Graduate studies in applied mathematics (AM) at UC Santa Cruz focus on developing skill sets in mathematical modeling, analysis, and scientific computation applied to a broad range of science and engineering disciplines, including fluid mechanics, high-performance computing, mathematical biology, dynamical systems, stochastic processes, control, optimization, and scientific machine learning. The overarching goal of the AM graduate programs at UC Santa Cruz is to underscore the application of mathematics in solving real-life problems. In particular, the master of science (M.S.) program in applied mathematics prepares the students with the foundational analytical and numerical tools of applied mathematics, enabling them to perform research that transcends the disciplinary boundaries in science and engineering.

Learning Experience

A B.S. degree in applied mathematics opens the doors to many careers in academia (teaching, research), industry, and governmental agencies. Note that the Applied Mathematics department also offers a M.Sc. degree program in Scientific Computing and Applied Mathematics, that can be completed in 1 year after the B.S., as well as a PhD degree program in applied mathematics, that can be completed in 4-5 years after the B.S. A graduate degree in applied mathematics opens the doors to an even broader range of careers at all levels.

Scholarships are available for senior and M.Sc. students registered with the financial aid office, under the Next Generation Scholars in Applied Mathematics program.

Study and Research Opportunities

✔ Faculty in the department of Applied Mathematics conduct research in a wide range of areas of application including: Control Theory, Dynamical Systems, Fluid Dynamics, High-Performance Computing, Mathematical Biology, Optimization, Stochastic Modeling, and others. There are many opportunities for undergraduate and graduate students to do original research with the program faculty; please contact them directly to set up an appointment and discuss these research opportunities.