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Nitya Kaki
Fall 2025 Cohort
IEEE Conference Acceptance
AI for Social Good

Nitya Kaki

High School Student
United States

From wanting to use AI for social good to IEEE conference acceptance for ML research predicting housing insecurity

IEEE
IEEE ICPSP 2025
International Conference on Psychology and Social Policies
82.5% Accuracy
Housing insecurity prediction model

Where Nitya Started

Her Background

  • • High school student passionate about social justice
  • • Interested in using technology to solve real-world problems
  • • Wanted to make a tangible impact on vulnerable communities
  • • Learning machine learning and data science

Her Goals

  • • Apply AI to address social challenges
  • • Publish meaningful research with real-world impact
  • • Build expertise in machine learning
  • • Create tools that help communities

Her Vision

"I wanted to use AI to help solve social problems. Housing insecurity affects millions of families, and I believed machine learning could help identify at-risk individuals before they lose their homes."

— Nitya, before joining YRI

The Research

Working with her YRI mentor, Nitya developed a machine learning model to predict housing insecurity using proxy indicators from socioeconomic data. Her research provides a tool for early intervention that could help prevent homelessness.

Early Prediction of Housing Insecurity Using Machine Learning and Proxy Indicators

Problem:

Housing insecurity often goes undetected until it's too late for intervention

Approach:

Random Forest classification on socioeconomic proxy indicators

Key Result:

82.5% accuracy in predicting housing insecurity risk

Impact:

Tool for social services to identify and help at-risk families

Proxy Indicator Analysis

Nitya identified key socioeconomic indicators that serve as early warning signs of housing insecurity. Her Random Forest model analyzes multiple factors to flag individuals at risk before they become homeless.

Random Forest + Proxy Indicators → 82.5% Prediction Accuracy

Enabling early intervention for at-risk families

The Outcome

IEEE
IEEE ICPSP 2025

Conference Paper Accepted

Field:

AI for Social Good

Conference:

IEEE International Conference on Psychology and Social Policies 2025

"

My Random Forest model predicts housing insecurity with 82.5% accuracy. YRI mentorship helped me get accepted to IEEE ICPSP 2025.

Nitya Kaki
Nitya Kaki
IEEE ICPSP 2025 Accepted
Before

Wanted to use AI for social good but didn't know where to start

After

IEEE conference accepted with an 82.5% accurate housing insecurity prediction model

Why This Research Matters

82.5%

Prediction accuracy for identifying housing insecurity risk

Early

Detection enables intervention before homelessness occurs

Impact

Tool for social services to help vulnerable families

Ready to Start Your Research Journey?

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