Jay Schwartz Email & Phone Number

Seattle, Washington, United States

Technical leader for the AWS Partner Intelligence organization.

Seattle, Washington, United States

Connecting AWS customers to partners at scale with data-driven methods.

Seattle, Washington, United States

Building tools to scale AWS Partner technical validations and an analytics portal for AWS Partner development.

Seattle, Wa

Launching and scaling the AWS Foundational Technical Review.

Chesterfield, Mo

Working with a team of geneticists and biostatisticians, I developed a machine learning framework for predicting key plant characteristics from genetic data. This framework, constructed in Python+Tensorflow using Amazon Web Services, integrates the fundamentals of genomic prediction with state-of-the-art machine learning techniques. Advances were also made in training set optimization, validation metrics, and software quality.

Hillsboro, Or

As part of the team that delivered the 4th and 5th generation of Intel® Core™ microprocessors to market within a short time frame, I have experience with delivering key technologies in a mission-critical product development environment. I was the lead architect for development and productization of graphics engine duty cycling technology, resulting in substantial graphics performance gains for Intel® Core™ M microprocessors. The Anandtech.com review called this new technology “both a bit brute force and a bit genius”.I was also the lead architect for power and thermal management of the Iris® Pro graphics memory subsystem in the 4th and 5th generation of Intel® Core™ microprocessors, which enabled vastly improved graphics performance without a substantial impact to mobile battery life.Research, development, and implementation of algorithms for maximizing the performance and battery life of Intel platforms. Specifically, development and debug of algorithms for Hardware Duty Cycling technology in the 6th generation of Intel® Core™ microprocessors.

Chandler, Az

As a a consultant to product teams, I advanced the state of control systems engineering and algorithm development in multiple generations of Intel® Core™ microprocessors. This included providing interactive software tools for tuning controls systems, as well as optimization tools for performing large-scale data mining and model construction.I constructed the first simulator and optimization-based control policy used during development of Intel® Data Center Manager. The policy ensured optimal data center performance while also respecting electrical and thermal constraints.

Chandler, Az

I applied my graduate research towards the implementation of a Model Predictive Control strategy for managing material flows in a large-scale factory network. I also conducted an independent research project to improve the accuracy of customer demand forecasts. These efforts led to reduced waste, increased flexibility, and improved customer satisfaction.

Doctor Of Philosophy (Ph.D.), Chemical Engineering

Master’S Degree, Chemical Engineering

Bachelor Of Science In Engineering, Chemical Engineering, Summa Cum Laude