Low-level programming is at the heart of system software development, device drivers, embedded systems, and more. we explore concepts like memory management, assembly language, and hardware interaction.

A minimalist command-line interpreter. It provides a basic interface for users to interact with their computer, allowing them to execute commands, navigate the file system, and manage processes. This project demonstrates fundamental principles of system programming, and serves as a foundation for building more advanced shell applications.

This showcases various sorting algorithms implemented in the C. Sorting algorithms are fundamental tools in computer science, used to arrange data in a specific order. In this project, we explore different sorting techniques. Understanding these algorithms is crucial for optimizing data processing and problem-solving in C.

Printf is a core C library function that allows for formatted output, making it a crucial tool for displaying information to the user. By studying and implementing printf, developers can gain insights into string formatting, variable arguments, and low-level I/O, improving their understanding of C and programming in general.

A Software engineer

This repository explores the synergy between system engineering and DevOps. It focuses on combining system design and DevOps practices to optimize software delivery, automation, and reliability.

This repository is your gateway to the world of compilers. Dive into the complexities of transforming high-level programming code into machine-readable instructions. Learn about lexical analysis, parsing, and code generation as you explore the art of compilation

This repository is your guide to building web applications with Django, a high-level Python web framework. With Django, you can quickly create feature-rich, scalable web apps, leveraging Python's power. Explore this project to discover the world of web development using Django and Python3, and start building web applications efficiently.

This repository explores the implementation of two fundamental data structures in C. Stacks are used for managing data with a last-in-first-out approach, while queues operate with a first-in-first-out strategy. Understanding and utilizing these data structures is essential for efficient algorithm design and data management in C programming.

This repository contains code and algorithms for working with binary trees, including creation, traversal, and various tree operations. It serves as a resource for learning and implementing binary tree data structures in C programming language which could be adapted to any language of choice.