TPM for Site Reliability Engineering (SRE)

I led the deployment of new public safety communications technologies for the city's Emergency Communications Transformation Program. The program focuses on bringing cutting-edge networking and communications technologies to the country's largest 9-1-1 system in order to reduce the response times of New York City's first responders (FDNY, NYPD and EMS). In this role, I provided city leadership for the design, construction and deployment of a new $175 million radio communication system for both the New York Police Department and the Fire Department of New York at 22 locations throughout the city. Previously, I was responsible for the execution of the testing environment to develop and validate multiple technologies (including networking, telecommunications, radio and computer aided dispatch) before they go live in the city's Public Safety Answering Centers (PSACs). I was also responsible for the execution of a new citywide WAN connecting the networks of the PSACs and the FD and PD command centers throughout the five boroughs.

I successfully managed and delivered multiple complex technology development projects with authority of budgets over $5 million, and provided task assignments for over 40 FTEs across multiple business and engineering disciplines. I communicated project status through Key Performance Indicator (KPI) dashboards, milestone tracking, and presentations to executive management and customers by distilling large volumes of technical information. Projects included: • A multi-spectral scatterometry sensor to measure and adjust microlithographic imaging performance and improve customer yields.• A water-immersible lens for hyper-NA imaging of microlithographic structures. • An optical sensor to enable ultra-fast, nanometer-resolution measurement of wafer flatness.