Stephane Cotin
Scholar

Stephane Cotin

Google Scholar ID: 7siqmQwAAAAJ
Research director, Inria
Real-time simulationmedicinebiomechanicsaugmented realitymachine learning
Citations & Impact
All-time
Citations
4,067
 
H-index
33
 
i10-index
89
 
Publications
20
 
Co-authors
70
list available
Publications
20 items
Browse publications on Google Scholar (top-right) ↗
Resume (English only)
Academic Achievements
  • Author or co-author of over 200 scientific articles
  • Inria-Thales Innovation Prize (2018)
  • French Academy of Sciences Award (2018)
  • Dirk Bartz Medical Prize at Eurographics (2015) for SOFA’s contribution to medical simulation
  • Best Paper Award at ISMAR (2013) for image-guided simulation in hepatic surgery
  • Young Scientist Award at MICCAI (2009) for real-time blood-coil interaction simulation
  • Best Paper Award at VRIPHYS (2005) for catheter and guidewire simulation
  • US Army’s Greatest Inventions Award (2005) for emergency training work
  • CIMIT Career Award (2004)
  • Edward M. Kennedy Award for Health Care Innovation (2003)
  • Frequent keynote and invited speaker at international conferences and academies (e.g., French Academy of Sciences, Academy of Surgery, J.FIG, SMIT)
Research Experience
  • Former research lead of the Simulation group at CIMIT in Cambridge, USA
  • Former instructor at Harvard Medical School in Boston
  • Worked as a research scientist at Mitsubishi Electric Research Lab (MERL) in Cambridge after Ph.D.
  • Currently leads MIMESIS team in developing technologies at the intersection of imaging, robotics, medicine, and computer science
  • Collaborates closely with clinicians to develop patient-specific biophysical modeling and data-driven simulation for real-time intra-operative guidance
  • Collaborated with HelpMeSee foundation on surgical training, leading to the creation of startup InSimo
Background
  • Research Director at Inria
  • Leader of the MIMESIS team
  • Main research interests in real-time physics-based simulation of soft tissues, fluids, medical devices, and imaging processes
  • Focus on improving surgical training, planning, and image-guided therapy
  • Initiated and developed the SOFA open-source simulation framework, now a reference in advanced simulation
  • Co-founder and scientific advisor of three startups: InSimo, Twinical, and EVE