System Architecture
Partition functions across mechanical, electrical, software, firmware, algorithms, consumables, and external services with clear ownership and interfaces.
Product Architecture
Architecture for instruments that work as one system
We turn product intent into a technical architecture that aligns hardware, software, mechanics, consumables, algorithms, and verification before integration becomes expensive.
Capabilities
Make system decisions visible early
Requirements & Interfaces
Translate product needs into measurable system requirements, interface definitions, operating states, and acceptance criteria.
Technical Budgets
Manage performance budgets such as timing, thermal stability, positioning, noise, throughput, power, and measurement uncertainty.
Risk & Trade Studies
Compare technical approaches with explicit tradeoffs in performance, cost, schedule, reliability, regulatory risk, and manufacturability.
Integration Strategy
Sequence subsystem maturity and integration so failures are localized quickly and critical assumptions are tested before full-system builds.
Platform Roadmaps
Define architectures that support the current product while preserving practical paths for next-generation features and variants.
System thinking
Architecture is where product risk becomes visible.
A strong architecture does more than divide a product into boxes. It exposes assumptions, interfaces, performance margins, and failure paths early enough to change them.
Paska Scientific