Train The Trainer

Active Attack Integrated Response (AAIR) Train-the-Trainer

Regular price $0.00
/

 


Time: (40 hours/5 days)

Class Size: 24 students, 16 LE from multiple agencies, 8 Fire / EMS, and 2 Dispatch per class.

Description: The Active Attack Integrated Response Train-the-Trainer Course (AAIR) is a 40-hour performance level direct delivery course designed to improve integration between law enforcement, fire, tele-communicator and emergency medical services (EMS) in active attack / shooter events.

The course provides law enforcement officers with key medical skills based on tactical emergency casualty care (TECC) guidelines, which can be used at the point of injury (POI) to increase survivability of victims. The course also provides a model framework for law enforcement, fire, and EMS to integrate responses during an active attack / shooter event through the rescue task force concept.

This course has been designed to improve the safety and survivability of victims of active attack / shooter events and increase the effectiveness, coordination, and resource integration between law enforcement, fire, tele-communications and EMS when responding to these events.

Time

(40 hours/5 days)

Class Size:

Minimum of 12 and max of 20 students per class, from multiple agencies

Description:

This dynamic course of instruction is designed to provide the solo officer (off-duty/plain clothes /uniform) with the knowledge, physical skills, and mind set on how to isolate, distract, or neutralize an armed threat like an active shooter.

This course will cover reasons to carry for off-duty and plain clothes officers, levels of intervention, deadly force policies and case studies, ergonomic considerations for plain clothes carry, options for mitigating the occurrence of blue on blue shootings, concepts and principles of solo officer movement, threshold evaluation, setting up for and room entry techniques, post engagement priorities of work, and incident management.

Day one includes live fire training and day two culminates with dynamic force on force scenarios.