Academic practice repository for MATLAB-based numerical and mathematical computing
This repository contains my MATLAB practice work, developed as part of
my undergraduate engineering coursework.
It serves as an academic archive for MATLAB programs written to understand and apply
mathematical concepts through computational methods.
The repository is maintained as a continuously evolving collection of academic practice and will be updated as new topics are covered during the semester.
- Language / Platform: MATLAB
- Semester: Second Semester (Current)
- Level: Undergraduate
- Purpose: Academic learning, numerical computation, and concept implementation
The focus of this repository is on strengthening mathematical problem-solving skills using MATLAB as a computational tool.
This repository supports coursework involving MATLAB-based implementation of engineering and mathematical concepts, including:
- Matrix operations and linear algebra
- Solving systems of linear equations
- Numerical methods
- Function plotting and visualization
- Differential equations (introductory level)
- Logical and conditional programming in MATLAB
- Script and function-based programming
Through this coursework and practice, I aim to:
- Gain proficiency in MATLAB syntax and environment
- Apply mathematical concepts using computational techniques
- Visualize mathematical functions and data effectively
- Develop structured problem-solving approaches
- Strengthen understanding of engineering mathematics through programming
- MATLAB
- MATLAB Online / Desktop Environment
- Operating System: Windows / Linux
- Version Control: Git & GitHub
- This repository is intended strictly for academic coursework and practice.
- Programs are written with emphasis on clarity and understanding, not optimization.
- The repository content will be updated continuously throughout the semester.
- File organization and implementations may evolve as the course progresses.
This project is licensed under the MIT License.
Copyright (c) 2026
Krish Singh
📌 This repository represents my academic practice and learning using MATLAB across multiple semesters.