Françoise Siepel is Assistant Professor / Technical Physician in the field of Robotics in healthcare, and joined the Department of Robotics and Mechatronics, Faculty of Electrical Engineering, Mathematics & Computer Science, University of Twente, The Netherlands in 2016. It is her passion to innovate and integrate sophisticated robotic and imaging technologies in minimal invasive interventions. On a higher level she is keen on boosting robotics in healthcare innovation across Europe to establish sustainable, scalable, and high-quality robotic solutions. She obtained her PhD in 3 years, received many personal awards, and has extensive international experience. She is coordinating DIH-HERO, an initiative to establish an independent platform which connects digital innovation hubs across Europe to create a sustainable network to boost robotics in healthcare and coordinates the healthcare roadmap activities within euRobotics.

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• Part 1. Clinical1. Continuum of healthcare2. Use cases3. Current status clinical needs: experts’ opinionsPart 2. Technical: From diagnosis to robotic intervention4. Adequate imaging: diagnostics and navigation5. Perception6. Planning and Navigation: calibration and registration7. Control: physician in the loop8. System development & mechatronics9. Human machine interfacePart 3. Innovation & deployment10. Patient-specific approaches11. Market: robots along the innovation chain12. Market adoption and deployment: challenges, ethical dilemmas and other barriers13. Future perspectives

Françoise Siepel is Assistant Professor / Technical Physician in the field of Robotics in healthcare, and joined the Department of Robotics and Mechatronics, Faculty of Electrical Engineering, Mathematics & Computer Science, University of Twente, The Netherlands in 2016. It is her passion to innovate and integrate sophisticated robotic and imaging technologies in minimal invasive interventions. On a higher level she is keen on boosting robotics in healthcare innovation across Europe to establish sustainable, scalable, and high-quality robotic solutions. She obtained her PhD in 3 years, received many personal awards, and has extensive international experience. She is coordinating DIH-HERO, an initiative to establish an independent platform which connects digital innovation hubs across Europe to create a sustainable network to boost robotics in healthcare and coordinates the healthcare roadmap activities within euRobotics.

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• Part 1. Clinical1. Continuum of healthcare2. Use cases3. Current status clinical needs: experts’ opinionsPart 2. Technical: From diagnosis to robotic intervention4. Adequate imaging: diagnostics and navigation5. Perception6. Planning and Navigation: calibration and registration7. Control: physician in the loop8. System development & mechatronics9. Human machine interfacePart 3. Innovation & deployment10. Patient-specific approaches11. Market: robots along the innovation chain12. Market adoption and deployment: challenges, ethical dilemmas and other barriers13. Future perspectives

Françoise Siepel is Assistant Professor / Technical Physician in the field of Robotics in healthcare, and joined the Department of Robotics and Mechatronics, Faculty of Electrical Engineering, Mathematics & Computer Science, University of Twente, The Netherlands in 2016. It is her passion to innovate and integrate sophisticated robotic and imaging technologies in minimal invasive interventions. On a higher level she is keen on boosting robotics in healthcare innovation across Europe to establish sustainable, scalable, and high-quality robotic solutions. She obtained her PhD in 3 years, received many personal awards, and has extensive international experience. She is coordinating DIH-HERO, an initiative to establish an independent platform which connects digital innovation hubs across Europe to create a sustainable network to boost robotics in healthcare and coordinates the healthcare roadmap activities within euRobotics.

Select Guide Rating

• Part 1. Clinical1. Continuum of healthcare2. Use cases3. Current status clinical needs: experts’ opinionsPart 2. Technical: From diagnosis to robotic intervention4. Adequate imaging: diagnostics and navigation5. Perception6. Planning and Navigation: calibration and registration7. Control: physician in the loop8. System development & mechatronics9. Human machine interfacePart 3. Innovation & deployment10. Patient-specific approaches11. Market: robots along the innovation chain12. Market adoption and deployment: challenges, ethical dilemmas and other barriers13. Future perspectives