Luke Goodman

Luke’s research examines how scientific knowledge and technical expertise inform policy decisions across levels of government. He is particularly interested in the role of scientific advisory committees and related institutions in shaping evidence-based legislation and regulations that address complex global challenges. His work explores how the structure, credibility, and influence of these advisory bodies affect policymaking outcomes in two critical domains: antimicrobial resistance (AMR) and clean energy transitions.

To better understand how governments respond to the escalating AMR crisis—which is projected to cause greater mortality rates than cancer by 2050—Luke is conducting a comparative analysis of national-level responses in the United States and Canada. His research assesses how each country’s National Action Plan articulates goals and priorities. He also evaluates the extent to which these goals are translated into concrete policies through legislation, regulatory frameworks, and national and regional initiatives.

Building on the broader focus of science-informed governance, Luke’s dissertation also examines Virginia’s transition to clean energy sources, with a focus on the siting of utility-scale energy facilities (solar, wind, and battery energy storage). Through interviews with state and local government officials, citizen groups, congressional commissions, and agency representatives, he examines the intersections between scientific/technical information, stakeholder engagement, and participatory governance as a pathway for more effective energy policymaking. Ultimately, Luke aims to dedicate his career to improving the integration of scientific expertise into clean energy policymaking and regulatory decision-making.