Key Responsibilities:
- Lead continuous engineering initiatives and design updates for our preclinical Polarizer Polaris throughout its lifecycle
- Review critical design and component choices from external partners and provide structured technical feedback
- Maintain and organize the Design History File (DHF) securing consistency between specifications, verification activities, risk management and design changes to guarantee product compliance and support efficient production
- Oversee the engineering of the fluidic subsystem: Technical dimensioning, sizing, and integration of complex thermal and fluidic processes to ensure optimized system performance
- Develop and evaluate functional prototype assemblies to validate design changes, mitigate technical risks, and prove out system improvements
- Define and structure comprehensive verification strategies of engineering requirements and ensure systematic test execution.
- Coordinate and execute hands-on lab testing on the preclinical Polaris system, evaluate results, and provide technical feedback
- Partner with the service team to provide 3rd-level engineering support, converting field feedback and root-cause analyses into actionable inputs for the system design