Project homeUC01.2: Health and environmental monitoring (USAR)
Last modified by Tjalling Haije on 2025/09/15 09:24
Health and environmental monitoring – USAR
| Objective | |
|---|---|
| TDP | TDP3, TDP6, TDP7 |
| IDP | IDP2, IDP4 |
| Actors | Responder, Team Leader, Medical Staff, Safety Officer (described at 4. Personas & Problem Scenarios and Direct Stakeholders) |
| Pre-Condition | Wearables calibrated and worn before entering the operational zone. |
| Post-Condition | Health data processed; alerts triggered; medical decisions informed. |
| Status | Validated during and refined after CFT 1, CFT 2, CFT 3 |
Action Sequence
- Sensor Setup and Readiness
a. Wearables are distributed and calibrated at staging area.
b. Each responder confirms correct placement and pairing.
c. System diagnostics confirm connectivity to C3I and health monitoring software. - Monitoring and Local Alerts
a. Wearables measure vitals (e.g. heart rate, temp, hydration).
b. Local LED/sound alerts notify responder of rising stress or danger.
c. Non-critical data is logged passively for review. - Remote Monitoring and Escalation
a. Safety officer observes all live health feeds via dashboard.
b. Alerts for critical thresholds trigger visual/audio warnings.
c. Team leader is notified and confirms next action (pause, replace, extract). - Medical Decision and Evacuation
a. Medic evaluates responder if thresholds persist.
b. If required, team extracts responder for treatment.
c. Info logged and synced to medical HQ for continuity of care. - Command-Level Operational Adjustment
a. Based on patterns, team rotations or routes are adjusted.
b. System records trends for debrief and post-mission reporting.
| Claims (title) | Function | Effect(s) | Action Sequence Step(s) |
|---|---|---|---|
| CL1 Decreased physical workload for responders | Health tracking, wearable alert | Reduces overexertion by triggering alerts when vitals (e.g. heart rate, hydration) cross thresholds → supports timely pause or extraction. Prevents unnoticed fatigue. → Measure with responder stress/effort logs or HR trends. | 2a, 2b, 3a |
| CL2 Improve safety for responders | LED/sound alert on wearables | Improve first responder safety, by giving responders insight into vitals and allow them to self-correct behavior (e.g. slow down, drink water). → Measure with behavioral changes or pre-/post-incident interviews. | 2b |
| CL3 Improve safety via remote escalation | Dashboard monitoring, alert protocol | Improves safety by ensuring safety officers can intervene remotely based on live vitals. → Measure with time to intervention or false negative ratio. | 3a, 3b, 4a |
| CL4 Decrease physical workload for responders | Safety officer monitors team vitals | Safety officer decreases physical workload by double checking FR status → measured as above | 3a |
| CL5 Improve medical decision-making | Medical triage supported by sensor data | Increases effectiveness and efficiency through informed medical response and appropriate treatment via vitals history. → measure with time for FR treatment and FR time-to-recovery. | 4a, 4b, 4c |
| CL6 Improved SA on personnel status for team lead (and command) | Alert escalation, Live dashboard, Auto-alerts | Command has improved SA on health status of personnel → Measure with NASA TLX ? | 3c |
| CL7 Support continuous learning with health data for after action review | Health data exported after mission | Lessons learned can be identified and incorporated incorporated effectively → Measure with incorporation in debriefing and training protocols using questionnaire / interview? | 5a, 5b |
| CL8 Improve mission performance | Combination of all functions | Task is completed quicker and with better results due to more efficient use of personnel → Measure with task time, number of extractions avoided, or successful rescues. | All steps |