Staff Reliability Engineer

Heavy-ion qualification of a complete spacecraft and working knowledge of LEO radiation environment models, including dose-depth and shielding analysis

Authorship of a company radiation qualification standard or equivalent internal specification and established working relationships with proton and heavy-ion test facilities

Single-event upset mitigation for commercial FPGAs and SoCs, including memory scrubbing, triple modular redundancy, and software-level handling

Highly accelerated life and stress screening (HALT and HASS), including test-to-failure characterization and derivation of production screening limits

Lot acceptance testing, burn-in, and destructive physical analysis of commercial components, including construction analysis and die-level inspection

Derating policy development and verification, and the translation of qualification results into design guidance the engineering team can apply directly

Definition of health, diagnostic, and housekeeping telemetry sufficient to observe component degradation in flight

Fleet-level trending and statistical analysis of on-orbit performance, including detection of parametric drift, infant mortality, and wearout onset

On-orbit anomaly categorization and root-cause investigation, including correlation of failures to environmental conditions and operating history

Correlation of observed on-orbit failure rates against ground qualification predictions, and revision of qualification criteria based on that comparison

Experience at constellation scale, where preventing the propagation of a design defect across large production volumes takes precedence over the qualification of any single build

Experience mentoring engineers or leading a small technical team