Projects
Selected work
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2026 · Cloud · Machine Learning · Featured
Predicting Workload Instability in Cloud VMs
Solo project · M.S. AI, UT Austin
Forecasts whether a cloud VM will exceed 85% CPU within 15 minutes using workload telemetry. A Random Forest achieved 0.964 F1, with SHAP analysis identifying recent CPU peaks as the strongest predictors.
- 99.66% Accuracy
- 0.9999 ROC AUC
- 0.964 F1
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2026 · Oracle Cloud · FinOps · Featured
OCI Right-Sizer — Compute Rightsizing with Operator Control
Cloud engineering · Tool development
A Python CLI that turns OCI compute inventory and utilization telemetry into sizing recommendations and estimated cost differences. Operators review and approve changes, with live configuration checks before execution.
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2025 · Medical Imaging · Deep Learning · Featured
Improved Pneumothorax Classification using DCGAN Augmentation
Solo project · M.S. AI, UT Austin
Explores DCGAN-generated chest X-rays for balancing SIIM training data. A fine-tuned ResNet-18 reached 98.6% training accuracy; Grad-CAM and t-SNE visualizations help inspect model attention and learned representations.
- 98.60% Train Accuracy
- 1.000 ROC AUC
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2025 · NLP · Transformers
Mitigating Answer-Length Bias in Fine-Tuned ELECTRA
Solo project · M.S. AI, UT Austin
Evaluates ELECTRA-small on SNLI and SQuAD, revealing lower exact-match scores for answers of six or more tokens. Oversampling improves long-answer F1 from 78.4% to 80.3%, with a trade-off in overall performance.
- 90% SNLI Accuracy
- 85.9% SQuAD F1
- 78.1% SQuAD EM
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2023 · Accessibility · Computer Vision
Eye Gazer — Webcam Accessibility Platform
Accessibility · Machine Learning
A browser-based communication board that uses webcam gaze tracking to let people with speech or mobility impairments select tiles and compose messages without specialized eye-tracking hardware.
- Webcam-only Hardware
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2020 · Consulting · Data Analysis
Consulting Capstone with PEAK6 Investments
MAP Consulting · B.B.A., Michigan Ross
Built R analysis tools to evaluate growth and early-stage investments during a Michigan Ross MAP engagement with PEAK6. Delivered findings and due-diligence recommendations to firm executives.