• Architected menu publishing system and authored technical RFC, implementing distributed entity map-

ping layer handling 30k+ RPS and reducing publish times from 5 minutes to < 1 minute, enabling top

customer-requested features serving all restaurant customers; optimized publishing system for enterprise

customers with 500+ locations, reducing query time by 60% and enabling 90% faster multi-location

publishing (from hours to minutes)

• Led team of 7 through rollout of new publishing platform to production, addressing scalability challenges

for high-volume configuration changes across multi-location restaurant groups

• Serve as Technical Design Lead providing technical oversight, RFC approvals, and architectural guidance

across multiple engineering teams and domains

• Led architectural overhaul to decouple configuration publishing from legacy monolithic application,

reducing configuration creation time from 12 weeks to < 1 week and powering launch of 30+ new

configuration types across all lines of business with 80% faster product innovation

• Architected and delivered scheduled publishing system end-to-end, enabling restaurants to schedule menu

and pricing changes in advance, addressing feature tied to $20M in blocked deals and $14M in ARR

• Delivered configuration history feature end-to-end across GraphQL API and React frontend, implement-

ing entity diff computation, filterable audit trail, integration links, and dynamic display name generation

to provide restaurant operators visibility into configuration changes and improve debugging workflows

• Led technical ownership transition of restaurant creation systems serving 100% of new customers, im-

plementing Micrometer observability infrastructure and resolving 2 high-severity production incidents

(restaurant copy failures for enterprise accounts, database connection leaks in creation workflows)

• Led database migration from PostgreSQL to DynamoDB for 70,000+ restaurant configurations, achieving

zero-downtime migration while improving query performance and enabling horizontal scalability for

future growth

• Optimized database performance following production incident by implementing low latency follower

reads, reducing load on primary instance and improving system resilience during peak traffic periods

• Completed cross-team API migrations for configuration platform, migrating 5+ critical services across

payment processing, customer management, and ordering domains to new publishing endpoints while

maintaining 100% backward compatibility

• Established continuous delivery pipelines for 2 critical services, accelerating team iteration and reducing

manual deployment overhead

• Designed microservice architecture to manage various spacecraft and ground operations. Microservices run as containerized applications that communicate using JSON-RPC.

• Held responsibilities across every aspect of the company’s software development life cycle.

• Engineered full stack web applications primarily using Python on the backend, Qt or Javascript on the front end, and MongoDB or Postgres as databases.

• Converted existing NoSQL database and applications that used this database to Postgres

• Partnered with business analysts to perform data driven analysis of potential customers by utilizing third party web services to aggregate and store data.

• Lead effort to hire and managed two interns during summer 2019.

• Developed embedded applications for satellite subsystems, including the Zynq SDR. Includes an SDR application for ingesting/processing radio transmissions (libiio).

• Wrote several libraries for interfacing with different sensing and flight hardware.

• Assembled mission control front end using NASA’s OpenMCT to display telemetry data. Also utilizes CesiumJS to display geospatial data in 3D for tracking objects in space.

• Initialized and maintain a MongoDB server storing mission critical telemetry as time series and organizing other important company assets.