Chemical and Biological Engineering
Expected Graduation Date: 2021
Nancy’s SWE involvement began as an undergraduate at Massachusetts Institute of Technology (MIT). As Internal Mentorship Chair in 2014 she worked to plan events to partner underclassmen with upperclassmen. As Vice President of Campus Relations in 2015 she was in charge of all MIT SWE social events. Because SWE partnered with the MIT Fall Career Fair, she also spent two years on the Career Fair Committee. As the Week-of-Logistics Director in 2014 and Treasurer in 2015, she was part of the team that brought over 350 companies to the MIT Career Fair. Lastly, she was a Senior Class representative in 2016, where she planned events to celebrate the seniors in SWE. Her favorite SWE memory is attending her first annual SWE Conference in 2015, where she was able to reconnect with the alumni that inspired her to join SWE.
During her time at MIT, Nancy was also actively involved in MIT’s First Generation Project, where she participated in a poster campaign to raise awareness of first generation students at MIT.
At Princeton, Nancy is involved in GWiSE (Graduate Women in Science and Engineering), GradSWE, GEC (Graduate Engineering Council), and various mentorship activities such as the National Science Foundation (NSF) near-peers, Princeton’s Scholars Institute Fellows Program for low income/first generation undergraduates, and ReMatch, a summer research program for Princeton underclassmen.
Nancy’s accolades include a National Science Foundation Graduate Research Fellowship Program Honorable Mention (April 2018) and the Princeton Environmental Institute Mary and Randall Hack ’69 Graduate Award (July 2018). She has been selected as a finalist for the WE18 Poster Competition – be sure to check out her poster on Thursday, October 18, 2018 in Minneapolis!
Thesis Topic: Multiphase Flow in Porous Media
The motivation for Nancy’s work comes from oil recovery in shales, a type of layered rock. The layers of the rock have different properties such as pore sizes. The interfaces between these layers are often not sharp but rather have transition regions with gradients. Her current project involves understanding how gradients in pore sizes affect oil recovery. Using a model microfluidic porous medium with controllable pore size gradients, she can systematically understand how the displacement pathway of the oil is affected.
She plans to go into research after graduation, but is still deciding on the specific industry. Regardless of the industry, she still plans to find time to mentor young women who are pursuing STEM.
Nancy’s hobbies include baking and bartending at the graduate student bar. She is also a fitness instructor and MIT alumni interviewer!
Fun Fact about Nancy: She can fold an origami crane while hula hooping!