Mishal Siddiqui

Bachelors of Science, Major in Computer Science

University of Houston - Expected : May 2025 - Relevant Coursework: Data Structures, Computer Architecture and Organization, Algorithms & Data Structures, and Fundamentals of Operating Systems.

Personal Website Portfolio Open Source Project

• I designed and implemented an open-source personal website portfolio project with the vision of making it a widely adopted NPM package. Crafted using React, this dynamic portfolio showcases my skills and achievements. To ensure robust code quality, I implemented comprehensive test coverage using Enzyme and Jest, achieving a flawless 100% coverage as tracked by Coveralls. The project adheres to stringent coding standards and linting practices through ESLint and Prettier. Continuous integration and deployment are seamlessly managed through Travis CI, guaranteeing a streamlined and efficient development process. This endeavor not only highlights my technical proficiency but also exemplifies my commitment to delivering high-quality, accessible tools for the community.

Maze Generator, Capstone Project

• I independently developed a dynamic maze generator in C++, leveraging sophisticated Huffman coding techniques. This project not only produced intricate mazes but also featured optimized storage solutions and intricate algorithmic complexities. Throughout the development process, I deepened my coding expertise, exploring the nuances of algorithm design and optimization. This project serves as a testament to my commitment to pushing the boundaries of maze generation and algorithmic exploration

Sparse Matrices, Capstone Project: 

• I coded a Sparse Matrix in C++. Responsible for creating the header row and column, serving as the entry point for accessing the rows and columns. Reading the size of the array and the values to store in the matrix. Overall, this project aimed to implement an efficient sparse matrix representation by leveraging a linked matrix structure with doubly-linked nodes, allowing for optimized storage and retrieval of non-zero values.

Crypt-Analysis Genetic Algorithm

• Amidst the challenges of COVID, I immersed myself in the crypto world, developing a Crypt-Analysis Genetic Algorithm project. Leveraging Java, I engineered a sophisticated genetic algorithm where I developed an innovative method for visualizing shareholder activities over time.. outcomes of this project were meticulously documented in a comprehensive report formatted to IEEE-formatted report, delving into advanced coding methodologies, algorithmic intricacies, and optimization strategies.

University of Houston

• Computer Science Girls (CSGirls), Member, [2023] Collaborated with a team of like-minded individuals in a dynamic coding club focused on fostering a passion for technology and programming.
• CodeRED, Member, [2023] Achieved 2nd place in microsoft AI gaming hackathon.

Felids of Interest: Algorithms, Advanced Data Structures, Artificial intelligence, Database Systems.

Technical Skills: C and C++, JavaScript, Python, HTML and SQL.