students sitting in a bench

The Next Generation Scholars in Applied Mathematics (SAM) program funded by a grant from the National Science Foundation (NSF), provides outstanding seniors and graduate students from low-income backgrounds with critical resources to earn a master’s degree in scientific computing and applied mathematics.

Applied mathematics is the branch of mathematics focused on solving real-world problems that arise in research and development across industry and academia. It begins by casting the questions in a mathematical framework (a “model”) and then uses various mathematical (and computational) tools to study the model. From that, we can make predictions, or infer some non-trivial properties of the real-life problem. 

Applied mathematics draws on a range of mathematical tools commonly taught at the lower-division and upper division undergraduate level, such as ordinary and partial differential equations, linear algebra, probability theory, dynamical systems, numerical analysis, visualization, and many others. At the graduate level, applied mathematicians usually specialize in various sub-disciplines, including (but not limited to) mathematical finance, mathematical biology, control theory, fluid dynamics, numerical analysis, optimization, stochastic modeling, high-performance computing, and more.

Scientific computing and applied mathematics (SciCAM) have become integral components of any state-of-the-art quantitative research in biology and medicine, business, finance, engineering, Earth sciences, physics and astrophysics, chemistry, and many related areas. A graduate degree in SciCAM can lead to a range of careers—including research, teaching, finance, industry research and development, and roles at national research labs.

Students who earn a graduate degree in applied mathematics generally have a greater chance of successfully securing rewarding, well-paid careers compared with those holding only a bachelor’s degree.

The Next Generation Scholars in Applied Mathematics (Next Gen. SAM) program funded by a grant from the National Science Foundation (NSF) is designed to help low-income students complete the SciCAM M.S. program and launch their careers. The program offers financial support through scholarships, as well as personalized academic mentoring and counseling, peer support, and professional development guidance.

This pathway enables students currently working towards undergraduate degrees in computer science, computer engineering, electrical engineering, mathematics or physics to take preparatory courses during their junior and senior years to prepare for the M.S. in scientific computing and applied mathematics (SciCAM). With this preparation, students can complete their M.S. in just one year. 

Next Gen. SAM program provides outstanding students in the 4+1 SciCAM pathway with scholarships of up to $10,000 per year in their senior undergraduate year and their M.S. year. The support is designed to help remove financial barriers to completing a graduate degree. The program offers support to help each scholar succeed at UC Santa Cruz and beyond.

Become a part of the MESA Engineering Program

Two students sit on a field

For more information about the Next Generation Scholars in Applied Mathematics, contact:

Pascale Garaud

  • Title
    • Department Chair
  • Department
    • Applied Mathematics
  • Campus Email
Profile picture of Pascale Garaud
Last modified: Sep 09, 2025