Communicating forensic science is an essential aspect of the criminal justice process. Challenges for practitioners include the interrogative structure, varied audiences, specialized language and adversarial narratives. This workshop addresses those challenges using research-driven communication principles to help scientists convey complexity while preserving accuracy. The Alda Method is a unique communication training technique blending improvisational theater with audience-focused design strategies. Driven by the adaptability and active listening central to improvisation and the empathy and connection prescribed by social science research, the Alda Method helps scientists effectively engage with non-expert audiences. Participants should expect active involvement and iterative moot testimony practice.
No required prerequisite knowledge. Intended audience is testifying forensic scientists. Although communication principles are also helpful for those scientists involved in investigations and teaching.
**In order to keep this workshop interactive for participants, the class size has been limited to 24 attendees. We will be running the workshop on both Sunday and Monday to allow for more participation. When you register, please choose which day you’d prefer to attend and only add one of the workshop dates to your registration.
Communicating forensic science is an essential aspect of the criminal justice process. Challenges for practitioners include the interrogative structure, varied audiences, specialized language and adversarial narratives. This workshop addresses those challenges using research-driven communication principles to help scientists convey complexity while preserving accuracy. The Alda Method is a unique communication training technique blending improvisational theater with audience-focused design strategies. Driven by the adaptability and active listening central to improvisation and the empathy and connection prescribed by social science research, the Alda Method helps scientists effectively engage with non-expert audiences. Participants should expect active involvement and iterative moot testimony practice.
No required prerequisite knowledge. Intended audience is testifying forensic scientists. Although communication principles are also helpful for those scientists involved in investigations and teaching.
**In order to keep this workshop interactive for participants, the class size has been limited to 24 attendees. We will be running the workshop on both Sunday and Monday to allow for more participation. When you register, please choose which day you’d prefer to attend and only add one of the workshop dates to your registration.
Workshop currently at capacity. A waitlist is available to join on our registration page.
Workshop currently at capacity. A waitlist is available to join on our registration page.
Postdoctoral Associate in Forensic Science Communication, Alan Alda Center for Communicating Science, Stony Brook University
Julie Burrill brings a strong academic and applied background in forensic science and years of experience in DNA labs and in translating complex forensic concepts into a legal context. She co-developed this workshop to integrate the Alda Method and related improvisation theater techniques into training curricula tailored to testifying forensic scientists.
Lecturer, Alda-Certified Facilitator, Alan Alda Center for Communicating Science, Stony Brook University
Josh Rice has over two decades of experience as an improviser, theater practitioner, and teacher. He co-developed this workshop to integrate the Alda Method and related improvisation theater techniques into training curricula tailored to testifying forensic scientists.
Laboratory Director, Union County Prosecutor’s Office Forensic Laboratory
Britton is an experienced DNA analyst and laboratory manager. She is the Laboratory Director at the Union County Prosecutor’s Office Forensic Laboratory, where since 2016 she has supervised Forensic Biology and Controlled Dangerous Substances sections.
"*" indicates required fields
Copyright © 2024 ISHI. All Rights Reserved.
