Field-Ready Forensics: Deploying Rapid DNA for Real-Time Identification and Crisis Response Workshop

Field-Ready Forensics: Deploying Rapid DNA for Real-Time Identification and Crisis Response Workshop

Description:

This half-day workshop will focus on the mobile and temporary operation of Rapid DNA instruments, emphasizing their deployment in mass identification and Disaster Victim Identification (DVI) events. Building on the “Implementing a Forensic Rapid DNA Program” workshop, experts from CODIS laboratories will share practical use cases and strategies for using Rapid DNA in field-based, real-time analysis. Attendees will gain insights into successfully integrating Rapid DNA technology for mass casualty and crime scene operations, enhancing the ability to respond effectively in critical forensic and public safety scenarios.

 

Learning Outcomes:

  • Understand the Practical Deployment of Rapid DNA Technology: Learn how to effectively mobilize and operate Rapid DNA instruments in field settings, including mass identification and Disaster Victim Identification (DVI) events.
  • Develop Operational Strategies for Mobile Rapid DNA Systems: Gain insight into creating temporary, mobile DNA processing units and the logistical considerations for their use in real-time, high-stakes environments.
  • Apply Rapid DNA in Crisis and Mass Casualty Scenarios: Explore practical examples to understand the integration of Rapid DNA in mass casualty events, enhancing forensic response and public safety efforts.

 

Intended Audience:

This workshop provides technical, operational, and strategic insights into mobile Rapid DNA analysis, tailored for professionals involved in planning, executing, or overseeing forensic and public safety operations. It may be particularly relevant to forensic DNA analysts, technical leaders, CODIS administrators, laboratory administrators, research scientists, and educators.

Attendees are recommended to have a basic knowledge of Rapid DNA analysis and may find it beneficial to attend the “Implementing a Forensic Rapid DNA Program” workshop prior to this session.

Description:

This half-day workshop will focus on the mobile and temporary operation of Rapid DNA instruments, emphasizing their deployment in mass identification and Disaster Victim Identification (DVI) events. Building on the “Implementing a Forensic Rapid DNA Program” workshop, experts from CODIS laboratories will share practical use cases and strategies for using Rapid DNA in field-based, real-time analysis. Attendees will gain insights into successfully integrating Rapid DNA technology for mass casualty and crime scene operations, enhancing the ability to respond effectively in critical forensic and public safety scenarios.

 

Learning Outcomes:

  • Understand the Practical Deployment of Rapid DNA Technology: Learn how to effectively mobilize and operate Rapid DNA instruments in field settings, including mass identification and Disaster Victim Identification (DVI) events.
  • Develop Operational Strategies for Mobile Rapid DNA Systems: Gain insight into creating temporary, mobile DNA processing units and the logistical considerations for their use in real-time, high-stakes environments.
  • Apply Rapid DNA in Crisis and Mass Casualty Scenarios: Explore practical examples to understand the integration of Rapid DNA in mass casualty events, enhancing forensic response and public safety efforts.

 

Intended Audience:

This workshop provides technical, operational, and strategic insights into mobile Rapid DNA analysis, tailored for professionals involved in planning, executing, or overseeing forensic and public safety operations. It may be particularly relevant to forensic DNA analysts, technical leaders, CODIS administrators, laboratory administrators, research scientists, and educators.

Attendees are recommended to have a basic knowledge of Rapid DNA analysis and may find it beneficial to attend the “Implementing a Forensic Rapid DNA Program” workshop prior to this session.

Pricing:


  • Standard Registration$275

Fee includes lunch and materials.

Workshop currently at capacity. A waitlist is available to join on our registration page.

Brought to you by

Worldwide Association of Women Forensic Experts

Chair

Julie Conover Sikorsky

Forensic Scientist Supervisor, Palm Beach County Sheriff’s Office

Julie Conover Sikorsky is the Forensic Biology Manager at the Palm Beach County Sheriff’s Office. She joined PBSO in 2002 as a Senior Forensic Scientist and became Forensic Biology Manager in 2012. Julie holds a B.S. in Molecular Biology from UC San Diego and M.S. degrees in Forensic Science and Biomedical Science from Marshall University. ABC-certified in Molecular Biology and a Lean Six Sigma Green Belt, she serves on multiple forensic science committees and frequently presents at industry conferences. Dedicated to advancing forensic science, Julie focuses on innovation, process improvement, and mentorship.

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Douglas Hares

Rapid DNA Implementation Program Advisor for the FBI’s Biometric Analysis Section

Dr. Hares is the Rapid DNA Implementation Program Advisor for the FBI’s Biometric Analysis Section.  He joined the DNA Analysis Unit II of the FBI Laboratory in 2000 as a Forensic Examiner.  In 2006, Dr. Hares transferred to the CODIS Unit where he served as the NDIS Custodian for over 13 years. 

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Regina Wells

DNA Database Supervisor, Kentucky State Police DNA Database

Regina Wells has been employed by the Kentucky State Police for 19 years and the supervisor of the DNA Database for 3 years. She also serves as the State CODIS Administrator for Kentucky.

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