Leader Spotlight: Dr. Donnell Walton
As Chief Technology Officer and Deputy Director of the Research Institute for Tactical Autonomy (RITA), Dr. Donnell Walton, helps shape the institute’s technical strategy and […]
Read More →As Chief Technology Officer and Deputy Director of the Research Institute for Tactical Autonomy (RITA), Dr. Donnell Walton, helps shape the institute’s technical strategy and […]
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https://rita.howard.edu/uploads/RITA-NTA-Timeline.mp4 RITA leadership joined the National Technical Association (NTA) in celebrating its 100th anniversary and a century of advancing excellence in science, engineering, and technology. […]
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Caleb Cooper is a second-year atmospheric science Ph.D. student at Howard University and a 2026 participant in RITA’s Summer Internship Program. His connection to RITA […]
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As a professor in Hampton University’s Department of Electrical and Computer Engineering, Dr. Otsebele Nare has spent nearly two decades educating future engineers while advancing […]
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After two decades at Hampton University, RITA principal investigator, Dr. Qiang Le is beginning a new chapter as Chair of the Department of Electrical and […]
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Scientific careers are rarely linear, and Dr. Anaiya Reliford’s journey is proof that some of the most innovative research happens at the intersection of disciplines. […]
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https://vimeo.com/1204581271/a622198eeb?share=copy&fl=sv&fe=ci Mr. Shannon Arnold serves as a Senior Research Scientist at the Research Institute for Tactical Autonomy (RITA). With experience spanning NASA, defense research, and […]
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The Research Institute for Tactical Autonomy (RITA) proudly congratulates Executive Director Dr. Sonya T. Smith on her election as a Fellow of the American Association […]
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Bowie State University student, Maya Lawrence reflects on how research at RITA helped shape both her career aspirations and confidence in herself. Through hands-on learning and mentorship, she discovered that opportunities once thought out of reach were more achievable than she imagined.
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Anita Nixon | Research Institute For Tactical Autonomy
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Photo by Mia M. Johnson/Jackson State University
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Dr. Denise Jones Gregory has been officially appointed as the 14th president of Jackson State University following a nationwide search. Having served as interim president […]
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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.
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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.
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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.
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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.
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Aviation and Aerospace Technologies Advancing the future of flight requires integrated expertise across aeronautics, propulsion systems, and aerospace engineering. This research develops and applies advanced […]
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Biomedical and Health Informatics Modern healthcare increasingly relies on data-driven insights to improve patient outcomes, enhance clinical decision-making, and address complex public health challenges. This […]
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Cognitive Radio Networks and Wireless Communication Reliable, adaptive communication systems are critical to operating in complex, dynamic, and contested environments. This research advances cognitive […]
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Computational Sciences and Data Analysis Modern research and operational decision-making depend on the ability to process, analyze, and extract insight from large and complex datasets. […]
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