The Advanced level of the Aleph Medical Imaging Systems course track is for professionals who already know the modality landscape and need to develop the applied engineering, QA, and regulatory skills the imaging industry expects: working CT reconstruction reasoning (filtered back-projection versus iterative reconstruction; dose engineering), MRI pulse-sequence design and the safety zones, ultrasound transducer-array architecture and Doppler at applied depth, nuclear-medicine and PET reconstruction, applied quality-assurance protocols referenced to AAPM Task Group 100 (risk-based QA) and Task Group 142 (linear-accelerator QA), applied IEC 60601-2 collateral-standard work by modality, applied FDA 21 CFR Subchapter J performance-standard reasoning, and the application of AI-driven image reconstruction and analysis under the FDA AI/ML Predetermined Change Control Plan (PCCP) Final Guidance (December 2024).

This 32-hour Professional Certificate Course builds directly on the 16-hour Introductory level (`BME-620-I`). It does not repeat the modality overview material. Where the Introductory level introduces CT and MRI at the level of physical principles, the Advanced level reasons through the engineering decisions that distinguish a clinical CT system from another and that drive dose-versus-image-quality trade-offs in a clinical protocol. Where the Introductory level introduces AAPM and IEC 60601-2 at orientation depth, the Advanced level authors an applied QA protocol referenced to a specific Task Group and analyzes the IEC 60601-2-XX collateral standard for a chosen modality. The course culminates in a cross-modal course exercise — a clinical case in which the participant compares two or more modality choices, applies ALARA, references the relevant IEC and AAPM documents, and proposes a regulatory pathway under FDA 510(k).

Graduates of the Advanced course are positioned for applied work at imaging-OEM manufacturers (designing and validating CT, MRI, ultrasound, PET, and hybrid systems), at clinical medical-physics programs (responsible for departmental QA), at AI-imaging companies (responsible for FDA AI/ML compliance for reconstruction and analysis algorithms), and at regulatory-affairs consultancies (supporting imaging-device 510(k) and De Novo submissions). The cross-modal capstone exercise is a portfolio-grade artifact that demonstrates working command of the modalities, the QA discipline, and the regulatory framing the field expects.

Participants who meet the course completion requirements receive a Certificate of Completion issued by Aleph University.