University of Texas at Austin

CSEM PhD Program

The Computational Science, Engineering, and Mathematics Doctoral Program is an interdisciplinary degree, providing students expertise in multiple disciplines while pursuing research at the forefront of computational science.

PhD program

CSEM Master's Program

The Computational Science, Engineering, and Mathematics Master’s Program is a two-year program providing students with mathematical and computational foundations in preparation for industry careers or future study in the field of computational science, engineering and mathematics.

Master's program

Sep 15 2021

The GRE requirement has been WAIVED for Fall 2022 applications.

Explore how to apply, admissions FAQs, and other resources ↓.

Graduate studies at the Oden Institute

The CSEM graduate program is unique in its interdisciplinary emphasis, residing within the Oden Institute and drawing its faculty from 24 academic departments. This interdisciplinary focus provides a rich environment in which students, faculty, and researchers from a variety of backgrounds and academic disciplines interact and collaborate. Our students conduct research in a broad range of areas including: scientific computing, uncertainty quantification, machine learning, numerical analysis, optimization, visualization, computational medicine, computational geosciences, computational materials, computational life sciences, computational physical sciences, computational mechanics, computational mathematics and computational engineering.

The Oden Institute offers two programs for prospective graduate students: The PhD program which includes advanced coursework in applied mathematics, computer science, and fields representing the student’s chosen application area; and the Master’s program, wwhich is a two-year course of study providing students with mathematical and computational foundations in preparation for industry careers or future study in the field of computational science, engineering and mathematics.

The Oden Institute is a pioneer in the field of computational science and engineering and our faculty are renowned for their contributions to the field. Students in the CSEM Program work with our faculty to conduct challenging interdisciplinary research at the forefront of computational science. Students have access to state-of-the-art computing resources, including the Texas Advanced Computing Center (TACC), the Oden Institute’s on-site high performance computing systems, and a state-of-the-art visualization lab.

Prospective students may contact the CSEM Graduate Coordinator for more information about our programs.

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Student success

Our students' success can be measured in a variety of ways. While enrolled in the program, our students excel among their peers in the classroom, within their research groups, within the Oden Institute, and within the university as a whole. CSEM students are involved in the academic community, with a significant percentage of students contributing to their respective fields through publications, presentations, attending professional meetings, and taking leadership positions in professional societies.

Our students have been consistently recognized for their outstanding work and potential, as recipients of prestigious national and international fellowships, including:

  • Department of Defense National Defense Science and Engineering Graduate Fellowship
  • Department of Energy Computational Science Graduate Fellowship
  • Department of Homeland Security Graduate Fellowship
  • Fulbright Scholarship
  • National Science Foundation Fellowship
  • Oak Ridge Institute for Science & Education Graduate Fellowship
  • Sandia National Labs Fellowship

Many novel and important computational techniques have been developed or improved by CSEM students in their work. These tools have application in many related areas, and so have broad impact on analysis, modeling, and simulation. CSEM doctoral dissertations have made new and significant discoveries in a number of important areas, including:

  • improved modeling of the acoustical properties of the human ear
  • the electromagnetics of wave-guiding structures
  • viscous incompressible flow problems
  • miscible displacement of one fluid by another in porous media
  • transport of contaminants in the ground
  • assessing the uncertainty in the characterization of the earth’s subsurface as it relates to fluid flow

Upon graduation, our students have gone on to successful careers in academia and industry. These graduates have attested to the positive impact their participation in the CSEM Program has had on their careers.