Pillar 1 Platform Architecture
Own the end-to-end architecture across backend services, job orchestration, hardware abstraction and device state management.Define the interfaces between the scientific layer and the platform layer so physicists can work without engineering support.Make and carry the build-versus-buy and framework decisions; document them so they survive the people who made them.Lead the migration of the platform onto the Constructor technology stack.Success Metrics and KPIs: architectural decisions documented and adopted, platform stability, migration delivered to plan.
Pillar 2 Hands-on Engineering
Write production code in the core of the system, not only design documents.Own the hardest components personally — those where correctness and performance both matter.Set and enforce engineering standards: testing, review, structured logging, dependency governance.Remove single points of failure so no component has only one person who understands it.Success Metrics and KPIs: test coverage, review discipline, bus factor above one on every core component.
Pillar 3 Working with Research
Work day to day with research physicists, translating experimental workflows into software.Keep the research and engineering collaboration model intact as the group grows.Support the product function with realistic estimates and honest technical constraints.Accountability: research team able to run experiments without engineering bottlenecks.
