Led a team to develop a dynamic and interactive TA Management website using HTML, PHP, and JavaScript for the McGill School of Computer Science competition, winning first place.
In this Project we tested several machine learning models to detect deep fake videos
Object Oriented Programming
For a class project, created a well-designed, well documented software for Event Brite, the event management and ticketing website.
- Built a real world database application on managing the Covid Vaccination.
- Designed an Entity Relationship (ER) diagram forming relations between multiple entity which include: Nurses, Vaccine type, Vaccine, Slots, Hospital, patient based on priority, location etc.
- Built a SQL database schema and DDLs and wrote SQL code on DB2 to successfully store the entire database entries and perform suitable actions.
- Finally, built a mini frontend on Java, for the hospital to instantiate the vaccination process.
- Created a basic shell memory which takes multiple commands including “exec” and built a shell memory that stores values which are used later by multiple other commands
- Created a fully working kernel and process execution which allowed up to three files to run simultaneously using the “exec” command assigning a specific quanta to each program.
- Built PCBs, single core CPU and Ram for the execution of these files, as well as OS Boot sequence, backing store and the memory manager for the operating system
Data Science and Data Structures
- In a project-based course leading two fellow developers, verified the authenticity of the 2020 US elections by utilizing the reddit API to collect posts from the subreddits: r/politics and r/conservative using Python's Request library and compiled the analysis in professional data science report.
- Demonstrated knowledge of dynamic programming using Java to develop a script that utilized min profit max weight Knapsack to calculate the minimum number of people Biden had to convince in order to win the US elections.
Built a custom 13 layered CNN model to classify a noisy MNIST dataset comprised of letters and digits achieved an accuracy of 94.85% using Keras.
- Developed a program using Python's Pandas and Request libraries to analyze the TV show “My Little Pony” that emphasized on the significance of each pony on the show.
- Enhanced the script to compute the word count for each pony for all the episodes and calculate the words for each pony which had the maximum TF-IDF scores
- Tested the program using UnitTest to ensure the required results is as per requirement.
Developed a program that automated a playlist creation based on user's selected/favorite artists, using Python's Request library to access Spotify's API and a Spotify Library