Skill

Numerical methods

Related work and learning, in one place.

Experience

Teaching Assistant, Computational Physics
UMBC — Department of Physics · Jan 2019 – May 2019
Spring 2019 appointment for Introduction to Computational Physics (PHYS 220).
Teaching Assistant, Computational Physics
UMBC — Department of Physics · Jan 2018 – May 2018
Spring 2018 appointment for Introduction to Computational Physics (PHYS 220).
Computational physics teaching materials
My 2018 computational-physics teaching solutions implement trapezoidal and Simpson integration, bisection and Newton root finding, interpolation and linear regression in Python.

Mathematics and MATLAB at FCC
I completed linear algebra, multivariable calculus, differential equations and MATLAB. My saved MATLAB project includes functions for tolerance-based numerical integration and exponential growth and decay calculations.
Computational physics at UMBC
I completed computational physics in 2017, before returning as a teaching assistant in 2018 and 2019.