THINK Surgical
Renu Choudhari has over 20 years of experience in software engineering. Renu began their career in 1999 as a Computer Scientist at Adobe Systems Inc., where they were responsible for integrating new UI windows using C++ and extensive UI programming for the Elements products. In 2006, they became a Sr. Software Engineer at Billeo, developing a toolbar in C++ using ATL. Later that same year, they became a Software Developer at Philips Medical Systems, where they were responsible for integration of the integration of new UI windows using C++, extensive UI programming for the work station product, implementation of the 3D SPECT application, and bug fixes throughout the application code base. In 2008, Renu worked as a Software Engineer at Logitech, designing and coding an iOS/iPhone application named Touch Mouse. Renu then moved on to become a Software Usability Lead at Brocade, working on the File Management Engine (FME) and Storage X products. In 2010, Renu became an iPod/iPhone Engineer at Apple Inc., where they were responsible for driving technology selection and executing the porting of Windows XP GUIs to Mac OS X Cocoa or web. In 2011, they became a Sr. Software Engineer at Nokia, working on the mobile web app SDK to support Nokia Web Runtime. In 2012, Renu became a Sr Member of Consulting Staff - Project Leader at Cadence Design Systems, where they were the GUI Lead of C-to-Silicon, a high-level synthesis tool. Renu then moved on to become a Software Development Engineer in Test at Molecular Devices in 2014, where they designed, enhanced and maintained Automation Test Framework written in VB Script in TestComplete to test Plate reader software. Finally, in 2016, Renu became a Sr. Software Engineer at THINK Surgical.
Renu Choudhari obtained a Bachelor of Science degree in Electronics and Computer Science from Marathwada University. Renu also holds a Certified Scrum Master certification from the Scrum Alliance.
THINK Surgical
THINK Surgical is a medical device company that develops, manufactures and markets active robotic surgical systems for orthopedic surgery.