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[ Case Study ]

TBC Detector

AI-powered tuberculosis screening from chest X-rays using EfficientNetB0 transfer learning with a full-stack web interface.

Trained an EfficientNetB0 transfer learning model on chest X-ray data with threshold tuning for high sensitivity, served via FastAPI with a React frontend and Docker Compose orchestration.

Client
Independent / Academic
Role / Category
Project Contributor, Proposal and Development
Machine Learning · Web Application
Year
2025
Status
Academic Final Project · Self-developed
Technology:
PythonTensorFlowEfficientNetB0FastAPIReactDocker Compose
01

Core Problem

Tuberculosis screening from chest X-rays requires expert radiologist review, which is slow and resource-intensive in under-resourced settings.

02

Solution

Trained an EfficientNetB0 transfer learning model on chest X-ray data with threshold tuning for high sensitivity, served via FastAPI with a React frontend and Docker Compose orchestration.

03

Outcome

Achieved approximately 98.4% validation accuracy. Delivered a complete academic project demonstrating applied deep learning in a medical screening context.