Jeremy Cooke

Jeremy Cooke has a diverse work experience in software development and engineering systems. Jeremy began their career as a Software Development Intern at InterDigital Communications Corporation, where they developed software applications that automated engineering tasks and improved wireless communication systems testing. Jeremy then had an Information Technology Internship at Cablevision Systems Corporation, where they facilitated Y2K testing and coordinated upgrades to Cisco hardware.

After that, they worked at Intel Corporation as a Software Design and Factory Automation Systems Engineer. During their time there, they designed, developed, and supported factory automation control software for semiconductor manufacturing facilities. Jeremy also contributed to projects related to Intel's high volume manufacturing facility and created software emulation mocks of factory tools.

Later, Jeremy joined Microsoft as a Senior Software Design Engineer, specializing in machine learning, engineering systems, driver development, power optimization, and bootloaders. Jeremy applied Azure Machine Learning to automate build failure categorization and developed tools for migrating projects to a new build system. Jeremy also worked on power optimization techniques, implemented Bluetooth host controller interface drivers, and drove Windows Phone bootloader development.

Most recently, Jeremy worked at Yubico as a Senior Software Development Engineer, although specific roles and responsibilities are not detailed in the provided information.

Jeremy Cooke pursued their undergraduate studies from 1995 to 2000 at SUNY New Paltz, where they earned a Bachelor of Science degree in Computer and Electrical Engineering with Summa Cum Laude honors. During this time, their field of study focused on microprocessor/microcontroller system design. Later, from 2003 to 2005, Jeremy attended the University of Michigan to complete a Master's degree in Electrical Engineering Systems. During their master's program, they specialized in the area of signal processing and control systems.