Bridging Silicon, Autonomous Systems & Real-World Physics
Catalyzing next-generation intelligence where algorithms interact directly with matter. The Florida Physical AI Initiative brings together researchers across engineering and related disciplines to develop intelligent systems that operate in the physical world.
What is Physical AI? | Fields of Expertise | Statewide Impact | People
Inaugural Symposium
Will be announced soon
What is Physical AI?
Unlike AI systems that operate primarily in digital environments, Physical AI extends artificial intelligence beyond software models into embodied systems that interact with dynamic physical environments.
These systems must account for the laws of physics, mechanical actuation, sensor dynamics, power constraints, real-time computation, and unpredictable physical conditions.
At the Florida Physical AI Initiative, this work spans three interconnected areas: foundational theory and controls, technologies and computing architectures, and real-world applications and domain deployments.
Fields of Expertise
Fundamentals
(Theory, Mathematics & Controls)
- Physics-Informed & Physics-Guided ML
- Non-Linear & Adaptive Control Theory
- Formal Verification & Safety Guarantees
- Uncertainty Quantification & State Estimation
Technologies, Architectures & Systems
- Neuromorphic Vision & Computational Sensors
- Edge Hardware Acceleration & SoC Co-Design
- Hardware Root-of-Trust & Microelectronic Security
- Smart Materials & Substrates
- Supercomputing Simulation-to-Edge Pipeline
Applications & Domain Deployments
- Agricultural & Field Robotics
- Marine & Coastal Autonomy
- Civil Infrastructure & Disaster Reconnaissance
- Spaceport Logistics & Extreme Environments
- Biomedical & Assistive Robotics
Statewide Impact
Why Florida Needs a Unified Physical AI Initiative
Florida’s unique economic sectors—from aerospace launches at the Space Coast and deep-water marine defense to high-yield citrus agriculture and hurricane infrastructure resiliency—require intelligent machines that operate reliably in severe physical reality.
- Aerospace & Defense Corridor
Autonomous avionics, radiation-tolerant onboard edge compute, and satellite constellation robotics. - Smart Agriculture & Citrus Greening Defense
Autonomous ground harvesters, real-time drone hyperspectral weed isolation, and automated micro-climate irrigation. - Coastal & Extreme Climate Resiliency
Submersible ocean inspection drones, storm-surge sensor mesh arrays, and automated grid repair robots.
Statewide Workforce Training
Joint graduate certificates, hands-on lab bootcamps, and shared physical robotics testbeds accessible to engineering students across all Florida public universities.
Industry Consortium Bridge
Direct conduit to industry leaders (Lockheed Martin, L3Harris, Northrop Grumman, Siemens, Florida tech startups) for applied sponsored research and rapid IP translation.
Shared Hardware Infrastructure
Pool specialized instrumentation: RF anechoic chambers, motion-capture robot flight arenas, neuromorphic fab access, and supercomputing HiPerGator clusters.
Federal Grant Magnet
Positions Florida teams competitively for multi-million-dollar NSF ERC, DARPA, DOD, and DOE multi-university center-level research grants.
People
Anchored within the Herbert Wertheim College of Engineering and developed in strategic partnership with the Institute of Food and Agricultural Sciences (IFAS), the Florida Physical AI Initiative connects researchers across engineering, agriculture, computing, and related disciplines to advance Physical AI research and applications.