Sara Branson Email & Phone Number

- Leading open-ended research on forecasting promotions for a new project, achieving a 23% performance improvement for groups of promoted items- - Presented these research findings at INFORMs Annual Meeting 2024- - Patent pending on data aggregation technique that improved performance- Led two early product launches, meeting key milestones for our.

Denver, Colorado, United States

- Collaborated with a small team to develop a forecaster for a new $3M product, successfully delivered to our first customer- Led and supported four new product launches for the first distribution center product, consistently meeting targets three days ahead of schedule- Researched and implemented forecaster improvements that boosted accuracy by over 50%.

- Developed and deployed a deep learning multi-quantile architecture across six customer projects, achieving a 3% reduction in error, a 20% decrease in training time, and over 50% reduction in memory usage- Conducted extensive exploratory data analyses to assess forecaster performance, focusing on forecast volatility and holiday performance

- Conducted experiments with a global cross-customer model, achieving up to a 15% improvement in forecasting accuracy for customers with limited data

- Designed and simulated a novel ion trap for researching quantum jumps such that light collection was increased by more than 30%- Reassembled an ion trap and ultra-high vacuum system to improve trapping ability- Led a team of two students in creating simulations of the novel ion trap- Simulated various ion traps using Python to study trapping depths and.

Seattle, Washington, United States

- Taught mechanics, electromagnetism, electric circuits laboratory and modern physics laboratory, teaching over 100 students each quarter- Tutored more than 15 students a week 1:1 in the tutoring center

Madison, Wisconsin Area

- Simulated variations of a neutrino detector using C, leading to understanding of the ways different detector casings effected background noise- Created a dilution refrigerator geometry to be used in the neutrino detector simulations using C and Geant

Aarhus, Denmark

- Remastered a laser with a new laser diode, collimating lens and diffraction grating, and set up the optics to transport the laser light to another room using a fiber optics cable- Calculated the Zeeman energy levels of MgH+ using Python packages such as numpy and scipy, prior to taking any quantum mechanics course, to be tested in future spectroscopy in.

Master Of Science - Ms, Physics

Activities and Societies: Peer Mentor, Graduate Teaching Assistant, Graduate Research Assistant

Bachelor Of Science (B.S.), Physics, Astronomy And Physics, Scandinavian Studies

Activities and Societies: Treasurer of Astronomy Club, President of the Equestrian Team