How To Create An Aed Program for Schools and Facilities

An AED, or automated external defibrillator, is a portable device that analyzes a heart rhythm and delivers a shock only when one is needed. Owning one is not the same as having a program. This 2026 guide on how to create an AED program walks you through building a plan, placing the right devices in the right spots, training responders, and keeping everything ready with a maintenance routine. Before you start, get approval from leadership, gather a rough headcount and floor plan of your site, and find a contact at your local emergency medical services (EMS) agency.

Step 1: Check Your Legal Requirements and Assign a Program Owner

Look up the rules before you buy anything. As of 2026, some states require AEDs in schools, gyms, or public buildings, and requirements for medical oversight, device registration, and EMS notification differ from state to state and change over time. Confirm the current rules with your state health department and your local EMS agency rather than relying on a summary written elsewhere, including this one.

Next, name one accountable program coordinator and a backup. Write down their duties so nothing depends on memory:

• Purchasing devices, pads, batteries, and accessories
• Monthly inspections and the inspection log
• Training records and renewal dates
• Post-event reporting and follow-up

Then talk to your insurer or legal counsel about Good Samaritan and AED immunity protections in your state. Ask specifically whether they cover employees who respond while at work, and whether the organization itself is protected if it follows the state's requirements for oversight and maintenance. Immunity often depends on acting in good faith and keeping the device maintained, so the answer may shape your later steps.

Common mistake: treating the AED as a one-time purchase with no owner. That is how batteries and pads expire unnoticed, and how a device sits in a cabinet unusable on the day it is needed. A named person with a written role prevents this more reliably than any piece of hardware.

Step 2: Assess Your Site and Estimate Your Risk

Walk the site with your floor plan in hand. Mark every place people gather, work alone, exercise, or spend time far from the main entrance. Warehouses, parking structures, remote job sites, and fitness areas deserve particular attention, because a collapse there may go unseen for a while.

Then consider who is actually present. Visitors, older adults, students, and athletes all change the risk profile. Shift patterns matter too: an area that is busy at noon may have one person in it at 2 a.m., and your coverage has to work for that person as well.

Sudden cardiac arrest is when the heart abruptly stops pumping effectively. It is not the same as a heart attack, which is a blockage of blood flow to the heart muscle and usually leaves the person conscious. In cardiac arrest the person collapses and stops responding and normal breathing, and every minute without defibrillation lowers the chance of survival. The American Heart Association (AHA) has long emphasized early defibrillation, and its guidance has pointed to a goal of delivering a shock within roughly 3 minutes of collapse. Check the AHA's current guidelines for the exact wording before you quote the target in your own documents.

Use that goal as a test you can run:

1. Mark the proposed AED location on the plan.
2. Start at the farthest point it is meant to serve.
3. Time a brisk walk to the device and back to that starting point.
4. Note anything that slows the trip: stairs, locked doors, slow elevators, or long corridors.

If the round trip eats most of your time budget, the device is too far away. Record each problem area so Step 4 can address it.

Step 3: Choose the Right AED and Accessories

Start with the operating style. Semi-automatic models tell the rescuer to press a button to deliver a shock. Fully automatic models deliver it themselves after a warning. Either is safe for lay users, and the device only advises a shock when it detects a shockable rhythm, so it will not harm someone who does not need one. Most buyers choose based on how their responders are likely to feel under stress.

Then compare features:

• Clear voice prompts, and visual prompts if your setting is noisy
• CPR coaching feedback that guides compression rate and depth
• Pediatric pads or a pediatric mode, which matters for schools and childcare settings
• A visible self-test status indicator so inspections take seconds

Look at total cost of ownership rather than the sticker price. Ask each supplier for battery and pad replacement intervals, warranty length, and what the manufacturer recommends for the device's service life. Prices change, so get current quotes in writing. Confirm the model is cleared or approved by the U.S. Food and Drug Administration (FDA) and buy from a reputable supplier that can support the device over time.

Build a readiness kit

A readiness kit is the set of supplies stored with the AED so a rescuer can act without hunting for items. Include:

• A spare set of pads and a spare battery
• A razor for removing chest hair that prevents pad contact
• Trauma shears to cut clothing
• Disposable gloves
• A towel to dry the chest
• A pocket mask for rescue breaths

360 Safety supplies AEDs, tourniquets, and first aid products, so you can assemble the device and its kit from one place.

Step 4: Place and Mount Your AEDs for Fast Access

Put each AED in a visible, unlocked, central spot along the routes people actually travel. Offices, locked rooms, and closets defeat the purpose, since a rescuer should never need a key or permission. If theft or tampering is a concern, use a wall cabinet with an audible alarm option. The alarm also alerts nearby staff that someone has gone for the device.

Mount it at a reachable height, and make sure it can be seen from a distance. Use AED signs at eye level and add directional signs at corners and hallway junctions that lead to the device. A unit tucked behind a door or a plant may as well not exist.

Use your Step 2 notes to decide how many units you need:

• At least one per floor, or per zone that you cannot cover within your response-time target
• Extra units near high-risk areas such as gyms, workshops, and pools
• Devices for outdoor areas, remote sites, and vehicles that operate away from the main building

Temperature is easy to overlook. Check the manufacturer's stated operating and storage range for both the device and its pads and battery. Extreme heat or cold can shorten battery life or cause the unit to fail its self-test. For outdoor or unheated spaces such as loading docks, sports fields, and vehicles, use a heated or insulated cabinet rated for the conditions. After installation, repeat the timed walk from Step 2 and confirm you meet your target.

Step 5: Arrange Medical Oversight and Register Your AEDs

Medical oversight means a licensed physician or medical director reviews and supports your program, often by approving the protocols and helping with post-event data review. Some states require it, and others treat it as best practice. Find out which applies to you. Some AED suppliers offer oversight as a service, so ask, and confirm the arrangement meets your state's rules before relying on it.

Where allowed, register each AED with your local EMS agency or 911 dispatch center. A registered device lets dispatchers tell a caller exactly where the nearest AED is, which can save the time it would take to search. Ask your EMS contact what information they need and how to submit updates when a device moves.

Build a single inventory covering every device. For each one, record:

• Serial number and model
• Exact location
• Install date
• Pad expiry dates and battery expiry dates
• Date of last inspection

Keep it somewhere your coordinator and backup can both reach. Then make the locations easy to find for everyone else. Add them to your building's emergency map and to onboarding materials for new staff, and consider listing them in any public AED registry that operates in your area. People can only use a device they know is there.

Step 6: Train Your Responders in CPR, AED Use, and BLS

Training is not a legal prerequisite for picking up an AED. Voice prompts guide an untrained bystander through each step, and only medical staff being allowed to use one is a myth. Training still matters, because it builds the confidence and speed that shorten the time to a shock and improve the quality of CPR.

Match the course to the role:

• CPR and AED courses suit general staff, teachers, coaches, and front-line employees.
• BLS (Basic Life Support) training is a more advanced, team-focused course for healthcare workers, security teams, and designated emergency responders.

360 Safety offers both CPR and BLS training.

Decide who to train by looking at coverage, not headcount. You want enough certified people on every shift and in every zone that at least one is likely to be nearby when something happens. Include front-desk, security, and facilities staff, since they move through the whole site and are often first to be called.

Certifications expire. Many courses are valid for two years, but confirm the period with each provider and each course, since it can differ. Record every responder's completion and expiry dates in a training log, and schedule renewals a few months ahead so classes do not lapse during a busy period. Assign that tracking to your program coordinator from Step 1.

Step 7: Write the Emergency Response Plan, Then Maintain and Drill It

Write a one-page action plan that anyone can follow in seconds. It should cover the sequence:

1. Recognize cardiac arrest: the person is unresponsive and not breathing normally.
2. Call 911, or have someone do so immediately.
3. Start chest compressions.
4. Send a second person to fetch the AED.
5. Send someone to meet EMS and direct them to the patient's exact location.

Post it near AEDs and include it in training.

Drill it

Run drills at least a couple of times a year. Time the full sequence from collapse to shock, and note what slows people down: a blocked hallway, confusion about who calls, a cabinet nobody could find. Change placement or roles based on what you see, then drill again.

Inspect monthly

Set a monthly routine and log every check:

• The status indicator shows the device is ready
• The cabinet and signage are intact and unobstructed
• Pad and battery expiry dates are still comfortably ahead
• Readiness kit items are present and unused

Define the after-event steps

Decide in advance what happens after a device is used:

• Hand the patient and the device data over to EMS
• Replace used pads and any other used supplies before returning the unit to service
• Download the event data, with your medical director's help if you have one
• Debrief the responders and offer them support, since a cardiac emergency is stressful even when it goes well
• Complete any state reporting your rules require

Keeping the Program Ready After Launch

Once the plan is written, walk the site one more time and confirm that every AED is unlocked, visible, inspected, and known to your team. Then put the first drill date and each training renewal date on the calendar, and add the monthly inspection as a recurring task for your coordinator and backup.

Ready to put safety into action? Whether you need CPR certification, workplace safety training, or guidance on selecting and maintaining life-saving equipment such as AEDs, we're here to help. Our training programs and safety solutions are designed to help individuals and organizations respond confidently when every second counts. Schedule your training today and take the next step toward creating a safer, more prepared workplace and community.