Ilse Ipsen facts for kids

Ilse Ipsen is a brilliant mathematician from Germany and America. She teaches math as a professor at North Carolina State University. She used to be a leader at the Statistical and Applied Mathematical Sciences Institute. This institute works with North Carolina State and other universities nearby.

Ilse Ipsen's Journey in Math

Becoming a Mathematician

Ilse Ipsen studied math for many years. She earned her first degree from the Kaiserslautern University of Technology in Germany in 1977. Later, she completed her advanced degree, called a doctorate, in 1983. She earned this from Pennsylvania State University. Her main teacher for this degree was Don Heller.

Her special project for her doctorate was about "Systolic Arrays for VLSI." This sounds complicated, but it was about how to build very fast computer parts. It looked at how to make computer chips, called Very Large Scale Integration (VLSI), work together. These chips used a special way of computing called systolic arrays. This helps computers do many calculations at the same time.

Working at Universities

After finishing her studies, Ilse Ipsen worked at Yale University. She was there for ten years, starting in 1983. Then, in 1993, she moved to North Carolina State University. She has been a math professor there ever since.

Ilse Ipsen also helped start an important book series. She is the first editor-in-chief for the SIAM Book Series on Data Science. This series publishes books about how to use math to understand large amounts of information.

Writing a Math Book

Ilse Ipsen wrote a book called Numerical Matrix Analysis: Linear Systems and Least Squares. It was published in 2009 by the SIAM. This book is for students who are studying advanced math. It teaches them about linear algebra. This part of math deals with lines, planes, and spaces. The book also covers how small changes in numbers can affect big math problems. This is called sensitivity analysis.

Awards and Honors

Ilse Ipsen has received special recognition for her work. In 2011, she became a fellow of the Society for Industrial and Applied Mathematics. This honor was given to her for her important contributions to numerical linear algebra. This means she helped improve how we use numbers to solve math problems. She also helped understand how small changes affect these problems.

In 2018, she was also chosen as a fellow of the American Association for the Advancement of Science. This is another big honor for scientists and mathematicians.