Carol S. Woodward facts for kids
Carol San Soucie Woodward is an American mathematician. She uses computers to solve complex math problems. She works at the Lawrence Livermore National Laboratory. This is a big science lab where important research happens.
In 2017, she was chosen as a special member, called a "fellow," of the Society for Industrial and Applied Mathematics (SIAM). This honor was for her work in creating computer programs. These programs help scientists run large-scale simulations. Simulations are like computer models that show how things work in the real world.
Early Life and Education
Carol Ann San Soucie went to Louisiana State University (LSU) for her college studies. She earned her first degree in mathematics there. She also completed a special research project, called an honors thesis.
After LSU, she continued her advanced studies at Rice University. Her main professors, Clint Dawson and Mary Wheeler, guided her research. In 1995, when Professor Wheeler moved to the University of Texas at Austin, Carol moved with her.
She earned her doctorate degree from Rice University in 1996. Her big research paper was about "Mixed Finite Element Methods for Variably Saturated Flow." This research helps understand how water moves through different types of soil.
Career and Research
Carol San Soucie Woodward joined the Lawrence Livermore National Laboratory in 1996. At the lab, she leads an important project called SUNDIALS.
SUNDIALS is a collection of computer programs. These programs help solve equations that change over time. They are used in many different science simulations. This helps scientists understand complex systems better.
Awards and Recognition
Carol Woodward has been a very active member of the Association for Women in Mathematics (AWM). This group supports women in math. She was part of the AWM's executive committee from 2016 to 2020. She also led the AWM Awards Committee from 2016 to 2018.
In 2021, she was chosen as a Fellow of the Association for Women in Mathematics. This honor recognized her strong dedication. She has worked hard to support and promote women in math. This includes her leadership roles in the AWM and her work with other math groups.
