ML & AIFeatured

Automated Microscope for TB Detection

Designed an automated microscope system to detect Mycobacterium Tuberculosis using high-resolution imaging and deep learning. Integrated CNN models with precise imaging for enhanced medical diagnostics.

Role
Lead ML Engineer
Duration
12 months
Client
Air University (Master's Thesis)

The Challenge

Manual TB sputum smear microscopy is slow and error-prone, requiring trained lab technicians to examine slides for hours. Misdiagnosis rates in developing countries can exceed 20%.

Approach & Solution

Designed a custom automated microscope system that captures high-resolution sputum smear images and processes them through a deep CNN pipeline. Built the imaging hardware integration, trained models on thousands of labeled microscopy images, and optimized inference for real-time detection.

Results & Impact

  • Achieved 95%+ detection accuracy on test datasets
  • Reduced slide analysis time from 30+ minutes to under 2 minutes
  • Published as Master's thesis at Air University
  • System capable of processing 50+ slides per hour vs 3-4 manually

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