Peter Jarvis Email & Phone Number

Redmond, Washington, Us

Software Architect at Microsoft Search, Assistants, and Intelligence organization, spearheading the development of infrastructure for CoPilot (Generative AI).Design, build, and operate data pipelines at petabyte scale with 99.9% reliability.Champion engineering excellence by fostering a culture of metrics-driven performance and mentorship.Successfully launched the Microsoft Data Program, enabling data scientists to access Microsoft employee data while adhering to stringent legal and business constraints.Reduced pipeline run times from days to hours.Accelerated the integration of new data sets from weeks to hours.Achieved 100% test coverage on critical filtering and sampling logic, ensuring compliance with business and legal requirements.

Redmond, Washington, Us

Architected and implemented a comprehensive data quality monitoring framework for Microsoft's product telemetry, processing 0.5 PB of data per day to ensure accurate metrics are reported to the business, investors, and data scientists. Integrated and adapted first and third-party job, stream, and anomaly detection technologies. Provided clear visibility into quality monitoring coverage, trends, and live site alerts. Adhered to strict data privacy regulations, including GDPR. Proficient in Azure, Cosmos, HDI, Spark, Scala, and C#

Redmond, Washington, Us

Architected and built Azure's next-generation metering event pipeline, processing over 100 million events per hour and accounting for all of Azure's $40 billion revenue. Exceeded four nines reliability and accuracy at this scale while pushing the boundaries of availability and scalability. Successfully managed live site and Sox compliance. Proficient in Azure, Cosmos, and C#.

New York, Ny, Us

Architected and developed highly scalable REST Web services for the go90 mobile video platform, delivering a powerful platform-level service to clients. Deployed and monitored AWS cloud-based applications, ensuring efficient provisioning and monitoring. Accelerated digital rights token generation path by an order of magnitude. Enhanced opening menu materialization to prevent outages during high-profile events like the 2016 NFL Super Bowl and NBA games, leading to multiple patents. Transitioned the platform from IPTV set-top-box to a mobile video product and ultimately to a multi-tenant platform

Palo Alto, California, Us

Spearheaded the development of innovative Digital Nurse and Police Business Intelligence products at Xerox Services, driving $100 million in revenue within the first year. Led user-centered design, business model development, and full-stack software architecture and development. Demonstrated expertise in Java, JavaScript (Angular), OpenStack, Hadoop, and Microsoft SQL technologies. Successfully integrated products with live 911 emergency systems and played a pivotal role in pioneering Big Data initiatives at PARC.

Moffett Field, California, Us

Directed the user-centered design and implementation of mission-critical data plotting software for NASA's Mission Control in Houston. Successfully developed planning software for the Mars Science Laboratory (Curiosity), optimizing operations and reducing costs. Innovated novel algorithms and data structures to efficiently handle vast datasets and meet stringent real-time latency requirements. Recognized with the Johnson Space Center Director's Innovation Award for exceptional contributions to space exploration

Menlo Park, Ca, Us

Directed the development of advanced decision-making tools for US Special Operations Forces through the DARPA Active Template program. Engineered air campaign planning software for the US Air Force as part of the DARPA JFACC program. Pioneered innovative algorithms and data structures, resulting in improved mission planning efficiency and enhanced situational awareness. Published research in top-tier international journals and conferences

Edinburgh, Gb

Led the development of cutting-edge decision-making tools for the US Army as part of DARPA's Small Unit Operations program. Pioneered innovative algorithms and data structures, resulting in improved mission planning efficiency and enhanced situational awareness. Published research in top-tier international journals and conferences

Engineered anti-submarine warfare software using Assembler and Fortran for the DICASS sonar system. Contributed to critical algorithms for target detection, tracking, and classification

Phd, Artificial Intelligence

Bsc, Computer Science