, the CyberCorps Scholarship for Service, and full tuition and living stipends for most PhD programs. The Carnegie Bosch Institute also offers a postdoctoral fellowship.
International applicants whose native language is not English are required to provide scores from TOEFL, IELTS, or the Duolingo English Test. The School of Computer Science does not issue English proficiency waivers for non-native speakers.
Carnegie Mellon University is ranked #1 in AI and top-2 in Computer Science in the US, offering unmatched depth in machine learning, robotics, and human-computer interaction. Its interdisciplinary culture allows for joint degrees across various fields, and graduates are highly sought after by leading tech and finance companies.