Carol Reiley
Also known as Carol E. Reiley
Carol Reiley is an AI roboticist whose work spans surgical robotics, self-driving cars, and music. She studied haptics and computer vision at Johns Hopkins and Santa Clara, then developed force-feedback arms for surgical robots. She co-founded Drive.ai, a deep-learning-powered self-driving car company that Apple acquired in 2019. Her robots appeared in the San Francisco Symphony’s 2024 Press Play program, and she produced a 2025 music piece conducted by her own heartbeats. As of October 2026, she leads the nonprofit DeepMusic.ai.
Timeline
-
By 2012
Haptics for surgical robots
At Johns Hopkins and Santa Clara, she studies haptics and computer vision/AI. By 2012, she develops precise force-feedback arms at Johns Hopkins for remotely tying surgical knots.
-
2012
At Intuitive Surgical
In 2012, she works at Intuitive Surgical, makers of the da Vinci Surgical System.
-
2015
Co-founding Drive.ai
In 2015, she co-founds Drive.ai, a self-driving car startup, and serves as its president.
-
2018
Top Women Founders lists
In 2018, she appears on Forbes, Inc. and Quartz’s Top Women Founders in Tech and AI lists.
-
2019
Apple acquires Drive.ai
Apple acquires Drive.ai in 2019, a deep-learning-powered self-driving car company.
-
2024
Robots at Press Play
In 2024, she curates the San Francisco Symphony’s Press Play program, which features her robot creations.
-
2025
Music guided by heartbeats
At the OpenAI Forum’s 2025 Music is Math event, she produces Richard Reed Perry’s Music for Heart and Breath, a piece conducted by her own heartbeats.
-
As of October 2026
Leading DeepMusic.ai
As of October 2026, she leads the nonprofit DeepMusic.ai.
Career
- NowDeepMusic.ai
- From 2015Drive.aiCo-founder and President
- 2012–2013Intuitive Surgical
Education
Most-cited works
- Augmented Reality During Robot-assisted Laparoscopic Partial Nephrectomy: Toward Real-Time 3D-CT to Stereoscopic Video RegistrationWith Gregory Hager
- Review of methods for objective surgical skill evaluationWith Gregory Hager
- Effects of visual force feedback on robot-assisted surgical task performance
- Task versus Subtask Surgical Skill Evaluation of Robotic Minimally Invasive SurgeryWith Gregory Hager
- Data-Derived Models for Segmentation with Application to Surgical Assessment and TrainingWith Gregory Hager and Sanjeev Khudanpur
Sources and credits
Photo: We have no published photo of Carol Reiley yet. Send us a free-licensed photo.
- Music is Math: An Interdisciplinary Exploration of Sound, Science, and Creativity
- Meet Carol Reiley
- Apple acquires self-driving startup Drive.ai on the brink of closure
- Carol Reiley · DLD Speaker
- At a Robotics Concert, AI Might Have Stood for ‘Almost Involved’
- DLD Munich 26: These visionary minds redesign the future

