When a coworker collapses or a hand goes into a machine, the ambulance is minutes away and the brain starts dying in four. OSHA’s medical-services rule (1910.151) requires that, in the absence of a nearby infirmary or hospital, a person be adequately trained to render first aid — and on real jobsites and plant floors, that trained person is the whole margin between a scary story and a fatality.
3P Safety Training delivers First Aid, CPR, and AED training on-site, training your designated responders on the skills that matter in the first critical minutes — hands-on, on your floor, sized to the emergencies your operation could actually face.
What the Course Covers
- Adult CPR — high-quality compressions, rescue breaths, and the response cycle, practiced on manikins to real standards
- AED use — deploying an automated external defibrillator fast and safely, because defibrillation in the first minutes is what actually restarts a heart
- Choking response for responsive and unresponsive victims
- First aid for the workplace realities: severe bleeding control, shock, burns, fractures, head and spine precautions, and medical emergencies like heat stroke, diabetic events, and seizures
- Scene safety, the emergency response system, and using PPE to protect the rescuer
Why On-Site, Task-Relevant Training Matters
A generic community CPR class teaches the compressions. An on-site class teaches the compressions and what to do about the specific ways your operation hurts people — the caught-in injury, the fall from the mezzanine, the heat stroke on the roof in July, the chemical burn in the plating line. We build the first-aid scenarios around your actual hazards, and we train your real responders in the space where they will actually respond, including finding and reaching your real AED.
Format, Duration, and Certificates
A hands-on instructor-led session at your facility, tailored in length to your job and crew, ending in a certificate of completion for each participant — a two-year card is the standard cycle for CPR/AED. We keep classes sized so every participant gets real manikin and AED reps, not a watch-and-sign experience. It pairs naturally with bloodborne pathogens training — the same designated responders need both — and with heat illness and emergency action plan training, since it is the same people executing all of it. Completers receive certification cards and records for your files.
Who We Train
Any workplace not near a hospital or clinic needs trained first-aid responders on shift:
- Construction jobsites — often far from emergency care, with high-consequence injuries
- Manufacturing and warehouse floors — caught-in, struck-by, and machine injuries
- Remote and field operations — utilities, agriculture, and energy work
- Offices and facilities — sudden cardiac arrest respects no industry
How the On-Site Session Runs
We train your real responders on your floor, including finding and reaching your actual AED, and keep classes small enough that everyone gets genuine manikin and AED reps. We schedule around your operation — including off-shifts and turnarounds — and every session ends with certificates and a training record formatted for your files, handed over before we leave. One price for the visit, and a certificate of completion for each participant: request a quote or call (252) 274-0583.
Sizing the Responder Team Like Coverage, Not a Checkbox
One certified person is a checkbox; coverage is math. Every shift needs trained responders present — not “on days,” not “usually” — and the roster has to survive vacations, turnover, and the night the certified guy calls in sick. Spread matters as much as count: a responder in the office doesn’t reach the far end of the yard inside the four minutes that decide a cardiac arrest. Our scoping walks the shifts and the floor plan and lands on a number — commonly ten to fifteen percent of site headcount, weighted toward supervisors and the people who never leave the floor — then keeps the recert calendar so the coverage never silently expires.
What the Hands-On Hours Actually Build
The training runs on skills, not slides. CPR with real compression depth and rate on manikins that score the work — because chest compressions done timidly are compressions that don’t circulate. The AED sequence until it’s boring: power on, follow the prompts, pads placed right, everybody clear. Severe bleeding control — direct pressure, wound packing, and tourniquets applied correctly and tight enough to matter, the skill the trauma data keeps validating. Choking response, recovery positioning, and the scene judgment that starts every scenario: is it safe, what happened, who’s calling 911, who’s getting the AED. Your responders leave having done each skill repeatedly, not having watched it.
The Kit, the AED, and the Eyewash — Logistics That Decide Outcomes
Training rides on equipment that’s actually there and actually works. First-aid kits stocked to the ANSI Z308.1 class that matches your hazards — and checked on a schedule, because kits bleed supplies invisibly. AEDs placed by walking-time, not by lobby aesthetics, with pads and batteries inside their dates and monthly readiness checks logged. And wherever corrosives live, plumbed or portable eyewash within the immediate reach 1910.151(c) demands — flushing seconds are tissue. The class includes the station walk: we check dates, placement, and signage with your team, and the punch list comes free.
Skills Decay — the Two-Year Card Is the Outer Limit
The certification cycle is two years, but the research on skill decay is humbling — CPR quality degrades within months without practice. The fix isn’t more certificates; it’s short touch-points: a ten-minute manikin refresher at a safety meeting, an AED walk-through when the monthly check happens, a scenario drill each quarter. We build that cadence with your safety lead so the two-year recert confirms living skills instead of resurrecting dead ones — and so the responder who faces the real arrest has hands that remember.
Severe Bleeding: The Industrial-Grade Module
Office-park first aid courses treat bleeding as a band-aid conversation. Industrial sites can’t — saws, augers, unguarded edges, and glass produce wounds where a worker can bleed out before the ambulance clears the gate, and the response window is minutes. Our delivery gives hemorrhage control the weight trauma medicine now gives it: direct pressure done like you mean it, wound packing for the junctional wounds pressure alone can’t hold, and commercial tourniquets — applied high and tight, time noted, never loosened on scene — practiced on trainers until hesitation is gone. The myths get retired in the room (a properly applied tourniquet is limb-saving far more often than limb-costing), and the kit conversation follows: bleeding-control equipment staged where the blades and the augers actually are, not locked in the front-office cabinet.
Overdose Response: The Emergency Nobody Puts in the Safety Plan
Construction and industrial workforces are living through an overdose crisis on the clock — opioid deaths on jobsites have climbed steadily, and the response window is as unforgiving as cardiac arrest. Where your program opts in, the course adds the naloxone block: recognizing an opioid overdose (unresponsive, slow or stopped breathing, pinpoint pupils), nasal naloxone administration and the follow-up doses that fentanyl sometimes demands, rescue breathing while it works, and the recovery position and 911 handoff that finish the job. Just as important is the policy conversation we help supervisors have — where the kit lives, how it pairs with the AED cabinet, and the amnesty framing that makes a crew willing to call for help fast instead of hiding the emergency until it’s a fatality.
Electrical, Chemical, and Machine Injuries: The Industrial Special Cases
Generic first aid assumes the hazard is gone; industrial first aid can’t. The course drills the special cases your site actually generates: the shock victim who may still be in contact with the source — scene safety before touch, always, or the responder becomes casualty two; chemical splashes where the first responder’s job is fifteen-plus minutes at the eyewash and pulling the SDS’s Section 4 while someone else calls; amputations where bleeding control comes first and the part is preserved cool and dry, never on ice directly; and crush and caught-in injuries where “pull him out” can be exactly wrong. Each scenario gets mapped to your floor — which machine, which chemical rack, which eyewash — because the rehearsal only transfers when the geography is real.
Good Samaritan, Consent, and the Questions Crews Actually Ask
Every class hits the same hesitations, so we answer them head-on before the scenarios start. Am I liable if I do it wrong? Good Samaritan protections cover good-faith aid in every state, and designated workplace responders acting within their training are on the strongest possible ground — the legal risk that should worry a company is the untrained vacuum, not the trained response. Do I need permission? A responsive adult gets asked; an unresponsive one has consent implied by law. Can I be forced to respond? Designated responders accept the role; bystanders aren’t conscripted. What about COVID-era hesitancy on rescue breaths? Compression-only CPR remains a legitimate, taught option for untrained rescuers, and barrier devices handle the rest. Clearing the hesitation is half the speed.
After the Incident: Reporting, Recording, and Restocking
What happens in the hour after the bandages matters almost as much as the response itself. The class walks responders and supervisors through the close-out sequence: exposure follow-up when blood was involved (the bloodborne pathogens program owns that lane, and responders should already be inside it), the recordability question of whether care crossed OSHA’s first-aid line into medical treatment — a distinction with a precise official list that supervisors routinely guess wrong in both directions — the severe-injury reporting clocks for hospitalizations and amputations, and the mundane discipline of restocking what got used before it’s needed again. It turns a scary afternoon into a documented event with a closed loop, which is what a mature program looks like from the outside.
Frequently Asked Questions
Are we required to have an AED on site?
No general OSHA standard mandates AEDs — but 1910.151’s adequately-trained-personnel requirement, the four-minute survival math, and the device’s defensibility make them the obvious answer for any site where EMS arrival runs long. Once you own one, maintenance and training expectations attach — which is exactly what the course and the monthly check rhythm cover.
Does workplace first-aid training satisfy childcare or coaching requirements our people ask about?
The course is adult-focused workplace response; pediatric modules can be added where your workforce or facility (on-site daycare, public-facing venues) needs them — tell us during scoping and we’ll shape the course accordingly.
Are responders protected legally when they help?
Every state carries Good Samaritan protections, and acting within training as a designated workplace responder is the pattern those laws and your company’s program are built to protect. The class covers consent, the limits of the role, and handoff to EMS — the professional boundaries that keep helpers protected while they help.
Does OSHA require us to have first-aid-trained employees?
Where medical facilities are not in near proximity to the workplace, yes — 1910.151 requires a person or persons adequately trained to render first aid, with supplies readily available. “Near proximity” is judged by response time and the hazards present; for most jobsites and plants, having trained responders on shift is the practical and defensible answer.
How long is a CPR/AED certification good for?
Two years is the standard certification cycle. Because perishable skills decay, many employers refresh sooner or run periodic skills check-ins between certifications — the compressions people learned two years ago and never practiced are not the compressions that save a life.
Can you train our whole crew or just designated responders?
Either. Some employers certify a designated response team; others train broadly so help is never far from anyone. We scope the class to your headcount and your coverage goals, keeping every group small enough for genuine hands-on practice.
What’s the difference between a Class A and Class B first-aid kit?
ANSI Z308.1 splits kits by hazard level: Class A covers the common workplace injuries — minor cuts, burns, sprains — while Class B carries more of everything plus items like a splint and tourniquet for higher-risk environments such as manufacturing floors and construction sites. Most industrial operations should be stocking Class B, and the class includes a five-minute audit of whatever cabinet you currently have.
Does OSHA say how fast aid has to reach an injured worker?
The rule’s phrase is “in near proximity,” and OSHA’s interpretations put real numbers behind it: for serious injuries — the ones where breathing or bleeding is the problem — response within three to four minutes is the benchmark, which distant EMS cannot meet. That math, not preference, is what obligates on-site trained responders at most industrial locations.