NeoScreenix - Breast Cancer Detection

AI-powered early breast cancer detection system - JHU 2025 Global Champion

NeoScreenix: AI-Powered Breast Cancer Detection

🏆 Global Champion at Johns Hopkins Healthcare Design Competition 2025

Project Overview

NeoScreenix is an innovative health-tech solution that combines semi-supervised learning with multimodal data integration for early breast cancer detection. The project has evolved into PinkLifeLine, a startup funded by the Bangladesh National ICT Division.

Key Features

  • Semi-Supervised Learning: Leveraging both labeled and unlabeled data for robust classification
  • Multimodal Integration: Combining multiple data sources for comprehensive analysis
  • Demographic Analysis: Comparative studies across diverse population groups
  • Contextualized Vision Pipelines: Advanced computer vision techniques for medical imaging

Achievements

🏆 Global Champion - Johns Hopkins Healthcare Design Competition 2025
🚀 Startup Founded - PinkLifeLine (Co-Founder & Head of Research)
💰 Funding - Bangladesh National ICT Division
🤝 Partnerships:

📰 Media Coverage: Featured in Daily Star, TBS News, UNB News

Technical Implementation

  • Machine Learning: Deep learning models optimized for medical imaging
  • Data Pipeline: Built and leading ML clinical data pipelines & screening workflows
  • Medical Network: Coordinating 50+ medical professionals for validation and deployment
  • Accessibility: Focused on making advanced screening accessible in resource-limited settings

Research Publications

NSyS 2024: “Breast Cancer Detection Using Semi-Supervised Learning: Multimodal Data Integration and Comparative Demographic Analysis” (Accepted as Poster)

Impact

The project aims to revolutionize early breast cancer detection, particularly in underserved communities, by combining cutting-edge AI with practical healthcare delivery systems.

Supervisor: Prof. Dr. M. Sohel Rahman, BUET


PinkLifeLine is committed to making breast cancer screening accessible, affordable, and accurate for women worldwide.

References