Engaged in a three-phase project-based curriculum covering the fundamentals of shuttle mechanics, orbital mechanics, and aerodynamics
Collaborating in the design and simulation of model rockets using OpenRocket, Autodesk Fusion 360, RocketModeler III, and ISS Docking Simulator
Involved in 3D printing rocket components, rocket assembly, and performance predictions, with plans to participate in a final launch event at the end of the semester
Supported fellow team members by sharing best practices and collaborating on projects aimed at enhancing overall member experience.
Developed strong relationships with members through active listening skills, understanding their needs, and offering tailored solutions when appropriate.
Assisted in maintaining a clean, organized facility that met safety standards while creating an inviting environment for members.
Participated in ongoing professional development opportunities to stay current on industry trends and enhance skills within the role.
Representative
Student-Athlete Advisory Committee (SAAC)
08.2024 - Current
Represent the William and Mary women's cross-country team, voicing team concerns and ideas to enhance the student-athlete experience
Collaborate with members of various athletic teams to organize events and lead community service initiatives, advocating for student-athlete welfare and engagement
Undergraduate Researcher
Quantum Optics Lab
08.2023 - Current
Worked closely with a professor to develop a Smart Adaptive Imaging algorithm using optimization methods and Gaussian regression processes
Implemented the algorithm in Python, showcasing strong programming skills and attention to detail
Demonstrated adaptability and a commitment to continuous learning by mastering new coding techniques throughout the project
NCAA Division 1 Scholarship Field Student-Athlete
College of William and Mary Track and Field
08.2022 - Current
Developed strong collaboration and teamwork skills by working closely with teammates and coaches to achieve collective goals
Honed exceptional time management skills by dedicating 14+ hours weekly to practice, competitions, and team commitments while balancing academics and other responsibilities
Undergraduate Researcher
Quantum Optics Lab
06.2024 - 08.2024
Assisted on a project focused on Rydberg electric field sensing to detect electron beams using shifts in EIT transmission peaks
Applied advanced data analysis techniques to enhance the precision of electric field measurements
Collaborated with my research group employing trial and error to overcome challenges in electric field mapping and improve the reliability of Rydberg atom-based sensing technologies
Gained hands-on experience in an optics lab, learning to operate specialized equipment essential for conducting high-precision experiments
Education
Bachelor of Science - Physics Engineering Physics and Applied Design
College of William And Mary
Williamsburg
05.2026
Skills
Python
MATLAB
Autodesk Fusion 360
Microsoft Office
Excel
Word
PowerPoint
Circuit design
Optical measurements
Microcontroller programming
Leadership Experience
College of William and Mary Track and Field, NCAA Division 1 Scholarship Field Student-Athlete, 08/22, Present, Developed strong collaboration and teamwork skills by working closely with teammates and coaches to achieve collective goals., Honed exceptional time management skills by dedicating 14+ hours weekly to practice, competitions, and team commitments while balancing academics and other responsibilities.
Student-Athlete Advisory Committee (SAAC), Representative, 08/24, Present, Represent the William and Mary women's cross-country team, voicing team concerns and ideas to enhance the student-athlete experience., Collaborate with members of various athletic teams to organize events and lead community service initiatives, advocating for student-athlete welfare and engagement.
Research
Undergraduate Researcher, Quantum Optics Lab, 08/23, Present, Compressed Sensing Algorithm, 08/23, 05/24, Worked closely with a professor to develop a Smart Adaptive Imaging algorithm using optimization methods and Gaussian regression processes., Implemented the algorithm in Python, showcasing strong programming skills and attention to detail., Demonstrated adaptability and a commitment to continuous learning by mastering new coding techniques throughout the project., Rydberg Quantum Enhanced Tracker, 06/24, 08/24, Assisted on a project focused on Rydberg electric field sensing to detect electron beams using shifts in EIT transmission peaks., Applied advanced data analysis techniques to enhance the precision of electric field measurements., Collaborated with my research group employing trial and error to overcome challenges in electric field mapping and improve the reliability of Rydberg atom-based sensing technologies., Gained hands-on experience in an optics lab, learning to operate specialized equipment essential for conducting high-precision experiments.
Extracurricular Activities
William and Mary Rocket Club, Member, 09/24, Present, Engaged in a three-phase project-based curriculum covering the fundamentals of shuttle mechanics, orbital mechanics, and aerodynamics., Collaborating in the design and simulation of model rockets using OpenRocket, Autodesk Fusion 360, RocketModeler III, and ISS Docking Simulator., Involved in 3D printing rocket components, rocket assembly, and performance predictions, with plans to participate in a final launch event at the end of the semester.
Hobbies and Interests
Music (piano and guitar)
Reading
Rock climbing
Timeline
Member
William and Mary Rocket Club
09.2024 - Current
Representative
Student-Athlete Advisory Committee (SAAC)
08.2024 - Current
Undergraduate Researcher
Quantum Optics Lab
06.2024 - 08.2024
Undergraduate Researcher
Quantum Optics Lab
08.2023 - Current
NCAA Division 1 Scholarship Field Student-Athlete
College of William and Mary Track and Field
08.2022 - Current
Researcher
Bachelor of Science - Physics Engineering Physics and Applied Design