About HSIL

Our Perspective on Systems

The Health Systems Infrastructure Lab studies the foundational structures that shape how health systems function. Our work begins with a simple premise: people often struggle not because they are unwilling or unprepared, but because the systems around them are difficult to navigate. The architecture of these systems includes the rules, pathways, and administrative arrangements that determine how people move through coverage, benefits, and care. By examining these underlying structures, the lab clarifies how design choices influence real world experience and where they create avoidable barriers for the people who rely on them.

Areas of Study

The lab examines major components of health systems including coverage programs, benefit administration, operational care pathways, and the physical environments of regulated care facilities studying how each shapes whether people can reliably access and receive care. On the administrative side, this means analyzing governance layers, decision rules, and compliance processes that introduce friction or produce inconsistent outcomes. On the physical side, it means examining facility environment standards, spatial compliance frameworks, and the assessment methodologies that determine whether care settings meet the regulatory requirements under which they operate. Across both domains, the focus is the same: understanding where structural choices shape real outcomes for the people these systems are meant to serve.

See our Research for a closer look at the specific domains we focus on.

Purpose and Impact

The lab’s primary objective is to help people by improving the systems that shape their access to care. Small structural decisions can determine whether someone keeps coverage, receives a needed medication, or successfully moves through a program. When these systems are fragmented or opaque, they create unnecessary burden and prevent people from receiving timely support. By analyzing infrastructure as an integrated whole, the lab identifies where improvements can strengthen reliability, reduce administrative strain, and create more coherent and equitable pathways. Our research contributes conceptual models and system level insights that support better design and more dependable health system operations.