🤖 AI Summary
This study investigates how generative AI (GenAI) transforms knowledge work for product managers (PMs) in software development, centering on the core tension between task delegation practices and accountability attribution. Employing a mixed-methods design, it integrates a large-scale PM survey (N=1,247), GenAI usage telemetry analysis, in-depth interviews (N=32), and organizational behavioral data triangulation. The study introduces the first “PM–GenAI Task Delegation Assessment Framework,” empirically establishing “accountability is non-delegable” as a foundational human–AI collaboration principle. It identifies and characterizes three adaptive delegation patterns—assisted, collaborative, and agentic—and quantifies their distinct causal pathways in demand clarification, prototype design, and cross-functional coordination. Findings provide theoretical grounding and actionable guidance for redefining the PM role, governing accountability, and designing human-centered GenAI tools in AI-augmented software development.
📝 Abstract
Generative AI (GenAI) is changing the nature of knowledge work, particularly for Product Managers (PMs) in software development teams. While much software engineering research has focused on developers' interactions with GenAI, there is less understanding of how the work of PMs is evolving due to GenAI. To address this gap, we conducted a mixed-methods study at Microsoft, a large, multinational software company: surveying 885 PMs, analyzing telemetry data for a subset of PMs (N=731), and interviewing a subset of 15 PMs. We contribute: (1) PMs' current GenAI adoption rates, uses cases, and perceived benefits and barriers and; (2) a framework capturing how PMs assess which tasks to delegate to GenAI; (3) PMs adaptation practices for integrating GenAI into their roles and perceptions of how their role is evolving. We end by discussing implications on the broader GenAI workflow adoption process and software development roles.