• Prototyped a Raspberry Pi-controlled monitor, facilitating remote Qt UI interactions with the main treatment delivery system on CentOS, streamlining patient alignment, and expediting system setup.

• Modified legacy radiation control software to fetch, clean and summarize real-time data from the linear accelerator, enabling cloud-based health tracking and device failure prediction.

• Rebuilt a manufacturing tool in C++ using wxWidgets, reconstructing both frontend and backend components to replace an obsolete test fixture in Madison and enable performance validation of the 64-leaf collimator with the current system setup.

• Collaborated with EE team in Madison to upgrade Python-based installer, introducing PCI board FPGA download and version verification, standardizing firmware upgrades, enhancing efficiency in the system upgrade process.

• Collaborated with the product integration team to enhance a C++ Windows application using Qt plugins for Cisco device configurations and firmware upgrades, adapting to evolving requirements and boosting field service efficiency.

• Drove integration of the new generator model into an X-ray imaging system on Windows, overseeing software adjustment and compatibility, spotting firmware issues, and ensuring timely qualification through efficient communication with the vendor.

• Developed regression models to estimate calibration time for an imaging system, leveraging provided protocol settings and sequence order, enhancing predictive accuracy, speeding up R&D process and offering improved customer-facing features.

• Refined image quality with an image physicist to enhance a bad pixel correction algorithm in an internal image processing tool.

• Aligned process / hardware engineers, India software team and account team for development and maintenance, improving responsiveness and availability to internal customers.

• Enhanced architecture for automated valves leak check features, allowing future expansion within the object layer in data files.

• Supported daily lab activities for R&D and field service engineers, assisting colleagues in achieving business unit’s objectives.

• Collaborated with a cross-functional team on integrating a Lam process module into Novellus wafer transfer platform, reducing facility cost and enhancing process R&D flexibility.

• Owned the development of a new process module in C on QNX, ensuring software quality during escalation and enabling the execution of complex sequences in the new process requirement with firmware limitation.

• Managed software releases and handled escalations during a challenging transition period from 2012 to 2013, serving as the sole remaining software engineer for the PVD BU in the U.S. and providing crucial support.