Georgia Tech Vertically Integrated Project: EcoCar EV Challenge

Project Managment Team

• Directed project and task management for 6 multi-functional teams, driving sustainable development of the Cadillac LYRIQ for AVTC (Advanced Vehicle Technology Competition).
  
• Implemented risk management strategies, identifying potential project risks and mitigating them to ensure smooth and timely execution.
  
• Delivered concise and data-driven progress reports to faculty advisors and competition officials, facilitating informed decision-making.
  
• Streamlined cross-team communication and collaboration, improving efficiency and alignment on complex vehicle engineering and technology integration tasks.
  
• Oversaw the development of project timelines and resource allocation, optimizing team performance and ensuring adherence to competition due and goals.

Georgia Tech Vertically Integrated Project: Active Safety for Autonomous and Semiautonomous Vehicles

Autorally Team

• Optimized the execution and visualization of 12 race simulation scripts in a Python-based robot planning environment, enhancing performance and accuracy.
  
• Configured multi-vehicle racing by enabling data exchange between vehicles under Model Predictive Path Integral (MPPI) control, ensuring synchronized vehicle interactions.
  
• Developed 3D models of vehicles and tracks using Unity Engine, and implemented simulations by integrating Unity with the Robot Operating System (ROS) for seamless visualization.
  
• Conducted an in-depth literature review of active safety systems for autonomous and semi-autonomous vehicles, identifying key trends and technologies.
  
• Collaborated with interdisciplinary teams of undergraduate and graduate students to design and develop innovative active safety systems for autonomous vehicles.

Georgia Tech Solar Racing

Strategy & Simulation Team

• Engineered a Python simulation program that utilized 100+ real-time data points to accurately predict battery performance and overall car efficiency during competitive solar races.
  
• Enhanced the efficiency of the simulation program by optimizing source code and algorithms, significantly improving predictive capabilities and race preparation.
  
• Developed simulation models to test alternative race strategies, helping the team assess potential outcomes and select the most efficient race plans.
  
• Conducted detailed analyses of simulation outputs, providing actionable insights that contributed to continuous improvements in solar car performance.
  
• Collaborated with cross-functional teams, including electrical and mechanical engineers, to design and implement optimized strategies for maximizing solar car performance.

Airline Management System Database Development Project: SAMS

• Designed and developed relational database schemas based on Enhanced Entity-Relationship Diagrams (EERD) for data integration and scalability.
  
• Engineered complex SQL views, queries, and transactions to enhance data management processes, ensuring data integrity.
  
• Implemented advanced SQL features to support core functionalities such as ticket booking, seat assignment verification, and customer management.
  
• Optimized database performance through query tuning and indexing strategies, while improving system reliability for users.
  
• Collaborated with team members for 4 to conduct extensive testing and troubleshooting, ensuring the database met performance, reliability, and scalability requirements.

Machine Learning Project:

Movie Revenue Prediction with Advanced Data Analytics and Machine Learning

• Developed a machine learning model in Python to predict box office revenues using 30 years of historical feature data, achieving an R² score of 70.90%.
  
• Evaluated over 10 different models using performance metrics and visualizations, optimizing the most accurate model for revenue prediction.
  
• Discovered that the RandomForestRegressor was the best-performing model, delivering the highest accuracy in revenue prediction based on key performance metrics.
  
• Performed feature engineering, including data transformation, selection, and creation of variables, to capture trends and enhance the model’s predictive power and accuracy.
  
• Conducted benchmarking to assess model performance against industry standards and ensure competitive predictive accuracy.

ANDROID Mobile Game Development PROJECT: Turtler!

• Developed an Android-based mobile game, Turtler!, collaborating with developers and designers to deliver a polished gaming experience for users.
  
• Led the development of backend algorithms and optimized game mechanics using Java, ensuring smooth gameplay and enhanced user engagement.
  
• Developed and executed comprehensive testing cases to identify and resolve bugs, ensuring the game’s stability and performance across different devices.
  
• Designed and implemented technical diagrams, including Sequence Diagrams and Design Class Diagrams, to guide development and clarify system architecture.
  
• Utilized Git for version control, following agile methodology and sprint cycles to ensure efficient and iterative progress throughout the project lifecycle.

ANDROID Mobile APPLICATION Development PROJECT: JOBTIME SAVER!

• Developed and published an Android application, JobTime Saver, which algorithmically generates cover letters, e-signatures, and provides job application assistance features, available on Google Play.
  
• Utilized Android Studio along with Java and XML to build the application's core functionality and design a user-friendly interface.
  
• Ensured full compliance with Google Play Store guidelines and regulations for smooth publishing and maintenance of the app on the platform.
  
• Conducted comprehensive integration testing to guarantee seamless interaction between different modules and components, ensuring a reliable user experience.
  
• Implemented app updates post-launch, responding to user feedback and enhancing the app's performance and functionality.

Georgia Tech Personal Health Informatics Project: SNAPSHOT!

• Designed a mobile application using Figma for individuals to track and manage burnout levels, focusing on intuitive user interfaces and engaging visual design.
  
• Conducted research on human-computer interaction (HCI) within the personal health informatics domain, applying findings to create innovative and user-friendly models.
  
• Performed user studies to assess the application's effectiveness and usability, gathering valuable feedback to refine features and improve overall user experience.
  
• Employed development methodologies to iteratively enhance the application, incorporating user feedback to meet evolving needs.
  
• Integrated real-time data analytics to help users visualize trends in their burnout levels, offering personalized insights for better self-management.

PERSONAL WEBSITE DEVELOPMENT PROJECT

• Designed, developed, and deployed a personal website on a hosting platform, ensuring ongoing updates and maintenance for optimal performance.
• Created a site map and wireframes to strategically plan the website’s structure, layout, and navigation for a seamless user experience.
  
• Integrated multimedia elements, including images, videos, and project showcases, to enhance the site’s visual appeal and effectively present personal work samples.
  
• Tested the website’s functionality across various devices and browsers, gathering feedback and making necessary adjustments to improve usability and performance.
  
• Optimized the website for mobile responsiveness and search engine performance, ensuring a professional and accessible online presence.