Computational Physics II provides an introduction to computational physics, aimed at students with basic knowledge of linear algebra, analysis, functional analysis, ODEs, PDEs, mechanics, electro-dynamics, etc. The course focuses on fundamental algorithms presented in a simple way, with discussions on error, stability, and convergence, and requires students to implement their own solutions to basic problems. See full syllabus below.

Computational Physics III is a first course on the numerical solution of partial differential equations (PDEs) and the related boundary-initial value problems. See full syllabus below.