Summary
Alexandra Nilles is an assistant professor of Computer Science at Western Washington University and a robotics researcher with 11 years of experience spanning motion planning, embodied interaction, and system-level design. Trained originally in physics and holding a Ph.D. from UIUC under Steven LaValle, her work focuses on robots that physically interact with and reason about their environments, from micro-robotics to persistent environmental monitoring. After a postdoc at Cornell’s Collective Embodied Intelligence Lab, she combines theoretical motion-planning insights with hands-on hardware and field deployments, including low-cost systems and an NSF-funded startup collaboration. Her lab now explores intersections of mobile robotics, GIS, accessibility, and micro-mobility, aiming for durable, practical robotic solutions for environmental and societal challenges. Notably, she emphasizes minimal, physically grounded sensor models and stigmergic coordination, bringing information-theoretic and complexity-science perspectives to real-world robotic systems.
11 years of coding experience
4 years of employment as a software developer
Lakewood High School
BS, Engineering Physics, BS, Engineering Physics at Colorado School of Mines
University of Illinois Urbana-Champaign