We are the pioneers of soft robotics in childbirth, dedicated to reducing maternal exhaustion, stalled labor, and reliance on C-section
"The rapid increase in the rate of cesarean births since 1996, without decreases in maternal or neonatal morbidity or mortality, raises significant concerns about contemporary cesarean delivery rates."
- American College of Obstetrics & Gynecology (2024)
All Medical Specialties: $334B
Obstetrics: $1.1B
Obstetrics is a Rounding Error (< 1%)
34% of All 2024 U.S. Births
> 50% in Select U.S. Hospital Systems
Becoming the "Standard of Care"
- American Journal of Obstetrics and Gynecology (2020)*
Next generation robotics materials enable gentle manipulation and data collection at the interface between Mom and machine
Algorithms trained on large bio-datasets enable precise, reliable, and safe control of machines
Milestones:
Functional Minimum Viable Product
Nucleate Activator Semifinalist (550M raised by alumni)
NSF SBIR Project Pitch Acceptance
What We Need:
Clinical Champions (OB/GYNs, Maternal Health)
Clinical Workflow and Trial Design Feedback
Medical Device Development Expertise
Soft Roboticist
Preston Innovation Lab Alumnus @ Rice University
4+ Years Human Centric Soft Robotics Experience
Materials Scientist
Lipomi & Pokorski Lab Alumnus @ UC San Diego
5+ Years Materials Chemistry & Processing Research
Soft Roboticist
Bio & Organics Robotics Group Alumnus @ Carnegie Mellon
4+ Years Soft Robotics Research
Medtech Strategist
Business development experience in the healthcare space
Professor of Mechanical Engineering @ Rice University
Principle Investigator @ Preston Innovation Lab