This repository contains all the lab assignments done in the CSE330 course of BracU

🚀 Solve the time-dependent Schrodinger equation in unbounded domain

Demonstrate methods to improve accuracy of pricing options with binomial trees

BRACU CSE330 Lab Solves

Code to calculate the order of convergence, GCI index and asymptotic range using the theory of Richardson

This code encompasses a simple strategy, a symmetric high-order interpolation of the correction term, for completing the higher-order solution on the fine grid.

A simple code to perform Richardson Extrapolation

This repository includes the Python Lab Assignments from my CSE330: Numerical Methods course at the School of Data and Sciences of BRAC University, Dhaka, Bangladesh.

Here is a repo linked to a potential article about implementation of a modern version of the Guiggiani algorithm based on 1) Richardson extrapolation for the Laurent expansion, and 2) Duffy coordinates for good quadrature

Explore the foundations of scientific computing with this collection of Jupyter notebooks on numerical methods. This repository covers key topics—from solving linear/nonlinear systems to polynomial interpolation and numerical differentiation—with from-scratch Python implementations.