- Lead a large team of automation specialists and taught them the fundamentals of efficient coding practices primarily using Python and version control through Git.- Organized and delegated team objectives and contributions via Jira while standardizing, designing,orchestrating, and documenting an effective set of custom data collection and reporting tools.- Created automated solutions to collect, analyze, compare, and report power, performance, thermal, yield, and test time data for pre-silicon modeling, systems, and manufacturing teams across multiple generations and business units (mobile, client, and server).- Increased throughput and accuracy tenfold by scheduling SQL database pulls, automatically queuing test plan coverage and experimental runs with custom Python modules and through Jenkins.- Automatically reported the generated results to a shared PowerBI backed dashboard and customizableemails using HTML and Python’s Matplotlib.- Continuously sought feedback and produced solutions for relevant stakeholders and customers, anddeployed these advancements via a CI/CD pipeline.

- Developed, enhanced, and debugged automation tools and reporting mechanisms used for collecting and analyzing performance simulation data- Integrated software development and information-technology operation principles to maximize the potential of limited resources- Worked with scripting languages, database structures, and an automation server to achieve continuous testing and to create data visualizations

- Lead a validation team responsible for system-to-tester power and thermal correlation, performance scores, energy management features, and telemetry verification on semi-custom business unit products- Developed an automation infrastructure responsible for modifying processor settings, environment control and measuring equipment, and post-processing presentable data- Reduced manual data collection, allowing for a focus on analysis and debugging- Ran educational and instructional meetings enabling engineers to use the automation infrasturcture’s tools, their repository, and how to practice proper coding habits

- Lead a characterization team responsible for system-to-tester power and thermal correlation on a new line server SOC products- Developed automation tools and testing methodologies for baremetal and operating system level validation, characterization, and debugging- Improved the accuracy and repeatability of results and expedited data collection by integrating system-under-test setup, workloads, telemetry, and post processing

- Developed new standards and validation methodologies on five mobile SOC products intended for cell phones and tablets- Validated system-to-tester power and thermal characterization and energy management features- Created an automation framework to sweep through all test conditions and collect data to ensure proper functionality and part binning; this increased throughput and coverage while adding efficiency and accuracy- Upgraded thermal control by building software that maintains tighter thermal limits, enabling accurate dynamic power characterization for active workloads used to measure key performance indicators and correlation to presilicon estimates- Instructed and supported internal customers with the thermal compensation algorithm, adapted the software and hardware to fit many different products, which allowed for quicker product release qualifications- Owned, maintained, and documented validation tasks and codebase