Forensic Science Validation Workshop

Forensic Science Validation Workshop

Validation is a critical part of the scientific process for assessing whether a technique is technically sound and can be used in laboratories to produce robust and defensible analytical results. In the forensic science context, validation is mandated for laboratories accredited under the ISO/IEC 17025 standard, yet the standard tells laboratories that methods must be validated but does not provide a rigorous framework describing how a method or technique can or should be validated. There is a critical need in the forensic science community for a scientifically based framework for how laboratories should approach validation. Not only would this serve as a means for strengthening the robustness of validation studies designed to support the use of forensic science methods implemented in operational practice, but it would also serve to promote greater consistency in how validation is approached across different laboratories and disciplines throughout forensic science community. In support of this effort, RTI is working with NIST to provide a generalized framework that is applicable across multiple laboratories and disciplines to guide how laboratories should perform a scientifically defensible validation study.

Validation is a critical part of the scientific process for assessing whether a technique is technically sound and can be used in laboratories to produce robust and defensible analytical results. In the forensic science context, validation is mandated for laboratories accredited under the ISO/IEC 17025 standard, yet the standard tells laboratories that methods must be validated but does not provide a rigorous framework describing how a method or technique can or should be validated. There is a critical need in the forensic science community for a scientifically based framework for how laboratories should approach validation. Not only would this serve as a means for strengthening the robustness of validation studies designed to support the use of forensic science methods implemented in operational practice, but it would also serve to promote greater consistency in how validation is approached across different laboratories and disciplines throughout forensic science community. In support of this effort, RTI is working with NIST to provide a generalized framework that is applicable across multiple laboratories and disciplines to guide how laboratories should perform a scientifically defensible validation study.

Pricing:


  • Standard Registration$275
  • Student$200

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

Co-Chair

John Butler

NIST Fellow & Special Assistant to the Director at the National Institute of Standards and Technology

John M. Butler holds a Ph.D. in analytical chemistry from the University of Virginia. He has written five textbooks on Forensic DNA Typing (2001, 2005, 2010, 2012, and 2015) and given hundreds of invited talks to scientists, lawyers, and members of the general public throughout the United States and in 26 other countries so far. Dr. Butler is a NIST Fellow (highest scientific rank at NIST) and Special Assistant to the Director for Forensic Science in the Special Programs Office at the National Institute of Standards and Technology.

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Co-Chair

Melissa Taylor

Senior Forensic Science Research Manager, Special Programs Office, National Institute of Standards and Technology

Melissa Taylor is a Senior Forensic Science Research Manager within the Special Programs Office at the National Institute of Standards and Technology. Her work within the Forensic Science Program focuses primarily on integrating human-factors principles into forensic sciences, process mapping, and expert decision-making.

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