Feb 2022 – Feb 2026 · 4 yrs · Greater Seattle Area

• Led an Azure Core-wide quality initiative improving deployment safety, reducing the risk of incidents and outages. Presented insights to Cloud + AI executives, influencing cross-organizational cloud deployment policies impacting 2,000 engineers.
• Drove platform improvements and investments, balancing deployment velocity and safety with external engineering teams.
• Designed an API framework centralizing deployment safety data, automating federal audits, reducing manual compliance effort.
• Spearheaded a generative AI experience called CoDeploy which successfully launched as a CoPilot for any deployment questions.
• Developed weekly executive reports, synthesizing insights from 12+ teams to guide Azure-wide processes on deployment safety.
• Transitioned to Azure from Windows - Mid 2024
• PM for Windows PC manufacturing and recovery, interfacing with external customers (Dell, Lenovo, HP) and internal engineering teams for releasing new SaaS products from concept to launch, ensuring timely delivery of key milestones, shipping ~160M devices annually.
• Identified a manufacturing improvement opportunity and drove adoption of a technology driven solution that saves $50M and X hundred engineering hours annually across the Windows PC ecosystem. Developed the business case for this that influenced senior management.
• Wrote comprehensive analysis and feature specs to design and release an improvement that saved over 1GB of disk space per device.
• Developed a Power BI dashboard tracking the health and status for a Windows recovery feature impacting 1.4B devices worldwide.
• Managed dependencies with 4 cross functional teams – legal, marketing, BI, and engineering owning the E2E product roadmap.
• Ran sprint meetings and weekly 1:1s with every engineer on my team and resolved blockers across dependent teams

May 2021 – Aug 2021 · 3 mos · San Jose, California, United States

Feb 2020 – Aug 2020 · 6 mos · San Francisco Bay Area

• Saved $5M/year in equipment and labor costs for Model S/X/3 using Python & D3.js improving battery lines turnaround time by 25%
• Reduced manual work of electronics line by 7 hours per week using Python tools
• Interfaced with Engineering Managers and Engineers to identify and remove bottlenecks during the ramp-up of China supercharger V3 cable
• Developed a scalable solution with Python to classify the model S battery without further testing

Jan 2019 – Aug 2019 · 7 mos · San Francisco Bay Area

• Designed a web app using Django to analyze model 3 battery failure statistics and make data driven decisions
• Reduced 10 amortized hours per week by replacing Excel with SQL and Python for auditing procedures
• Redesigned website to streamline communication for workers on battery packs for model 3
• Automated operating procedures and saved $$ in labor costs by implementing a Python program for identifying alerts in model S battery

Aug 2018 – Dec 2018 · 4 mos

• Created an open environment for 45 residents of diverse socio-economic backgrounds and encouraged productive conversations
• Built successful community and personal relationships with every resident while a full-time student
• Resolved conflicts ranging from academic instability to personal crises
• Developed residents by leading community learning events for a smooth transition into college

Aug 2016 – Sep 2019 · 3 yrs 1 mo

• Mentored and tutored 120 students on data analysis (MATLAB) and programming (C) for 3 academic semesters
• Developed a tracker tool using MS Excel for research progress and analyze a participant’s thinking via research videos
• Tech Skills: MATLAB, Excel

May 2017 – Aug 2017 · 3 mos · Lafayette, Indiana Metropolitan Area

• Developed a quantitative model for previous generation electric meters to aid the design of future electric meters
• Utilized fault tree and five whys technique to perform root cause analysis on customer electric meter failure investigations
• Used OrCAD capture and PSpice to simulate power and voltage waveforms, replicating circuit sections on the PCB
• Performed circuit analysis on the PCB for electric meters to use electronic diagnostic tools such as multimeters for testing
• Collaborated with employees in multiple departments to engineer real-time solutions to problems under time pressure
• Soldered SMD resistors, IC’s and other small circuit components to fix the PCB section to function as expected
• Tech Skills: OrCAD, PSpice, Altium, Excel, Hardware engineering lab skills

Jun 2014 – Aug 2014 · 2 mos ·

• • Tracked weekly team progress and analyzed data collected on a bi-weekly basis using Excel.