• Led and grew a cross-functional Marketplace team composed of three sub teams (Customer, Internal, & Payments), two tech leads and seven Fullstack engineers (Node.js/React, Typescript, Postgres, Firebase)• Managed high-level projects pertaining to internal and external dashboard products, including:- Customer dashboard, including a bulk upload, purchase, and tracking tool for enterprise customers- Internal freight management dashboard for Customer Support and Finance functions- Core financial backend infrastructure (accounts payable and receivable)• Shipped frontend and backend code on a regular basis alongside the team, for all Marketplace products• Partnered closely with Senior Leadership, Product and Design teams, and collaborated effectively withstakeholders in all departments to develop and achieve quarterly OKRs• Mentored engineers organization-wide via pair programming and regular career growth discussions• Spearheaded an initiative to redesign the engineer interview process, with a focus on real-world scenariosthat provide clearer insight into candidate skillset while also reflecting day-to-day work and responsibilities• Promoted agile development and best practices, including code review standards, TDD, measurability,monitoring and alerting, and effective communication strategies

• Led a cross-functional internal tools team composed of one tech lead, 3-5 software and data engineers, and a summer intern• Managed high-level projects including: - Web crawler and scraper processing millions of pages per day across hundreds of hosts (Ruby, Redis, Mongo, Rails) - ETL pipeline processing both scraped webpages and partner data (Ruby, Mongo) - QA platforms including automated testing and multiple tools for data inspection (Java, Node.js/React) - Automated workflow runner to handle imports and releases (Ruby, Postgres, Oozie) - Data release pipeline leveraging AWS Athena and Lambda for monthly external releases andbiweekly internal releases (Java, Scala, Typescript, Spark) - Sourcing and ingestion of verified chains data for both ad-tech and business enablement use-cases - UI components for each of the above products• Performed weekly IC work across all projects owned by the team• Mentored engineers throughout the organization, including weekly pair programming sessions and career growth discussions• Facilitated the Factual Women in Engineering program and authored a blog post to promote Factual’s participation at the Grace Hopper Conference• Oversaw weekly 1-1s, standups, and biweekly sprints and retrospectives• Partnered with the Product Management team to develop quarterly OKRs and consistently meet deadlines to achieve broader company goals• Promoted best practices including code review standards, TDD, monitoring and alerting, andcommunication expectations

• Member of the Neutronic team, developing a Git-inspired model for updating data by enabling engineers to check out snapshots, make local modifications, and merge changes• Managed per-country Solr indexes, including migration from Solr 4 to 6 and to SolrCloud• Built out the AutoQA platform, which runs custom regressions tests for each release and significantly reduces human QA hours• Wrote generalized and country-specific rules for extraction and resummarization of raw location data across 52 countries

Harvey Mudd Clinic project to develop a realistic model for E&J Gallo Winery to optimize the tank mix required to process a variable harvest into wine

Head of the Harvey Mudd College student-run newspaperOrganize layout, edit all articles, brainstorm article topics, conduct staff meetings, distribute work, handle finances regarding subscriptions and paychecks

Organize and run social events on campus in a team of peers and deans to promote student well-being

Worked multiple semesters as a grader and/or tutor for various mathematics and computer science courses

Worked with underwater ROVs to autonomously track a moving target based on signal dataModeled in MATLAB using particle filters to characterize the effects of noise level on tracking performancePaper to be published in SIURO, an undergraduate research journal for applied mathematics

Worked for two consecutive summers on a near-space ballooning project with UCSD students and professor. Used Java programming to determine the best possible launch site based on terrain and weather conditions