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                                                      Health Alert: COVID-19 - Please refer to our latest updates here.  Classes are currently being conducted remotely.



33 credits | Master of Arts | Full or Part time | On Campus I Day and Evening Classes

Yeshiva University's master's in Mathematics focuses on developing your skills in modeling, algorithms, and numerical applications across a variety of industries. You'll master core mathematical sciences, including probability theory and mathematical statistics, as well as specialized topics, such as nonlinear partial differential equations, geometric analysis, mathematical physics, K-theory and C*-algebras, dynamical systems, network science, computational topology, and data science. And you'll apply predictive scientific simulations to solve real-world problems. 


  • Work with research-active faculty or an industry mentor on real-world simulations.
  • Capitalize on our New York City location with workshops, seminars, internships, and networking.
  • Apply your mathematical skills in industries such as finance, technology, pharmaceuticals, bioscience, marketing, energy, insurance, research, or policy.

Gain industry experience in major companies, startups, and YU’s Innovation Lab through internships that count towards your degree. Read more on the curriculum page or speak with an advisor.

Yeshiva University's master’s in Mathematics is a STEM-approved degree. International students may be eligible for up to 36 months of Optional Practical Training (OPT). The program also offers several opportunities for Curricular Practical Training (CPT).

YU undergraduate students may be eligible to earn credit towards the MA in Mathematics under the dual degree BA/MA option. For more information, please contact Dr. Marian Gidea.

Students graduating from our PhD program are prepared to pursue mathematics at the highest levels, such as a research mathematician, a university professor or an applied mathematician in industry or government positions.

Successful incoming students to the PhD program have mathematical skills at the masters level, which is often demonstrated by a masters degree and a strong masters thesis. Exceptional students may be admitted to the program without a masters degree and can earn an MA degree in mathematics along the way while pursuing their PhD studies.

In the first year, students take required courses and are expected to pass an advanced qualifying examination in real analysis, complex analysis and a third field chosen by the student in the intended area of research. After passing the qualifying exams, students can choose elective or reading courses in specialized topics and start to work on the research thesis with the guidance of a faculty adviser. Upon completion and successful defense of the thesis, the PhD degree is awarded.

Our PhD program follows an apprenticeship model, in which students work on a research project across multiple semesters under the close guidance of a mentor. Being a small PhD program, maximal attention is payed to all our students.

Yeshiva University has an exceptional tradition and legacy in mathematical physics, and an impressive track record of training research mathematicians. Famous alumni include: Hillel Furstenberg (Abel Prize in Mathematics 2020), Benjamin WeissMichael Aizenman, and Charles Peskin.

A lot of present research topics are still organized around mathematical physics, such as dynamical systems, celestial mechanics, statistical mechanics, classical and quantum mechanics, geometric analysis, partial differential equations, complex systems, computational mathematics and physics, and materials science. More details on faculty research interests can be found here.

Besides the exceptional opportunities of becoming a pure mathematician at Yeshiva University, an increasing number of PhD graduates decide to start a career outside of academia, such as in business, industry or government. We leverage our excellent location in midtown and uptown Manhattan to the fullest to provide our students the opportunity to take an internship position, build connections and land a competitive job as a highly skilled mathematician outside academia. 

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  • Top-notch research and industry faculty.
  • Career support and professional networking opportunities.
  • Small classes where you’ll get to know everyone by name.
  • Opportunities to gain industry experience through internships and fieldwork.