
Ayanna Howard
Professor of Interactive Computing | Pioneering AI & Robotics

Ayanna Howard is a Professor of Interactive Computing who has established herself as a leading voice in the critical intersection of artificial intelligence, robotics, and human trust.
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Ayanna Howard is a Professor of Interactive Computing who has established herself as a leading voice in the critical intersection of artificial intelligence, robotics, and human trust. Her groundbreaking work addresses one of the most pressing challenges in modern technology - how to develop robotic systems that humans can genuinely rely on and feel confident using in their daily lives.
Howard's expertise centers on the fundamental question of trust between humans and machines, particularly as AI and robotics become increasingly integrated into society. Her research and insights focus on the technical, ethical, and social considerations necessary to build robots that not only function effectively but also earn and maintain human confidence.
Through her academic work and public speaking, she explores the complex dynamics of human-robot interaction and the design principles required to create trustworthy autonomous systems that can safely operate alongside people in various environments and applications.
- Building trust between humans and robotic systems
- Ethical considerations in AI and robotics development
- Human-robot interaction design principles
- Safety protocols for autonomous systems in society
- The future of trustworthy artificial intelligence
Why we need to build robots we can trust
Make robots smarter
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