Nora Stack, Phd Email & Phone Number

Boulder, CO, US

Short Hills, New Jersey, US

Hartford, Connecticut, US

Research & Development for CVS Health’s digital products to leverage large language models (LLMs) and generative AI to improve the patient experience as well as increase efficiency for medical professionals.Developed an algorithm for CVS Health to help app users make disease specific nutrition choices as well as recommend healthier alternatives.Worked.

Hartford, Connecticut, US

I worked directly with product owners, UI/UX developers, architects, and other stakeholders to deliver models and analyses related to Aetna and CVS’s digital products for disease specific condition management.

Hartford, Connecticut, US

Golden, CO, US

As a PhD student, I worked on a variety of projects, primarily focused on experimental protocol design and optimization, data analysis, and parameter sensitivity analysis. All work was completed in MATLAB.Projects:-optimized a study protocol to assess intrinsic periods in humans by investigating features that reduced errors in laboratory implementation.

Golden, CO, US

As the Lead Teaching Assistant, I was involved in coordinating aspects of the class for four sections of Differential Equations (~500 students each semester). I organized and planned review sessions, posted homeworks and solutions online, and acted as the intermediary between the course organizers and other Differential Equations TAs. Additionally, I.

Golden, CO, US

As a TA I graded weekly assignments, held recitations, graded exams, and worked in the Applied Mathematics and Statistics Learning Center as a tutor.Classes: three recitation sections of Differential Equations (~75 students each semester)

El Segundo, California, US

As an intern, I completed projects for multiple departments and clients over the course of a summer in the Modeling and Simulation department.

St. Mary's City, MD, US

As a senior in college, I was part of a team that designed optimal mirror surfaces for catadioptric sensors using mathematical models. To do this, we used calculus of variations to minimize both angular and areal distortions to create a mirror surface that produced the least distortion.This work was published in Applied Optics in 2014.Research funding: The.

St. Mary's City, MD, US

My responsibilities as a TA included grading homework and hosting weekly review sessions for students.Classes: Survey of Mathematics, Calculus 1, Calculus 2, Calculus 3, and Differential Equations

St. Mary's City, MD, US

Investigated winning strategies for combinatorial games.Program: Emerging Scholars Program (ESP) Research Experience for Undergraduates (REU)

Los Angeles, CA, US

My team implemented the level set method to model GPS visibility and Dilution of Precision (DOP) Regions for The Aerospace Corporation. As project manager, I led our team and was the primary point of contact with The Aerospace Corporation. This work was published in ION GPS/GNSS in 2014.Program: Research in Industrial Projects for Students (RIPS)Keywords.

East Lansing, MI, US

Our team approximated solutions to Laplace's equation at a point by simulating Brownian motion with random walks on circles and spheres.Program: Summer Undergraduate Research Institute in Experimental Mathematics (SURIEM) Research Experience for Undergraduates (REU)

Doctor Of Philosophy (Ph.D.), Computational And Applied Mathematics

Master Of Science - Ms, Computational And Applied Mathematics

Bachelor Of Arts - Ba, Mathematics

Study Abroad, Mathematics