Developing a scalable LMS designed to provide a seamless experience for video-based courses, mock tests, and subscription services. This platform will enable users to access courses across various devices, with features like difference statistics, secure content delivery, and real-time updates via WebSockets. A fully managed admin dashboard is being built to streamline course uploads and instructor tools.

My role involves architecting the backend using Django REST Framework, optimizing the PostgreSQL database for high-performance workloads, and handling efficient task processing with Celery, Redis as the message queue, and Vimeo/YouTube as the video server. Additionally, I integrated backend-relevant frontend functionalities using Next.js, including WebSocket implementation, user authentication, and integration of YouTube and Vimeo APIs.

I am also responsible for the full deployment process on DigitalOcean, using Docker to containerize the application and configuring Nginx and Gunicorn for optimized web server performance.

Developed two personal websites for clients as part of a paid contractual project. Both websites were built using Django for the backend and MySQL for data storage. They were deployed on shared hosting using cPanel, Apache, and mod_wsgi, ensuring efficient, cost-effective web hosting solutions for my clients.

An E-Commerce platform developed for the Hult Prize 2023 competition. I utilized Django for backend development, incorporating Django Templates and ORM for data handling. The frontend was designed using JavaScript, jQuery, HTML, CSS, and Bootstrap, ensuring a responsive and attractive user interface.

Designed and developed an engaging web application focused on learning and practicing tensor manipulation through interactive puzzle-solving challenges. This project was part of the CSE408: Software Development course, and it features a frontend developed with React JS and Tailwind CSS, while leveraging Django Rest Framework and ORM for the backend. Azure PostgreSQL was used as database. The deployment involved Azure Kubernetes Service (AKS), Azure Container Registry (ACR), and Azure Storage Account. Also established a CI/CD pipeline using GitHub Actions to streamline development and deployment processes.

Created a comprehensive culinary application as part of the CSE 326: Information System Design course. The backend was developed using Django Rest Framework, while the frontend was implemented with React JS and Tailwind CSS. The project required the design and development of detailed system diagrams, including BPMN, Mock UI, Class, ER, Sequence, Collaboration, and State diagrams to map out the system architecture and user interactions comprehensively.

As part of my Compiler course, I developed a compiler for a subset of the C programming language. The project was executed in three stages:

• Stage 1: Lexical Analysis - Used Flex to perform tokenization of the source code, converting the raw text into meaningful tokens.

• Stage 2: Semantic Analysis - Implemented semantic checks using Yacc to ensure the code adheres to language rules and standards.

• Stage 3: Intermediate Code Generation - Generated intermediate code that serves as a bridge between the source code and machine code, facilitating further optimization and compilation.

This project provided a comprehensive understanding of compiler design and implementation, utilizing tools such as Flex, Yacc, and C programming language.

In our Computer Architecture course, we undertook a series of assignments that involved designing and implementing key components of a 4-bit MIPS processor. The assignments were divided into three stages:

1. Arithmetic Logic Unit (ALU): I designed an ALU capable of performing a range of arithmetic and logical operations. The project involved both the simulation of the ALU and its hardware implementation.

2. Floating Point Adder (FPA): This assignment focused on creating a floating-point adder for precise arithmetic operations.

3. MIPS Processor: The final assignment was the integration of the ALU and FPA into a 4-bit MIPS processor. This required a deep understanding of the MIPS Instruction Set Architecture (ISA). The project culminated in both a simulated and hardware-implemented processor that could execute basic MIPS instructions.

These assignments provided hands-on experience in both the theoretical and practical aspects of processor design, from digital logic simulation to physical hardware implementation.

The project involved designing and programming a one-armed robot capable of autonomous crawling and obstacle avoidance. We utilized Reinforcement Learning to teach the robot how to crawl effectively and navigate around obstacles.

To bring this project to life, we integrated advanced technologies including sonar sensors for obstacle detection, Bluetooth for wireless communication, an SD card module for data storage, motors for movement, and an Arduino microcontroller to coordinate all operations seamlessly.

Developed a Learning Management System (LMS) similar to Udemy as part of a Database course term project. The system leverages Django along with Django templates, HTML, CSS, JavaScript, and Bootstrap for a cohesive user experience. Oracle was used as the database to manage course content, and the project emphasized complex database tasks including writing sophisticated triggers, PL/SQL scripts, and designing detailed Entity-Relationship Diagrams (ERD).

Developed a Java-based football management system as a term project for our Object-Oriented Programming course. This project was built using JavaFX for the graphical user interface and Java, Java Networking and Threading for multiplayer functionality, simulating the experience of managing a football team.

Created my own version of the classic Pacman game using the C programming language. This project was part of a university term assignment.

Developed a personal finance management application using the MERN stack to help users track and manage their daily income and expenses.

Developed a version of the Rapid Roll game purely out of curiosity using the C programming language.

Built a simple yet functional web calculator using HTML, CSS, and Vanilla JavaScript. This project was undertaken to learn and practice.