Bruno Fournier
CTO at Robocath- Claim this Profile
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Bio
Experience
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Robocath
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France
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Medical Equipment Manufacturing
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1 - 100 Employee
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CTO
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May 2013 - Present
Rouen, France Robocath is developing a robot that allows remote manipulation of catheters for interventional cardiology, in order to improve patient care while protecting doctors from X-rays, which are necessary for monitoring this type of intervention. I manage a more than 20 person R&D / Manufacturing / Service team to develop and industrialize this complex medical device.
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ENVEA Global
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France
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Industrial Machinery Manufacturing
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300 - 400 Employee
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R&D Director
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Jul 2012 - Dec 2012
Poissy, France The ENVEA group develops and sells air monitoring sensors. As R&D Director, I notably brought new methods of project management to increase the efficiency of the R&D teams.
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Getinge
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Sweden
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Medical Equipment Manufacturing
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700 & Above Employee
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R&D Director
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Oct 2006 - Mar 2012
Vendôme, France As R&D Director of a subsidiary of the Getinge group specializing in protection and transfer equipment, I led the development of new products as well as changes to existing products. A significant achievement: Isocyt Freja, an innovative isolator dedicated to the preparation of chemotherapy in hospitals.
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Air Liquide
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France
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Chemical Manufacturing
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700 & Above Employee
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R&D Manager
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Oct 2000 - Oct 2006
Antony, France I held several positions at Air Liquide Medical Systems (ex-Taema), a subsidiary of the Air Liquide group specializing in medical devices for respiratory assistance: project manager then responsible for various R&D services. I coordinated the development of several products, including Osiris 3, a respiratory assistance device dedicated to emergencies providing high-end features at a contained price.
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DMS Imaging
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France
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Medical Device
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1 - 100 Employee
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R&D Project Manager
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Apr 1996 - Oct 2000
Montpellier, France In the continuation of my thesis work (which I completed and supported in parallel with this experience), I ensured the industrial transfer of an innovative concept - a world first - for measuring bone density by ultrasound imaging. This medical imaging device has been a commercial success: more than 1,000 units sold in 40 countries.
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Education
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Supélec (the top French Grande Ecole in the field of Electrical Engineering)
Engineering Degree, Electronics, Software, Instrumentation and measurement systems -
Université Paris VI
PhD, Medical imaging