shreepud rauniar

Led global engineering teams building embedded platform software for automated molecular diagnostics instruments, setting standards and managing delivery across distributed teams in the US, Sweden, and India. Drove FDA design-control and cybersecurity-compliant product launches and modernization of the Cepheid OS platform, while owning architecture for scalability and reliability.

Managed a team of 8 software engineers delivering regulated releases for VetScan diagnostic analyzers, supporting $400M+ in annual revenue. Owned release prioritization and V&V readiness across QA, manufacturing, and customer support, ensuring verification of design specifications before production releases.

Designed and implemented cloud-connected controller software for diagnostic instruments, defining data flows, sensor integration, and processing pipelines within constrained embedded platforms. Owned the full engineering lifecycle for sensor-integrated systems, using SW dFMEA, root-cause analysis, and testing to ensure production-quality delivery.

Developed MRI-guided adaptive radiation therapy visualization tools, including contouring, pan/zoom, window/level, overlays, and cine playback used directly by clinicians. Implemented real-time MRI image acquisition and DICOM-based image and dose interoperability with PACS/HIS using OpenGL, VTK, and DirectX.

Architected C# software for high-throughput precision inspection and automation systems requiring sub-micron accuracy. Built real-time data processing algorithms and vision-based control logic to meet stringent manufacturing reliability and numerical precision requirements.

Completed a supervised machine learning certification covering regression and classification.

Earned a Green Belt Six Sigma certification.

MS Mechanical Engineering at Drexel University (date recorded: December 2006).