From April 7–9, the Research Institute for Tactical Autonomy (RITA) hosted its first symposium as part of the Association for the Advancement of Artificial Intelligence Spring Symposium Series in Burlingame, California. The three-day event, titled Advances in AI-Enabled Tactical Autonomy: From Sensing to Execution, convened researchers, engineers, and practitioners from academia, government, and industry to explore how emerging AI technologies are shaping autonomous systems in real-world environments.

The path into research and autonomy was unexpected for Trinity Bowling, senior computer science student at Bowie University. Through her work with RITA, she has gained hands-on experience, expanded her technical skillset, and built the confidence to pursue a future in machine learning and robotics.

Howard University Associate Professor of Mathematics, Dr. Henok Mawi explores how mathematical tools can be used to better understand and solve complex real-world problems. In addition to his research, Dr. Mawi is dedicated to mentoring students and preparing the next generation of mathematicians and researchers.

At the intersection of human-centered computing and tactical autonomy, Dr. Armisha Roberts is building technologies designed not just to advance innovation, but to protect people. A Research Scientist at Howard University, Dr. Roberts brings a deeply personal mission to her work: ensuring that emerging AI systems support safe, timely decision-making in high-stakes environments.

Bowie State University Computer Science major Makayla Lomax is building confidence and hands-on research experience at RITA. From learning Python to solving challenging problems, she’s preparing for a future career in data science.

Dr. Jeremy Blackstone is an assistant professor in Howard University’s Electrical Engineering and Computer Science department, where he blends expertise in cybersecurity, embedded systems, and AI with a passion for mentoring the next generation of researchers. His work with RITA supports critical advances in communication, accuracy, and precision across systems that directly impact Air Force capabilities.