Chanteria Milner is a software developer, data scientist, and AI engineer dedicated to creating technology that drives societal impact. With a background in full-stack development, machine learning, and AI safety, she builds scalable, transparent, and responsible AI systems that address real-world challenges. She holds a Master of Science in Computational Analysis and Public Policy from the University of Chicago and a Bachelor’s degree from Vanderbilt University, where she focused on the intersection of technology, policy, and social responsibility. Chanteria is always eager to collaborate on innovative projects and is open to contract roles.
Relevant Coursework: Advanced Machine Learning, Computational Content Analysis, Big Data and Cloud Computing, Hierarchical Linear Models, Inferential Statistics, Database Management Systems, Object-Oriented Programming
Minor: Computer Science
Designed and implemented an NLP-based pipeline leveraging transformer-based models and LSTMs to summarize over 15,000 climate research articles.
View ProjectEmployed clustering, graphical analysis, and topic modeling algorithms to create a framework to analyze cultural shifts in legal discourse related to US healthcare legislation.
View ProjectDeveloped a web application designed to combat social isolation by connecting individuals through local events. Built and implemented the frontend using Angular, conducting multiple rounds of Figma wireframing, UX interviews, and feature testing to refine the user experience. Configured and maintained the application's infrastructure, hosting it on an AWS LightSail server and managing an AWS PostgreSQL relational database to ensure secure and reliable performance.
View ProjectThis work showcased innovative methodologies for gauging public sentiment on contemporary issues through new media platforms.
This presentation showcased my work as a 2023 Coding it Forward Data Engineering fellow and the U.S. Census Bureau.
This presentation delved into societal attitudes towards contraceptive methods across different demographic groups.