ProgramArchitecture.
T-EMRP is defined by four commitments: inherit the clinical content, standardize the observable behavior, measure what training can actually change, and let an independent evaluator grade the result.
Six stages. The loop closes on itself.
Select a stage to see what it means in practice.
Every participating agency signs onto a common crosswalk and MOU before any training begins — the shared definition of what “ready” means, by role.
Instructor drift and site-fidelity data feed back into the crosswalk — the loop closes on itself.
Purpose, role, deliverables, evidence.
Purpose
Define what “ready” means, by role, across every participating agency.
Institutional role
Medical director and each agency lead jointly approve the crosswalk.
Primary deliverables
A competency map aligning TECC/TCCC, national EMS education standards, NIMS, local protocols, and hospital handoff expectations.
Evidence of completion
A version-controlled crosswalk approved by the medical director and each agency lead.
Where T-EMRP operates — and only there.
The United States already has strong doctrine and a mature national EMS data system. T-EMRP is a connective layer between existing national assets, not a replacement for any of them.
| Existing infrastructure | What it already does | T-EMRP's non-duplicative contribution |
|---|---|---|
| TECC / TCCC | Evidence-based tactical care guidance for civilian and military settings. | Operational crosswalk, local implementation, joint exercise, and retention testing. |
| National EMS Education Standards / Scope Model | Defines minimum educational objectives and recommended practice levels. | Active-threat competency mapping within local authorization and medical direction. |
| NIMS / ICS | Common incident-management language, unified command, coordination doctrine. | Medical-readiness scenarios that test whether agencies can apply those principles under pressure. |
| NEMSIS | Standardizes national EMS patient-care data and maintains a national repository. | A limited readiness-data module or linked dataset; no replacement patient registry. |
| NEMSQA | Develops and reports standardized EMS quality measures, including trauma measures. | Exercise- and training-focused measures crosswalked to existing quality concepts. |
| NEMSAC 2024 advisory | Recommends active-threat education, interoperability, MOUs, demonstration projects. | A bounded pilot that implements and evaluates selected recommendations. |
No new doctrine. No new registry. No new command authority.
A restrained technology pathway.
Placing artificial intelligence near the center of field triage or predictive clinical decision-making would be premature. During the pilot, software is confined to lower-risk functions: scoring recorded simulation events against transparent published rules, checking documentation completeness, scheduling refresher training, and summarizing de-identified after-action themes for human review.
- → No autonomous triage, clinical recommendation, or real-time treatment control is deployed.
- → Any later clinical decision-support function would require separate validation, usability testing, bias analysis, cybersecurity review, medical oversight, and regulatory assessment before it is proposed to anyone.
Human review · Transparent rules