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Dr. Farahnaz
Hosseini

AI Engineer & Data Scientist
Machine Learning Researcher

I build intelligent AI and data science solutions that turn complex data into meaningful insights, predictive models, and real-world value.

Professional portrait of Dr. Farahnaz Hosseini

About Me

AI, data science, and scalable computing for real-world problems.

I am an AI and data science professional with a Ph.D. in Computer Science from the University of North Texas. My background spans artificial intelligence, machine learning, graph neural networks, high-performance computing, predictive modeling, and data analytics.

My work focuses on designing intelligent models, scalable algorithms, and data-driven systems for complex real-world problems across research, industry, and society.

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Dr. Farahnaz Hosseini graduation photo

Ph.D.

Computer Science

20+

Publications

5+

Years of Research Experience

AI

Data Science, ML, GNNs, and HPC

Research Areas

Exploring AI, data science, and graph-based intelligence.

Artificial Intelligence

Building intelligent systems using machine learning, deep learning, and data-driven methods.

Data Science

Transforming complex datasets into actionable insights, predictive models, and practical solutions.

Graph Neural Networks

Designing graph-based learning models for structured data, representation learning, and prediction.

High-Performance Computing

Developing scalable algorithms and efficient computing methods for large-scale data and graph analytics.

Publications

View Google Scholar

Projects

Census2Vec

Representation learning and geo-embedded data modeling for socioeconomic prediction.

Dynamic GNNs for Financial Markets

Sliding-window graph learning approach for temporal analysis and stock trend prediction.

K-Core and K-Truss Algorithms

Scalable graph algorithms for large dynamic networks using high-performance computing.

Brain Tumor Detection

Machine learning and image-processing methods for MRI-based brain tumor detection and recognition.

Bias Analysis in Language Models

Prompt-based and association-test approaches for studying bias in language models.

AI & Data Visualization

Python, Tableau, Power BI, and D3.js based visual analytics for data-driven communication.

Contact

Let’s connect.

I am open to opportunities and collaborations in AI engineering, data science, machine learning, research, and applied AI solutions.

farahnazhosseini@my.unt.edu LinkedIn Google Scholar Download CV