Collaborated with team to evolve existing codebase and build new features/fix bugs with strong emphasis on prioritizing business-critical features/bug-fixes. Introduced dependency injection to allow for

better component isolation which facilitated automated testing to improve development lifecycle

time and enable continuous CI/CD. Also implemented strong typing (JS -> TS) to improve DX

and efficiency. Integrated third-party components for text (transcript) authoring, and built high-quality clientside media recording.

Also participated in making product decisions, planning the roadmap, gathering data about

customer feedback/requirements, customer support/triage, etc.

Designed and built backend/frontend/data model for the MVP of a new product in the developer-

tools/API space. Data model based on DDD/CQRS concepts to enable git-style fork/merge collaboration on API shapes.

Implemented in Rust for correctness, performance, and ease of

sharing core logic available via WASM to CLI, frontend, backend.

Co-founded field data management company. Collection logic including real-time conditional

validation with javascript-based predicates, relational/nested data, and guided collection procedures all contained within a fully customizable mobile app. Data synced to cloud where managers can view realtime data, respond to events, and run reports on data in their domain, as well as allowing data owners to share and collaborate with other stakeholders with confidence that private data stays private.

NodeJS microservices written in Typescript, accessed through a unified GraphQL API gateway, all

deployed on Kubernetes cluster with full end-to-end GitOps CI/CD pipeline running in Gitlab. Mobile app was written on React Native leveraging core data engine written ontop of RxJS, RxDB, SQLite to handle data integrity, validation, syncing, presentation etc. Web UI is written in functional React using Redux, Material UI.

Designed data model iteratvely, going from specific single-use model to generalized model over

time, as generalizations became clear. Interacted with customers, elicited requirements, and

delivered on time.

Working in collaboration with Designspring Inc. and the music department at McGill University to design and develop a computer controlled analog harpsichord. The computer will record and control the position of the instrument’s keys as they are played. This is useful to study how it is played in different situations, as well as to play back recorded music at higher resolution and accuracy that would be normally possible using a standard MIDI file.