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How simulator technology can enhance Civil Support Team (CST) training

Written by Bryan W Sommers - SGM U.S. Army, Ret. on 10 Jul 2020

CST-simulator-technology-trainingOver the past decade, considerable effort has been focused on creating innovative new technological solutions that support training in the prevention, detection and response to chemical, biological, radiological and nuclear (CBRN) hazards.

In the US, the development of federally funded Weapons of Mass Destruction (WMD) Civil Support Teams (CSTs) continues to play an invaluable role in supporting homeland defence by providing highly specialised CBRN identification, assessment, advisement and assistance during CBRN incidents.

The risk that any CBRN incident may pose to public health, environment or infrastructure is wide-ranging - depending on the characteristics of the material that is released, the environmental conditions, the degree of exposure of those affected and the capability of the emergency teams who are charged with responding to the event.

The nature and scope of the aid that is offered by the highly specialised CST personnel is guided by the response objectives and capabilities of the local or state authorities, along with a range of other mitigating factors such as weather, terrain, timing and the availability of troops.

Largely however, the support provided by a CST spans four core activities:

  1. Identification - leveraging multiple detection, analytical and protective technologies in a field environment to aid in the detection, characterization, identification and monitoring of unknown CBRN hazards
  2. Assessment - providing assessment capability that supports both deliberate and crisis action planning including the collection of information, identification of data, evaluation of the probability, severity or level of the threat and target vulnerability
  3. Advisement - supporting the incident command (IC) and emergency responders during all phases of operations to minimise and mitigate incident impact, and providing follow-on capability that supports mitigation measures, recovery planning and the disengagement of military units
  4. Assistance - providing the IC with multifaceted operational planning support, hazard prediction modelling and decontamination support as well as assistance with interoperability among responding agencies

Ensuring highly specialised training 

The army and air guardsmen and women who make up the highly specialised CST teams receive many months of training to ensure they build the essential skills required for their roles - be it in the areas of administration, logistics, communications, medical, operations or surveying.

When considering training options for those responsible for survey, the extent to which personnel are able to confidently and effectively deploy their monitoring equipment is a crucial consideration.

There can also be substantial benefits to be gained by providing personnel with exposure to true-to-life training scenarios that address the full spectrum of CBRN hazards and that enable them to exercise their mission essential tasks in as realistic an operating environment as possible.

The role of simulator detector technologies

Continuing advancements in the sophistication, capability and fidelity of simulator detector technologies can also offer a variety of opportunities in enhancing CBRN training outcomes.

When considering the objectives and outcomes of radiological safety training, for example, there are a wide range of safety, licensing and administrative restrictions that can often limit the realism, scale and repeatability of training exercises

A vital element of realistic training is being able to provide personnel with the opportunity to use their actual detectors in realistic operating conditions.

Up till now however, the challenge has been to find a way to achieve the desired level of realism in a manner that is safe, efficient and repeatable.

The recent development of the Radiation Field Training Simulator (RaFTS) is one example of a next generation of simulator training technology that offers a substantial leap forward in the delivery of high-fidelity radiation training.

Advancements in radiation training technology

With the use of the RaFTS radiological detection hardware, trainees are able to participate in highly realistic radiation training scenarios that utilise their actual operational equipment, but without the need for a live radiation source.

Historically, the effectiveness of radiation detection training has often fallen short due to difficulties in yielding realistic configurations from small quantities of representative radiation sources.

With the integration of RaFTS however, it is now possible for trainees to safely experience all of the physics, characteristics and behaviour of real-world usage whilst using their actual detector equipment.

In time it also anticipated that the RaFTS project will extend beyond the scope of radiation detection to include chemical, explosive and biological detector technologies.

Bolstering CBRN response capability

CBRN protection is a complex and rapidly developing discipline that is likely to rely on an increasingly sophisticated array of response capabilities.

Ensuring that highly specialised emergency response teams are provided with rigorous, realistic, hands-on training is a vital objective in maintaining CBRN operational readiness.

What has also become increasingly apparent is the need for ongoing and comprehensive assessment and review of existing CBRN training capabilities.

Without doubt, there are substantial benefits to be gained by addressing the continuing integration of innovative new simulator technology tools that can further enhance CBRN safety and proficiency.

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Topics: Radiation Hazard Training

Bryan W Sommers - SGM U.S. Army, Ret.

Written by Bryan W Sommers - SGM U.S. Army, Ret.

Sergeant Major Bryan W Sommers has forged a distinguished career in the fields of CBRNe and HazMat training. He recently retired after twenty-two years service in the US Army, with fourteen years spent operating specifically in Weapons of Mass Destruction (WMD) environments. In 2020 he was appointed as Argon Electronics' North American business development manager.