Ph.D., Physics. Oklahoma State University. 2017-2022
B.S., Mathematics. Oklahoma State University. 2013-2017
B.S., Physics. Oklahoma State University. 2013-2017
Work experience
Education
Adjunct Professor
Developed online labs within 3 month for the online version of
General Physics 1.
Teaching assistant
Taught labs for Physics 1 and graded lab reports
Taught the discussion section of the course to help students with
problem solving
Graded exams and homework for general physics courses
Research
Research assistant
Did research under Dr. Donna Bandy
Developed techniques to investigate nonlinear systems in an
experimentally viable way
Wrote programs in Mathematica to theoretically test a laser with
injected signal model
Trained new research assistants to use Mathematica and the proper
way to collect and present the data
Performed troubleshooting on the programs during the transition to
the OSU supercomputer PETE.
I-CORPS Regional
Participant in NSF Southwest Regional I-CORPS IdeaLaunch Virtual
program learning how to construct a business model canvas and how to
interview potential customers for a start up company.
Computing
Programming
R, Matlab/GNU Octave, bash/shell, some superficial knowledge of C,
common LISP and Haskel; markup languages including LaTeX, Markdown , R
Markdown.
Coding projects
Developed Mathematica code for research
Designed Lab simulations in Unity
Built the project repository for Bandy L.L.C. on GitLab
Technical Skills
RStudio, Blender, Word, Excel, GIMP, pandoc, Mathematica, Unity.
Publications
Dissertation
“A Power-Shift Method to Control Nonlinear Systems” Oklahoma State
University, July 2022, under Professor Donna Bandy.
Journal Articles
“Characteristics of coexisting attractors and ghost orbiting in
an optomechanical microresonator” Chaos, April 2024
“Experimentally Viable Techniques for Accessing Coexisting
Attractors Correlated with Lyapunov Exponents” Applied Sciences, October
2021
“Shifts in control parameter dynamically access individual
attractors in a multistable system” Nonlinear Dynamics, July
2021
“Predicting attractor characteristics using Lyapunov exponents in
a laser with injected signal” Chaos, January 2021