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AI Enthusiast Driving Data Innovation

I'm passionate about harnessing AI to transform data extraction and insights. Let's innovate together!

Work samples

Dive into my portfolio showcasing AI-driven projects in data extraction and insights that aim to make a difference.

  • Pfizer Advanced: AI-Powered Document Insights & Data Extraction Externship
    Pfizer Advanced: AI-Powered Document Insights & Data Extraction Externship
    Pfizer logo

    Pfizer · Sep 2026 · ✅ Verified by Extern

    Pfizer Advanced: AI-Powered Document Insights & Data Extraction Externship

    Prototype AI-powered document intelligence with Pfizer—using OCR, LLMs, and RAG to automate real enterprise PDF workflows and build a standout portfolio project.

    AI & MLPythonDocument IntelligencePresentation Skills
  • Mini Amazon - Cart & Order Backend System
    Mini Amazon - Cart & Order Backend System

    Designed and implemented a transactional e-commerce backend over a 1,000+ product PostgreSQL database, supporting 50+ concurrent checkout simulations without failure. Built 10+ RESTful API endpoints for cart, checkout, and order management, achieving full multi-step purchase workflows with < 200ms average query latency through indexed queries and optimized joins. Implemented atomic transaction logic for inventory updates and balance transfers and reduced relational schema from 6 to 4 tables while preserving historical prices.

    PythonFlaskPostgreSQLPoetryJinja2HTML5CSS3JavaScript

About me

I'm passionate about harnessing AI to transform data extraction and insights. Let's innovate together!

I am currently engaged in an externship with Pfizer, focusing on AI-powered document insights and data extraction. This experience allows me to refine my skills in leveraging technology to enhance data handling and analysis.

Externships

Wayfair n8n AI Agent Engineering Externship

Wayfair

Experience

Internship - Frontend Developer & Product Designer

Liberata · Aug 2025 - Present

Education

Duke University (Durham, North Carolina, USA)

Bachelors of Science. Computation and Design, Computer Science (DKU) · Class of 2025

Duke Kunshan University (Kunshan, Jiangsu, China)

Bachelors of Science. Computation and Design, Computer Science (DKU) · Class of 2027

Skills

AIData ExtractionData AnalysisDocument InsightsTechnology Innovation

✅ Verified by Extern

Pfizer Advanced: AI-Powered Document Insights & Data Extraction Externship

Prototype AI-powered document intelligence with Pfizer—using OCR, LLMs, and RAG to automate real enterprise PDF workflows and build a standout portfolio project.

AI & MLPythonDocument IntelligencePresentation Skills

Overview

The work examined how AI ingests and extracts data from pharmaceutical documents, combining OCR, computer vision, and LLM mechanics. Deliverables included a technical summary of LLM internals, runnable Python notebooks for data cleaning and image preprocessing, PyMuPDF-based extraction pipelines that produced structured field records, and an OCR comparison that identified the most accurate engine.

Pfizer Advanced: AI-Powered Document Insights & Data Extraction Externship

What I've accomplished

I produced Python notebooks and extraction examples that documented LLM internals, implemented image preprocessing for OCR, extracted word-level text and bounding boxes with PyMuPDF, applied heuristics to produce structured field records, and compared Tesseract, PaddleOCR, and EasyOCR.

Project breakdown

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Mini Amazon - Cart & Order Backend System

Designed and implemented a transactional e-commerce backend over a 1,000+ product PostgreSQL database, supporting 50+ concurrent checkout simulations without failure. Built 10+ RESTful API endpoints for cart, checkout, and order management, achieving full multi-step purchase workflows with < 200ms average query latency through indexed queries and optimized joins. Implemented atomic transaction logic for inventory updates and balance transfers and reduced relational schema from 6 to 4 tables while preserving historical prices.

PythonFlaskPostgreSQLPoetryJinja2HTML5CSS3JavaScript
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Sign Language Recognition

Investigated trade-offs between transfer learning and task-specific modeling by fine-tuning a pre-trained TGCN and comparing with a custom 1D-CNN. Achieved 55.05% accuracy (F1: 0.87) on a 5-class dataset by training a 1D-CNN on 100+ labeled videos using MediaPipe keypoints. Reduced inference latency to 20.33ms/sample by fine-tuning a TGCN and benchmarked models performing error analysis.

MediaPipePyTorchTensorFlowKerasScikit-learnNumPyMatplotlibPython
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