I am a lecturer in the Department of Mathematics, Statistics, and Computer Science at the University of Illinois at Chicago.

Here is my CV.

I got my start in mathematics in the UMTYMP program at the University of Minnesota. I stayed at Minnesota, earning my B.S. in mathematics in 2008, and my Ph.D. in 2015. My adviser was Gennady Lyubeznik. I spent a year (2015-2016) as a postdoctoral fellow at the University of Nebraska-Lincoln, where my mentor was Tom Marley, and then received an NSF postdoctoral fellowship here at UIC (2016-2019), where my sponsoring scientist was Wenliang Zhang. Since the fall semester of 2019 I have been a full-time lecturer at UIC.

Address: UIC MSCS Department, 322 SEO (M/C 249), 851 S. Morgan St., Chicago, IL 60607

Email: nswitala [at] uic [dot] edu

Office: SEO 1217

In Spring 2023 I am the course coordinator for Math 310 (Applied Linear Algebra). I am teaching the 10 a.m., 1 p.m., and 2 p.m. MWF sections (in person).

My office hours for Spring 2023 are 11:00-12:00 Mondays and Wednesdays, beginning the second week of the term.

Fall 2022: I was on parental leave for most of this semester, though I did assist with Math 310 for the first month.

Spring 2022: Math 310 (Applied Linear Algebra), coordinator and two sections, in person; Math 215 (Introduction to Advanced Mathematics), two sections, in person.

Fall 2021: Math 310 (Applied Linear Algebra), coordinator and three sections, online synchronous.

Spring 2021: Math 310 (Applied Linear Algebra), coordinator and three sections, online asynchronous.

Fall 2020: Math 310 (Applied Linear Algebra), one section, online asynchronous; Math 215 (Introduction to Advanced Mathematics), two sections, online asynchronous.

Spring 2020: Math 215 (Introduction to Advanced Mathematics), two sections; Math 313 (Analysis I), one section. All classes began in person and switched to online asynchronous.

Fall 2019: Math 181 (Calculus II), one section, in person; Math 210 (Calculus III), two sections, in person.

Fall 2018: Math 520 (Commutative and Homological Algebra), graduate course, one section, in person.

Spring 2018: Math 310 (Applied Linear Algebra), one section, in person.

All necessary information and course content is accessible

My mathematical research has been in algebraic geometry and commutative algebra, with a specialty in local cohomology. The arXiv versions of my research papers are available here.