App Development

Smart Waste Sorting and Recycling System

Jason discovered a 30% misplacement rate during his community recycling experience in San Francisco. He used his weekends to combine IoT and convolutional neural networks to create a smart recycling b...

  • Jason W.
  • December 8, 2024
  • UC Berkeley

Jason discovered a 30% misplacement rate during his community recycling experience in San Francisco. He used his weekends to combine IoT and convolutional neural networks to create a smart recycling bin prototype. Built-in cameras and weight sensors could automatically identify various materials like paper, plastic, and glass; misclassified samples were continuously updated through online learning modules. After multiple rounds of community pilot testing, sorting accuracy remained stable above 95%. Local property management decided to promote deployment, and this project also became an important highlight for Jason's Berkeley application.

Smart Waste Sorting and Recycling System - 1

Mentor Review

Jason's system balanced both hardware stability and online learning capabilities. He worked with STEMRise mentors to optimize data annotation processes, fully demonstrating industrial-grade engineering implementation capabilities.

University Admission

UC Berkeley

Smart Waste Sorting and Recycling System
Project Author

Jason W.

Completion Date
  • December 8, 2024
University Admission
  • UC Berkeley

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