• 로그인
  • 계정 만들기

  • 내 계정
  • 다음으로 로그인되어 있음:

  • filler@godaddy.com


  • 내 계정
  • 로그아웃

  • Home
  • About Us
    • Greeting from CEO
    • Introduction of the SDMA
    • Establishment Purpose
    • CEO Career
    • Publication
    • Site Service
    • Affiliations and Partners
  • Edu (Eng)
    • CIREcourse
  • Edu (Kor)
    • Replay Webinar
    • Blog
    • CBRNe & CTM
    • CIREcourse
    • Education video for sale
  • Edu News (Kor)
  • Charity
  • 더 보기
    • Home
    • About Us
      • Greeting from CEO
      • Introduction of the SDMA
      • Establishment Purpose
      • CEO Career
      • Publication
      • Site Service
      • Affiliations and Partners
    • Edu (Eng)
      • CIREcourse
    • Edu (Kor)
      • Replay Webinar
      • Blog
      • CBRNe & CTM
      • CIREcourse
      • Education video for sale
    • Edu News (Kor)
    • Charity

다음으로 로그인되어 있음:

filler@godaddy.com

  • Home
  • About Us
    • Greeting from CEO
    • Introduction of the SDMA
    • Establishment Purpose
    • CEO Career
    • Publication
    • Site Service
    • Affiliations and Partners
  • Edu (Eng)
    • CIREcourse
  • Edu (Kor)
    • Replay Webinar
    • Blog
    • CBRNe & CTM
    • CIREcourse
    • Education video for sale
  • Edu News (Kor)
  • Charity

계정


  • 내 계정
  • 로그아웃


  • 로그인
  • 내 계정

Get Ahead with Shin's Disaster Medicine Academy

Explanation of the Background for Developing the CIREcourse Education Program

 

The CIREcourse education program was created by Heejun Shin, the director of SDMA. The name was inspired by the word "SIRE," which means progenitor or father, borrowing the same pronunciation to signify a CBRNe education program rooted in trust and authenticity.

During his time as a Disaster Medicine Fellow at the Harvard Medical School BIDMC Disaster Medicine Fellowship and a Research Fellow at Harvard Medical School, Heejun Shin developed and refined the CBRNe education content by educating various expert groups, gathering feedback, and continuously improving the program.

Ultimately, the predecessor to this education program, the CBRNe Education Program, was selected as one of the three representative workshops at the WADEM (World Association for Disaster and Emergency Medicine) conference held in Killarney, Ireland, in May 2023, where it was presented under the name "DISTURBIA (CBRNe) Workshop."

Additionally, in June 2023, the final training was conducted at the CEMEC European Disaster Medicine Center for disaster response expert groups from 20 EU countries. Following this, the final CIREcourse program was completed.

This illustrates that CIREcourse is a well-recognized educational program for disaster medical experts worldwide, having been conducted and acknowledged in both the United States and Europe.



Reference  

1. 2023 WADEM Killarney Disturbia Workshop materials ( https://www.linkedin.com/posts/profgregciottonemd_our-disaster-medicine-fellow-from-south-korea-activity-7047281949547081728-bbT8/ )


2. June 2023 CEMEC San Marino CBRNe Education Course materials ( https://osdife.org/wp-content/uploads/2023/06/CBRNe-Risk-Mgmt-Course-Def.pdf ) 


3. CBRNe education materials from Harvard Medical School, the predecessor of CIREcourse ( https://www.linkedin.com/posts/heejun-shin-md-ms-fibodm-5294941aa_bidmc-cbrn-workshop-was-held-today-in-the-activity-7054196993794920450--Pqe?utm_source=share&utm_medium=member_desktop )  

CIREcourse Education Guide

2024 CIREcourse Education Guide

 

CIREcourse Education

Certification: Shin's Disaster Medicine Academy & CIREcourse


Introduction:

CBRN (Chemical, Biological, Radiological, and Nuclear) materials are primarily used for industrial, scientific research, medical, agricultural, and other civilian purposes. These substances typically have minimal impact on public safety and the environment when used properly. However, failures in protection, procedures, and equipment, as well as natural disasters and accidents, can lead to uncontrolled releases of hazardous materials, causing severe consequences.

Significant advancements in knowledge and expertise, along with constant changes in the production, transportation, use, and disposal of hazardous materials, have increased the threats related to unintended/malicious human errors involving chemical and radiological/nuclear hazards.

Incidents such as the Bhopal gas disaster, the Seveso chemical disaster, and the Chernobyl nuclear power plant accident clearly demonstrate the reality and severity of these risks. Therefore, it is urgently necessary for governments, industries, and users to take coordinated international actions to reduce the growing risks to human health and the environment posed by the management of such materials.

In this context, future approaches for a global transition to improved risk management, especially in developing and emerging economies, must focus on specific topics. These include governance, capacity building, technical cooperation, knowledge and information, and tackling illegal international trade.

Another risk amplified by global changes is associated with biological pathogens.

The increase in travel, trade, connectivity, high-density living, climate change, and human migration has heightened the risk of naturally occurring disruptive outbreaks. Additionally, modern technology has made it easier to create new threats from microorganisms and viruses (even if unintentionally released) in laboratories and facilities using biological agents.

Given the current global risk scenario, the threat of terrorism using chemical, biological, radiological/nuclear weapons combined with explosives is of great concern. Major terrorist groups are increasingly interested in using CBRNe agents to launch attacks aimed at indiscriminately targeting populations and infrastructure. The impact of CBRNe weapons can be immense, causing loss of life, significant economic loss, and long-term psychological effects on affected individuals and populations. The rapid spread of knowledge worldwide through information and communication technology raises concerns that terrorist organizations will find it increasingly easier to use CBRNe weapons. This issue is further complicated by the increased mobility of people.

CBRNe can also be a cause for concern in the context of terrorist threats. New technologies can enhance the ability of terrorist groups to create sophisticated improvised delivery systems and modified weapons. The advancement of scientific knowledge enables terrorists to use publicly available information and technology to create deadly CBRNe agents and devices. The acquisition of dual-use materials and knowledge can facilitate the procurement and use of CBRNe weapons.

Anti-terrorism medicine is a specialized field focused on preparing, responding to, and managing medical issues arising from terrorist activities. This field encompasses a wide range of activities and areas of knowledge, including:

  • Threat assessment and prevention
  • Emergency preparedness and response
  • Medical management of terrorist incidents
  • Public health considerations
  • Collaboration and coordination
  • Research and education
  • Psychological impact and mental health management
  • Ethical and legal considerations


General Objectives of the Training Program:The program aims to enhance the efficiency of responding to CBRNe and terrorist incidents and accidents at local and national levels. Additionally, it guides trainees to design tabletop exercises and conduct scenario-based training independently.


Target Groups:Emergency management personnel, emergency medical services, fire departments, government administration, healthcare providers, law enforcement personnel such as police, military, public health workers, public safety communication and public works employees, and students in related fields (doctors, nurses, paramedics, etc.).


Key Course Topics:

  • CBRNe risks and new threat scenarios
  • CBRN agents
  • CBRNe detection
  • CBRNe protection
  • CBRNe decontamination
  • CBRNe incident management
  • Terrorism incident management
  • Chemical classification and decontamination training
  • CBRNe TTX game
  • Definition of weapons of mass destruction
  • Overview of HSEEP
  • TTX on CBRNe topics
  • CBRNe-themed TTX game


 

Course Format and Requirements:

The training is self-directed and conducted online via the Canvas platform. It offers a comprehensive curriculum covering basic to advanced CBRNe topics through online video lectures. Lecture notes for each topic can be downloaded from the Canvas system. Each topic includes knowledge tests and online practical exercises.

Participants who wish to receive a certificate of completion must complete pre- and post-tests, a follow-up test one month after the course, and a comprehensive survey. Certificates will be issued to those who achieve a score of 80 or above on both the post-test and the one-month follow-up test. The course duration is 4 weeks online.


Mandatory Entry requirements 

 Applicants must have completed: 

 

1) A medical degree, 

or 

2) A bachelor's degree in any field 

along with a minimum of three years of verified relevant work experience in health management, paramedicine, 

nursing, or an equivalent role. 


Course Fee: 500 USD

For those interested, please contact us via email after you fill in the Application link below.


Contact: info@shinsdmacademy.com 




Application

Specific Contents

CIREcourse Basic Provider Course Terminology

 



This lecture covers the fundamental terminology and explanations related to emergency management, forming the foundational starting point of the CIREcourse Basic Provider Course.

CIREcourse Basic Provider - Chemical Overview of the Chemical MCI Response

 


Learning Objectives

  • Understand and perform disaster medical response procedures (CSCAP-TTT).
  • Understand the types and characteristics of chemical incidents.
  • Understand the methods of medical response at the scene of a chemical incident.
  • Know the symptoms and treatment methods for patients affected by hazardous chemical spills.
  • Understand the principles of community-based risk vulnerability analysis and prepare for chemical incidents.

CIREcourse Basic Provider - Biological Overview of the Biological Disaster Response and Recovery

 


Table of Contents

  • What is a Biological Incident?
  • Key Planning Factors and Considerations for Biological Incident Response and Recovery
  • Detailed Classification of Major Phases
  • Bioterrorism (Biological Weapons)
  • Real Examples of Biological Incidents
  • Three Categories of Biological Agents: Cat A, Cat B, Cat C
  • Anthrax (Bacillus anthracis)
  • Plague
  • Tularemia
  • Botulism
  • Smallpox
  • Viral Hemorrhagic Fevers (VHF)
  • Considerations for Large-Scale Biological Terrorism

CIREcourse Basic Provider - Radiological Overview of the Radiological MCI Response

 


Table of Contents

  • What is a Radiological Dispersal Device (RDD)?
  • Radiation Exposure - Clinical Effects of Acute Radiation Dose
  • Decontamination
  • Recognizing Syndromes
  • Four Phases of Acute Radiation Syndrome
  • Cutaneous Radiation Syndrome
  • Effects of Radiation
  • Medical Treatment
  • U.S. National Guideline for RDD Response
  • Time-Based Response Missions: First 100 Minutes - Establishing Zones (Initial Hot Zone and Evacuation Area, Known Contamination Direction)
  • Decontamination - PRISM
  • Decontamination Using Primary Response Incident Scene Management (PRISM)
  • Public Information Announcement (PIA)

CIREcourse Basic Provider - Nuclear Overview of the Nuclear MCI Response

 


Table of Contents

  • What is a Nuclear Explosion? What is Yield?
  • Key Impact Timeline of a 10 Kiloton (KT) Surface Burst
  • Shelter-in-Place vs. Evacuation
  • Explanation of Blast Damage Zones and Observable Characteristics
  • Theoretical Damage Zones
  • Outdoor 1 Gy (100 rad) Initial Radiation and 2nd Degree Thermal Burn Ranges for 0.1, 1, 10, and 100 Kiloton Surface Bursts with Overlapping Radiation and Burn Injury Ranges
  • Outdoor Initial Radiation Exposure Levels from a 10 Kiloton Surface Burst in Dense Urban Areas (Left) vs. Flat Concrete Slab (Right)
  • Fallout Radiation Decay Since Time of Detonation
  • A Zoned Approach
  • Safety Principles for Emergency Responders
  • Exposure Guidelines for Responders
  • Shelter-in-Place and Evacuation Planning Guidelines
  • Buildings that Provide Protection Against Radiation Fallout
  • Description and Explanation of the Five Planning Guideline Zones
  • FEMA's Community Lifelines Represent Key Services Needed for Community Functionality
  • Radiation Triage, Treatment, and Transport (RTR) System
  • Examples of Temporary Screening, Casualty Reception Centers (CRC), and Mass Shelter Screening Locations Associated with the Incident Scene
  • Example Infographic by CDC Showing Where to Go During a Radiation Emergency

CIREcourse Basic Provider - Explosive (Counter-Terrorism Medicine Perspective) Overview of the Count

 


Table of Contents

  • CTM (Explosive) Search
  • 1970 – 2020 Global Terrorism Database
  • Review of Ambulance Terrorism in the African Continent
  • Health Care Implications of Terror Attacks in South Asia
  • Strengthening Hospital Defense as a Counter-Terrorism Medicine Measure
  • Case Analysis: 2023 Israel-Hamas War
  • Hybrid Warfare
  • Hybrid Warfare and Counter-Terrorism Medicine
  • Preparing Digital Infrastructure of Health Services for Hybrid Warfare and Cyber Attacks
  • Mechanisms of Blast Injury
  • Consequences of Terrorist Explosions (Injury Severity and Clinical Implications)
  • Medical Response Procedures at Mass Casualty Incident Sites
  • Tactical Emergency Medical Support (TEMS)
  • Medical Management of Terrorist Explosion Incidents
  • STOP THE BLEED Program


Copyright © 2025 Shin's Disaster Medicine Academy  - All Rights Reserved.

제공

이 웹사이트는 쿠키를 사용합니다.

당사는 웹사이트 트래픽을 분석하고 귀하의 웹사이트 경험을 최적화하기 위해 쿠키를 사용합니다. 당사의 쿠키 사용을 수락하면 귀하의 데이터가 기타 모든 사용자 데이터와 함께 집계됩니다.

수락