Title: Barnard Student Riley Stacy Tackles Bias in Legal Technology
New York, NY – Bwog Science is excited to spotlight Riley Stacy, a Barnard College sophomore majoring in Computer Science, Math, and Human Rights. Initially on a pre-med track focused on neuroscience, Riley’s academic journey took a transformative turn after enrolling in Barnard’s Tech + Society seminar, which ignited her passion for public interest technology.
Riley quickly transitioned into research, working on a significant project examining automated pretrial risk assessment tools. These tools, intended to predict recidivism and court attendance, often perpetuate racial and socioeconomic biases rooted in historical data. Rather than providing objectivity, her research team has uncovered that these algorithms frequently reinforce systemic inequalities in the justice system.
Grateful for her mentor, Riley emphasizes the importance of proactive engagement with professors to secure research opportunities. Her journey exemplifies the value of hands-on experience: “Research has taught me more than any class,” she notes, as she navigates the complexities of real-world problems.
Despite the challenges posed by a tightening research landscape at many institutions, Riley remains optimistic. She appreciates the supportive environment at Barnard’s computer science department and is committed to continuing her work at NYU. “I feel a responsibility to pursue research that combats bias,” Riley reflects, underscoring her determination amidst uncertainties in funding and institutional support.
As the academic community faces increasing pressures, Riley calls for clearer communication and greater support for undergraduate researchers. Her experience highlights the importance of mentorship and the potential for change driven by students. Through her work, Riley is not only advancing her academic career but also contributing to a fairer future in legal technology.
Riley’s journey is a testament to the profound impact that passion and dedication can have on societal challenges, paving the way for future innovations in equitable technology.
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