Emergency Services Training Events

This is an 8-hour course that will satisfy the requirements to maintain certification for a hazardous material technician. This course will review applicable laws, regulations, standards, scene management, utilizing relevant technical documents and review selection of PPE and decontamination methods. 

Audience

Emergency Medical Services (EMS), Fire, and First Responders

Please note: This training is not hosted by MARC. Please visit the registration website for contact details.

This is an 8-hour course that will satisfy the requirements to maintain certification for a hazardous material technician. This course will review applicable laws, regulations, standards, scene management, utilizing relevant technical documents and review selection of PPE and decontamination methods. 

Audience

Emergency Medical Services (EMS), Fire, and First Responders

Please note: This training is not hosted by MARC. Please visit the registration website for contact details.

This is an 8-hour course that will satisfy the requirements to maintain certification for a hazardous material technician. This course will review applicable laws, regulations, standards, scene management, utilizing relevant technical documents and review selection of PPE and decontamination methods. 

Audience

Emergency Medical Services (EMS), Fire, and First Responders

Please note: This training is not hosted by MARC. Please visit the registration website for contact details.

This 8-hour, instructor-led course prepares emergency responders to safely and effectively manage battery-related incidents using a risk-based response approach. Participants learn battery construction and chemistry, hazard recognition, thermal runaway response, air monitoring, and fireground strategy and tactics. The training combines classroom instruction with hands-on application and covers battery emergencies in transportation, residential, commercial, and industrial environments.

This 8-hour, instructor-led course prepares emergency responders to safely and effectively manage battery-related incidents using a risk-based response approach. Participants learn battery construction and chemistry, hazard recognition, thermal runaway response, air monitoring, and fireground strategy and tactics. The training combines classroom instruction with hands-on application and covers battery emergencies in transportation, residential, commercial, and industrial environments.

This 8-hour, instructor-led course prepares emergency responders to safely and effectively manage battery-related incidents using a risk-based response approach. Participants learn battery construction and chemistry, hazard recognition, thermal runaway response, air monitoring, and fireground strategy and tactics. The training combines classroom instruction with hands-on application and covers battery emergencies in transportation, residential, commercial, and industrial environments.

This course will teach students to utilize aspects of chemistry, colorimetric detection, gas monitoring, and spectroscopy in order to identify unknown hazardous materials, unexpected chemical reactions, and what type of illicit intentions may be present based on the types of chemicals.

Please note: This training is not hosted by MARC. Please visit the registration website for contact details.

This course prepares students to effectively, appropriately, and safely plan for and respond to a disaster incident involving children, addressing the specific needs of pediatric patients in the event of a community-based incident. Pediatric specific planning considerations include mass sheltering, pediatric-triage, reunification planning and pediatric decontamination considerations. 

This course prepares students to effectively, appropriately, and safely plan for and respond to a disaster incident involving children, addressing the specific needs of pediatric patients in the event of a community-based incident. Pediatric specific planning considerations include mass sheltering, pediatric-triage, reunification planning and pediatric decontamination considerations.