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Designing Human-Centered Algorithms for the Public Sector A Case Study of the U.S. Child-Welfare System

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Association for Computing Machinery


The U.S. Child Welfare System (CWS) is increasingly seeking to emulate business models of the private sector centered in efficiency, cost reduction, and innovation through the adoption of algorithms. These data-driven systems purportedly improve decision-making, however, the public sector poses its own set of challenges with respect to the technical, theoretical, cultural, and societal implications of algorithmic decision-making. To fill these gaps, my dissertation comprises four studies that examine: 1) how caseworkers interact with algorithms in their day-to-day discretionary work, 2) the impact of algorithmic decision-making on the nature of practice, organization, and street-level decision-making, 3) how casenotes can help unpack patterns of invisible labor and contextualize decision-making processes, and 3) how casenotes can help uncover deeper systemic constraints and risk factors that are hard to quantify but directly impact families and street-level decision-making. My goal for this research is to investigate systemic disparities and design and develop algorithmic systems that are centered in the theory of practice and improve the quality of human discretionary work. These studies have provided actionable steps for human-centered algorithm design in the public sector.


Saxena, Devansh (2023): Designing Human-Centered Algorithms for the Public Sector A Case Study of the U.S. Child-Welfare System. Companion Proceedings of the 2023 ACM International Conference on Supporting Group Work. DOI: 10.1145/3565967.3571759. Association for Computing Machinery. pp. 66–68. Hilton Head, SC, USA