Deep Learning Model for Nanoparticle Detection

Overview

We’re building an AI-based system to detect nanoparticles in microscopy images, aimed at accelerating research in material science and nanotech. The core is a custom Variational Autoencoder that spots and localizes particles without manual labels. It’s built in PyTorch with OpenCV for preprocessing, optimized to run efficiently for fast, scalable analysis of high-res image data.

Community Benefit

Helps researchers save time and reduce error in particle detection by replacing manual counting with an automated, reliable tool. Makes large-scale image analysis more accessible, speeding up discoveries in fields like drug delivery, electronics, and materials development.

Team Members

Sponsored By

Dr. KwangSoo Yang

College of Engineering and Computer Science

Florida Atlantic University's College of Engineering and Computer Science prepares future engineers, computer scientists and innovators through hands-on learning, research and academic programs in emerging technologies.The College of Engineering and Computer Science offers majors in areas of national priority such as artificial intelligence, cybersecurity, transportation and supply chain management.

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Florida Atlantic University
777 Glades Road
Boca Raton, FL 33431

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