- Established the Cloud Gaming Chromebook segment and overall gaming strategy. Developed cloud gaming test methodology to compare Chromebooks, Windows PCs (local and cloud), game consoles, and cloud devices. Results drove internal gaming strategy across ChromeOS and data shared with the Windows teams. - This led to a data driven recommendation that decreased latency around 22%, improved the overall cloud gaming experience, and drove CPU sell up.- Drove Android App compatibility on ChromeOS through major OS and architecture changes by partnering with multiple internal teams and directing a 3rd party test company to triage & remediate apps, defining tests and advising next steps. This work allowed us to hit our goal of within 2-4% compatibility from competitors, and >=82% app compatibility overall.- Showcased Intel Chromebooks through the creation, testing, and finalizing of 20+ sell up workloads.- Sync with Google on a regular basis to share data, facilitate cross company communication, collaborate on issues, and solve customer issues to make Intel based Chromebooks the best experience

- Initiated and led Cloud Gaming workgroup to align and drive exploration in cloud rendering. Drove collaboration among 3 engineers working part time to gain experience and understanding of competitive solutions.- Took over the Intellectual Property (IP) Planner role, driving Software Legal Compliance needs for samples the team creates. Drove new components into our team’s IP plan, received approval from the Open Source team, and facilitated updates to tools so samples could be scanned, published, and shared with external partners.

- Lead the engineering team in Enabling Platforms & Services to define and ship the first Xeon + FPGA (Xeon Scalable Gold 6138P) Software Development Platform to internal and external customers.- Drove process creation and refinement for moving development platform builds to an external factory, collaborating across multiple groups and the external factory to achieve the goal of saving Intel money with no customer perceived changes.- Influenced other teams drive quality improvements upstream to validation and development teams to improve platform features and usability.- Lead and participated in multiple projects targeting on improved customer satisfaction, including creating a process for video tutorials, performance evaluation, improving our support site, and implementing feedback.

- Awarded Intel Achievement Award for “Android Software Ecosystem Development – Making Intel Architecture a First Class Target for Mobile Developers.” This award is given out to less than 1% of all Intel employees.- Managed multiple (up to 3) interns and worked as team lead to one engineer to deliver application compatibility and remediation in a timely manner, prioritizing apps based on risk management methodology and loosely leveraging agile methods.- Developed and executed externally focused software development platform acceptance tests as a final check before mobile devices are sent to AEs and ISVs. Test development included collaboration with multiple teams to define a broad set of complex customer requirements and expanded from retrospectives. Tests were effective enough to become required, provided go/no go decisions, and improved the quality of product delivered to developers. - Expanded our Android 3rd party remediation scope from handling a few issues per week on a spreadsheet to handling ~500 issues per year, moving bug management form a spreadsheet to a bug database for better tracking and metrics, and reported out weekly to the Android Enabling PXT. Drove teams in PRC to assist in local app triage and remediation. - Triaged and remediated many critical issues on Android, working closely with internal teams to deliver detailed information to ISVs, communicating directly with the ISV and other external customers as need to quickly resolve these escalations.

- Developed and maintained test content in our management system at the ingredient and platform level for a set of thermal control drivers- Lead execution of tests across multiple platforms and operating systems, debugging and driving bugs through development and closure. Drove execution locally and with a team in India.- Delivered status updates and metrics to management and stakeholders on a weekly basis, adopted scrum methodology and adapted it for validation

- Worked independently or with little guidance.- Found I/O bottlenecks that are solved by Intel's Solid State disk drives.- Created and refined demos to showcase Intel's Solid State disk drives to be shown at multiple large scale technology shows.- Created professional videos of demos as backups to live demos, as well as a way to show demos on the fly.- Invented video capture methodology to capture and analyze gameplay.- Created documentation for BKMs developed so the next person to work on the project can have a clear understanding of the exact steps to reproduce the results obtained.

- Worked on team of 9 validation engineers delivering automated and manual test results for Solid-State disk drives (Intel x25).- Explored testing methods for servers based on Intel’s Solid-State disk drives.- Delivered exploratory results on SSDs.- Validated and debugged IPEAK 4.7 to allow public release.

- Worked on team of 10 validation engineers delivering automated and manual test results for Solid-State disk drives (Intel x25).- Delivered exploratory results on a disk management prototype.- Modified multiple automation scripts to run IDF Demos, validation, and performance tests.

- Worked on team of 10 validation engineers delivering automated and manual test results for Solid-State disk drives (Intel x25).- Delivered exploratory results on a disk management prototype.- Modified multiple automation scripts to run IDF Demos, validation, and performance tests.

- Worked on team of 9 validation engineers delivering automated and manual test results for disk cache (Intel Turbo Memory) project.