LSTM & Transformer Implementation
Implementation of LSTM and Transformer models for deep learning applications. Features advanced neural network architectures with attention mechanisms and sequential processing capabilities.
Texas A&M MS Computer Engineering (in progress, Summer 2025) and BS Computer Science (May 2026). I build reliable systems, developer tooling, and expressive UI with strong fundamentals in ML and optimization.
Hands-on work spanning ML, systems, and developer tools.
Implementation of LSTM and Transformer models for deep learning applications. Features advanced neural network architectures with attention mechanisms and sequential processing capabilities.
Convolutional Neural Network implementation for computer vision tasks. Includes image classification, feature extraction, and deep learning model training capabilities.
Support Vector Machine implementation with kernel methods for classification and regression tasks. Features optimization algorithms and hyperparameter tuning capabilities.
Decision Tree implementation specifically designed for banking data analysis. Includes feature selection, pruning techniques, and financial data preprocessing capabilities.
Iron Mountain — Software Engineer (May 2023 – Aug 2023, Remote)
Texas A&M University — College Station, TX
Dual-degree student (BS Computer Science, MS Computer Engineering) at Texas A&M University with a minor in Mathematics and recognition as a Distinguished Student by the Dean of Engineering.
Professional experience includes developing enterprise-scale automation and analytics platforms at Iron Mountain, directly reducing onboarding time by 99.3% for various clients including Fortune 500 companies.
My projects primarily focus on machine learning systems that bridge theory with implementation. I have built regression models, SVMs, and neural networks entirely from first principles, and extended this work to advanced architectures such as LSTMs and Transformers for sentiment classification on large datasets.
Actively seeking opportunities in machine learning and software engineering to contribute to mission-driven teams solving complex, data-intensive problems.