Led by Matthew Campen, PhD

Autonomous Clinical Robotics, Precision Sensing, and Translational Human Physiology

The NSMS DrRobots Clinic is an advanced translational healthcare and autonomous robotics center integrating AI-enabled robotics, multiscale sensing, digital twins, autonomous diagnostics, and precision intervention systems for next-generation clinical medicine.

Led by Matthew Campen, PhD, the clinic develops and deploys robotic healthcare systems capable of continuous physiologic monitoring, autonomous diagnostics, robotic intervention, and closed-loop therapeutic optimization.

The DrRobots Clinic bridges:

• Autonomous Robotics

• Clinical Medicine

• Translational Physiology

• Digital Twin Systems

• Precision Drug Delivery

• AI-Driven Diagnostics

• Continuous Physiologic Monitoring

• Human-Machine Interaction

• Robotic Surgery

Mission

To develop autonomous robotic healthcare systems capable of continuously sensing, understanding, and optimizing human physiology across clinical and home environments.

Core Clinical Programs

Autonomous Clinical Robotics

Development of robotic systems capable of:

• Bedside diagnostics

• Autonomous navigation

• Physiologic monitoring

• Precision drug delivery

• Robotic ultrasonography

• Intelligent rehabilitation

• ICU robotic assistance

• Hospital-at-home support

• Continuous patient interaction

These systems function as physically embodied extensions of computational medicine.

Autonomous Robotic Surgery

The clinic develops next-generation robotic surgical systems integrating:

• AI-guided operative planning

• Real-time imaging fusion

• Intraoperative digital twins

• Autonomous microsurgery

• Precision robotic manipulation

• Runtime safety verification

• Closed-loop physiologic optimization

• Predictive complication avoidance

Future systems may perform semi-autonomous procedural subtasks under continuous clinician supervision.

Translational Human Physiology

Clinical physiology programs focus on:

• Cardiopulmonary physiology

• Environmental exposure effects

• Precision respiratory monitoring

• Neurophysiologic sensing

• Exercise physiology

• Continuous wearable analytics

• Physiologic trajectory prediction

• Longitudinal systems monitoring

Clinical Technology Platforms

DrRobots™: Autonomous clinical robotics

aEyes™: Multiscale imaging and diagnostics

aSensors™: Continuous physiologic sensing

aTwins™: Digital twin simulation

Autonomous Surgical Systems: Precision robotic surgery

AI Clinical Control Systems: Closed-loop intervention optimization

R&D / Clinical Domains

• Autonomous Robotics

• Translational Medicine

• Clinical Physiology

• Precision Monitoring

• Robotic Surgery

• Human-Machine Systems

• ICU Automation

• Continuous Diagnostics

• Hospital-at-Home Systems

• Physiologic Optimization

Leadership

Matthew Campen, PhD

Director, NSMS DrRobots Clinic

Matthew Campen, PhD, leads translational physiology and autonomous robotics initiatives focused on integrating AI, sensing systems, robotic intervention, and computational medicine into next-generation clinical healthcare environments.