Dr. Hubbard is known internationally for his work in aeroacoustics for noise control, adaptive structures, spatially distributed transducers, and the extension of modem time domain control methodologies into the spatial domain for the real-time control of distributed systems. He is a member of the National Academy of Engineering, and AIAA and ASME Fellow and a member of The Academy of Medicine, Engineering, and Science of Texas (TAMEST).

A Quantum Approach to Human Cognition and the Autonomy Conundrum in Self Driving Vehicles 
– Balas, Chaspari, Freer Logic, Hubbard

Adaptive Responsive Environment for Autism (AREA)
– Chaspari, Ganz, Hipwell, Hubbard, Muliana

An Ethological Approach to Autonomy: Horse Mode Control 
– Hasnain, Hubbard, Saripalli

Connecting for a better life: Exploring the human-horse interaction in equine assisted activity 
– Hubbard, Hur, Leatherwood, Zoller

Distributed AR/VR Infrastructure for Robotic Experimentation and Simulation (DARES) 
– Hubbard, Saripalli

Engaged Learning: Using Neurotechnology to Assess and Improve STEM Outcomes 
– Freer Logic, Hong, Hubbard

Real Time Determination of Patient Cognition during Equine-Assisted Therapy 
– Hubbard, Hur, Krenek, Lightsey

The Aerial K9: An Ethological Approach to First Response 
– Hasnain, Hubbard, Saripalli