Led a team that designed and developed code for cutting edge, then top-secret Intel SSD offerings pertaining to media management and NVME (PCIe) interface host management algorithms with performance, reliability, and cost metrics;

▪ Lead role in launching a new generation of products contributing to 70% of Seagate’s revenue by leading product integration focusing on Python code interacting with C, Matlab and other proprietary software. Significantly improved feature and issue turn around time by owning design and optimization in C and Python focusing on system architecture, including code metrics such as memory and test time development impact.Improved reliability by implementing drive reconfiguration algorithms based on improved defect mapping and drive zoning feedback loops. Developed State Machine based and unified data based architecture so that different algorithms can now feedback into each other and dynamic decisions could be made about drive state based on parseable and analyzable data.Created in-house Parametric regression tool for validating and statistically measuring new feature capability; used Visual Studio .NET for web­ based XMLRPC architecture and JUMP for statistical analysis.

▪ Reduced field upgrade issues by 80% by redesigning download manager for satellite to Set top box code upgrades - received code downloads from satellite, burned software to flash, received executable code fragments from stream, completed NVM updates, handled software version control, and produced targeted algorithms.▪ Designed and maintained subsystems, user interface, and drivers for satellite TV Linux based embedded settop box (STB) receivers in C, including incorporating software.▪ Developed and documented requirement, design, and implementation details and facilitated software development with utilities such as Message Sequence Chart Generator (in PERL and PHP).