1.) Single handedly designed and developed subsystem simulator which mimics the behavior of a critical subsystem in anesthesia machines and acts a a sole data source for software to work on. This simulator proved to be very useful in COVID/WFH times as it eliminated the dependency on actual machine to test, debug and integrate other units.2.) Worked on an async IPC mechanism which replaces COM IPC and has better performance, is easier to maintain. It is being used in all the upcoming anesthesia and ventilator products.3.) Currently working in a platforming team and have developed critical backend software unit which processes real time patient data, as a part of on going platforming efforts.4.) Briefly worked as part of front end team to debug and fix the bugs found during verification cycle and help stabilize the software for upcoming major product release. Demonstrated the ability to quickly ramp up on Qt/QML framework and understanding the MVC architecture.5.) Ported a major portion of premium anesthesia software code base successfully from WinCE 6.0 to WEC2013 OS platform. Coordinated across sites in USA and China to deliver quality software.

Worked on next generation connectivity product and successfully Dockerized the parts of connectivity application into separate containers by splitting them into services and made them communicate in containerized environment without loosing any original functionality. My project served as a prototype for upcoming modality wide connectivity product. Gained working knowledge of Docker/OS virtualization, containers, cloud computing and high level understanding of microservices.