Jan B. Talbot facts for kids

Jan B. Talbot is an American chemical engineer. Chemical engineers use science and math to solve problems related to chemicals, materials, and energy. They might design new ways to make products or improve existing processes.

Jan B. Talbot is a professor emerita at the Jacobs School of Engineering. Being a professor emerita means she is a retired professor who still holds an honored title from the university.

Early Life and Education

Jan B. Talbot studied chemical engineering at Pennsylvania State University. She earned two degrees there: a Bachelor of Science (BS) and a Master of Science (MS). These degrees helped her learn the basics and more advanced topics in chemical engineering.

Later, she continued her studies at the University of Minnesota. In 1986, she earned her Ph.D. (Doctor of Philosophy) in chemical engineering and materials science. A Ph.D. is the highest degree you can get in many fields.

Career Highlights

Before finishing her Ph.D., Jan B. Talbot worked as a development engineer. From 1975 to 1981, she was at Oak Ridge National Laboratory. This laboratory is a big research center where scientists work on many different projects. As a development engineer, she likely helped create new technologies or improve existing ones.

In 1986, after getting her Ph.D., she joined the University of California, San Diego. She became a professor in the Aiiso Yufeng Li Family Department of Chemical and Nano Engineering. Here, she taught students and did her own research in chemical engineering.

Leadership and Recognition

Jan B. Talbot is well-known in her field. From 2001 to 2002, she served as the president of the Electrochemical Society. This is a group for scientists and engineers who study electrochemistry. Electrochemistry is about how electricity and chemical reactions work together. Being president means she was a leader for this important scientific group.

In 2004, she was honored as a fellow of the Electrochemical Society. This title is given to members who have made very important contributions to the field of electrochemistry. It shows that her work was highly respected by her peers.