Medical Informatics, Telemedicine & E-Health: Advanced

Medical Informatics, Telemedicine & E-Health: Advanced

Health Information Technologies — Applied Informatics, HL7 FHIR, Telehealth Program Design, and Digital-Health Regulation

Medical Informatics, Telemedicine & E-Health: Advanced

Move from foundations to applied informatics — terminology mapping, HL7 FHIR R4/R5 interoperability, telehealth program design, and the applied FDA, CMS, and state frameworks that govern digital-health products.

HIM-622-AAdvanced32 hoursCertificate of Completion

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Medical Informatics, Telemedicine & E-Health
FormatProfessional Certificate Course
LevelAdvanced
Duration32 hours
LanguageEnglish
CertificateCertificate of Completion — Aleph University
Full course trackIntroductory (16 h) + Advanced (32 h) = 48 hours
Prerequisite / Recommended Preparation

Recommended prerequisite: completion of the Introductory level for this training, or relevant professional experience subject to Aleph University review.

Overview

The Advanced level of the Aleph Medical Informatics, Telemedicine & E-Health course track is for professionals who already have the foundations covered and need to develop the applied skills the digital-health, clinical-informatics, and telemedicine industries expect: terminology mapping across SNOMED CT, LOINC, RxNorm, and ICD-10; HL7 FHIR R4/R5 interoperability strategy and resource design; clinical-data-quality evaluation; telehealth-program design integrating clinical workflow with EHR integration via FHIR; applied FDA Software as a Medical Device and Software Functions premarket work; applied CMS Medicare Part B telehealth reimbursement reasoning; applied state telemedicine practice (licensure, prescribing, standard of care); and AI in clinical informatics including clinical decision support, NLP, and deep-learning models with awareness of the FDA AI/ML PCCP Final Guidance (December 2024).

This 32-hour Professional Certificate Course builds directly on the 16-hour Introductory level (`HIM-622-I`). It does not repeat the orientation material. Where the Introductory level introduces SNOMED CT and the other vocabularies at orientation depth, the Advanced level conducts applied terminology-mapping exercises and reasons through clinical-data-quality issues. Where the Introductory level introduces FDA SaMD at orientation depth, the Advanced level applies the framework to a chosen digital-health product. The course culminates in a telehealth-program-design course exercise — a portfolio-grade artifact in which the participant designs a telehealth program for a chosen clinical condition, with the clinical workflow, the EHR-integration architecture via FHIR, the FDA / CMS / state regulatory framing, and the evaluation plan documented.

What you will learn
Apply SNOMED CT, LOINC, RxNorm, and ICD-10-CM/PCS to applied clinical-data scenarios, including cross-vocabulary mapping.
Design an HL7 FHIR R4/R5 interoperability strategy referenced to the ONC Interoperability Standards Advisory.
Analyze a telehealth modality (synchronous, asynchronous, store-and-forward, RPM) across its clinical, technical, and regulatory dimensions.
Apply the FDA Software as a Medical Device framework and the FDA Software Functions premarket guidance (June 2023) to a chosen digital-health product.
Apply CMS Medicare Part B telehealth reimbursement reasoning, including CPT/HCPCS telehealth codes and the post–COVID-19 framework evolution.
Apply state telemedicine practice regulation, including the Interstate Medical Licensure Compact and the Ryan Haight Act for prescribing controlled substances.
Evaluate clinical-data-quality indicators (completeness, accuracy, timeliness, consistency) for a chosen clinical-data scenario.
Apply AI considerations in clinical informatics — clinical decision support, NLP, deep-learning models — under the FDA AI/ML PCCP Final Guidance (December 2024).
Author a telehealth-program-design course exercise as a portfolio-grade artifact.
course topics & modules
Professional relevance

Graduates of the Advanced course are positioned for applied work in clinical-informatics teams at health systems, in telehealth operations and program-management roles, in digital-health product organizations (telehealth platforms, RPM companies, mobile-medical-applications startups, clinical-decision-support vendors), and in regulatory-affairs and reimbursement consultancies. The telehealth-program-design capstone exercise is a portfolio-grade artifact that demonstrates working command of the clinical, technical, and regulatory dimensions of a telehealth deployment.

Certificate of Completion

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

Completion of both the Introductory and Advanced levels may be reviewed by Aleph University for potential recognition within an applicable graduate pathway, subject to institutional review and applicable academic policies. Recognition is not automatic and is not guaranteed.
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