Explain how environmental and location-based wearable sensors monitor exposure and proximity risk.
Occupational Health & Safety
Connected Worker Wearables for Real-Time Exposure and Proximity Alerts
Trains safety and operations teams to select, deploy and manage wearable sensors that monitor noise, gas, vibration, heat and proximity exposure, and to turn real-time alerts into corrective action.
🗓️Duration5 training days
📚Content4 modules · 8 sessions
🎓On completionAccredited attendance certificate
About the programme
Course Overview
A worker can carry a device that measures the noise, gas, vibration or heat they are exposed to every minute of a shift, and a proximity tag that warns them before a reversing vehicle gets too close, yet many wearable programmes fail because nobody translates the data stream into a decision anyone acts on. This course teaches safety and operations professionals how connected worker wearables work, from environmental sensors that track noise, gas, vibration and heat stress to real-time location systems using ultra-wideband, Bluetooth low energy or GPS for proximity and geofencing alerts around mobile plant. Participants learn to translate recognised exposure limits and action values into device alarm thresholds, and to design an escalation pathway that moves an alert from a wearable to a supervisor response and a documented corrective action. The course covers calibration schedules, battery logistics and device maintenance, integrating wearable data into existing exposure records and EHS platforms, and the consultation needed to secure workforce comfort and adoption rather than resistance. Sessions close with measuring programme impact against baseline exposure and incident data, so the investment case for scaling a pilot into a site-wide rollout rests on evidence rather than vendor claims.
Expected Learning Outcomes
Translate recognised exposure limits and action values into device alarm thresholds.
Design an escalation pathway from a wearable alert to supervisor response and corrective action.
Plan calibration schedules, battery logistics and maintenance for a wearable device fleet.
Integrate wearable sensor data into EHS platforms and existing exposure records.
Address workforce comfort, consultation and privacy concerns to secure wearable adoption.
Evaluate pilot data against baseline exposure and incident records to justify wider rollout.
Who Should Attend
Occupational hygienists monitoring noise, vibration, gas and heat exposure across a workforce.
Health and safety managers considering a connected worker wearable programme.
Operations managers responsible for mobile plant and pedestrian interaction on site.
EHS technology coordinators integrating sensor data into existing safety platforms.
Site supervisors who will receive and act on real-time wearable alerts.
Procurement and IT teams evaluating wearable device fleets and data infrastructure.
Course Modules
Select any module to see its sessions and points.
01Wearable Technology Categories and Exposure Science
2 sessions · 8 points
Session 1Environmental and Physical Exposure Sensors
- Compare noise dosimeters, gas detectors, vibration meters and heat stress monitors by application.
- Explain time-weighted average exposure measurement and how wearables capture it across a shift.
- Assess sensor placement on the body needed for accurate noise, vibration or heat readings.
- Identify tasks where combined exposures, such as noise and vibration together, need joint monitoring.
Session 2Location and Proximity Technologies
- Compare ultra-wideband, Bluetooth low energy and GPS technologies for indoor and outdoor proximity detection.
- Design geofencing zones around mobile plant, excavations and restricted areas using location tags.
- Set proximity alert distances appropriate to vehicle speed, load and typical stopping distance.
- Assess infrastructure requirements, such as anchor points and network coverage, for location accuracy.
02Setting Thresholds and Designing Alert Logic
2 sessions · 8 points
Session 1Translating Exposure Limits Into Alarm Thresholds
- Convert recognised occupational exposure limits into device warning and action alarm levels.
- Set differentiated thresholds for short-term peak exposure and cumulative shift exposure.
- Calibrate heat stress alerts against task intensity and protective clothing worn.
- Review alarm thresholds periodically against updated exposure guidance and incident learning.
Session 2Escalation From Alert to Corrective Action
- Define who receives a real-time alert and within what time frame a response is expected.
- Set escalation tiers that move an unresolved alert from worker to supervisor to safety manager.
- Link repeated alerts from one task or location to a review of engineering or procedural controls.
- Document corrective actions taken in response to alerts to close the loop on each event.
03Deployment, Data Management and Device Lifecycle
2 sessions · 8 points
Session 1Calibration, Battery Logistics and Maintenance
- Set a calibration schedule that keeps sensor readings accurate across the device fleet.
- Plan battery charging, swap-out and spare device logistics for multi-shift operations.
- Establish cleaning and hygiene procedures for wearables shared across different workers.
- Track device faults and downtime to maintain coverage across the monitored workforce.
Session 2Integrating Wearable Data Into EHS Platforms
- Map wearable data fields to the exposure records an EHS platform already maintains.
- Set data retention periods that meet occupational health record-keeping requirements.
- Build dashboards that show exposure trends by task, location and individual over time.
- Reconcile wearable-generated data with manual exposure assessments during the transition period.
04Workforce Adoption, Privacy and Evaluation
2 sessions · 8 points
Session 1Consultation and Change Management for Adoption
- Consult the workforce on device comfort, fit and perceived surveillance before rollout.
- Communicate clearly how location and exposure data will and will not be used.
- Address resistance from workers who see wearables as monitoring performance rather than protecting health.
- Train supervisors to respond to alerts supportively rather than punitively.
Session 2Measuring Impact and Building the Business Case
- Compare exposure and incident data before and after wearable deployment to assess impact.
- Calculate the cost of devices, infrastructure and administration against reduced injury and claims costs.
- Identify tasks or areas where the pilot data justifies expanding wearable coverage.
- Report programme outcomes to leadership in terms that support continued investment.
What the participant receives
4 course modules
A structured syllabus
8 training sessions
across 5 days
32 detailed points
Applied, detailed content
Accredited attendance certificate
On completing the programme
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