Architected a distributed CI/CD platform for cloud deployments and mobile robots using Docker, Gitlab, and Kubernetes, enabling QA and operations to trigger software updates reliably and without downtime.Designed and implemented ETL pipeline using LoRaWAN, Redis, BigQuery, Cloud Run,and GCP, surfacing processed monitoring data in spreadsheets and dashboards.Developed remote dev and demo environment with Pulumi (infrastructure as code), and automated deployment of sandboxed versions of the product for every developer and commit.Built a self-service alerting and monitoring framework using GCP, BigQuery, Datadog, and Slack, letting product developers alert on log events or on data stream changes via email and Slack.Migrated Iron Ox's cloud dependencies from AWS to GCP to centralize data in a single cloud and more easily integrate manual operations procedures in Google Workspace into our software and data backend.

Containerized robot software and dependencies for deployment onto next-generation hardware, and implemented an over-the-air update process for that software using Docker and Azure IoT Device Twins.Improved the reliability and performance of our Ansible-based robot software build/release/deploy process, refactoring compilation processes to ship pre-built, pre-packaged binaries and implementing atomic OS-level rollback via partition flipping on remote devices.Led development of a continuously-integrated hardware-in-the-loop test framework, automating robot software validation in a custom-built test facility.Contributed to the development of a Buildroot-based Linux OS for our next-generation robotics hardware platform.

Built hardware validation procedures and software automation for our custom pseudo-3D time-of-flight depth sensor’s manufacturing process, and deployed that manufacturing execution system in person in China.Automated hardware-in-the-loop testing processes to validate the correctness and performance of mobile robot’s navigation and mapping (SLAM) software, video capture, and directional audio recognition.Developed robot telemetry aggregation, upload, and surfacing system for monitoring and supporting production robots.

Participated in on-call production support for real-time bidding platform deployed in AWS, ensuring uptime and processing over 500,000 bid requests per second.Optimized production code for geospatial data lookup server software, reducing the cluster's cloud costs by 50% and doubling cluster throughput.Designed and built custom end-to-end testing framework for machine-learning-driven ad bidding platform.

I worked with high school students individually, improving their college application standardized testing scores.

Built a team of staff writers to provide section contentEdited articles for style and cogency

Charged student accounts and processed meal plan requestsAssisted students and faculty with student I.D. issuesAddressed computer and printing equipment malfunctions