Job Description
Job Responsibilities:
* Overall technical leadership and responsible for realization of full systems product release to ensure quality and compliance.
* Define the system imaging performance targets (spatial resolution, low‑contrast detectability, noise texture, CT number accuracy, temporal resolution) based on clinical use cases and regulatory benchmarks.
* Define the system‑level software architecture for CT scanners, including real‑time control, data acquisition, image reconstruction, post‑processing, and hospital integration (DICOM).
* Define failure handling and recovery strategies for software‑detectable faults (e.g., lost sync, DAS buffer overrun, communication timeouts).
* Translate clinical and product requirements into detailed software system specifications, interface contracts, and performance budgets (latency, throughput, uptime).
* Lead trade‑off analyses for software partitioning: on‑scanner vs. offline processing, CPU vs. GPU vs. FPGA, real‑time OS vs....
* Overall technical leadership and responsible for realization of full systems product release to ensure quality and compliance.
* Define the system imaging performance targets (spatial resolution, low‑contrast detectability, noise texture, CT number accuracy, temporal resolution) based on clinical use cases and regulatory benchmarks.
* Define the system‑level software architecture for CT scanners, including real‑time control, data acquisition, image reconstruction, post‑processing, and hospital integration (DICOM).
* Define failure handling and recovery strategies for software‑detectable faults (e.g., lost sync, DAS buffer overrun, communication timeouts).
* Translate clinical and product requirements into detailed software system specifications, interface contracts, and performance budgets (latency, throughput, uptime).
* Lead trade‑off analyses for software partitioning: on‑scanner vs. offline processing, CPU vs. GPU vs. FPGA, real‑time OS vs....