The Forensic Behavioral Scientist
The Forensic Behavioral Scientist
Dr. Franklin Edward Shoemaker
Department of Forensic Behavioral Sciences
July 2026
Author Note
Dr. Franklin Edward Shoemaker is Director of Forensic Behavioral Sciences, Department of Forensic Behavioral Sciences. Correspondence concerning this article should be addressed to Dr. Franklin Edward Shoemaker, Department of Forensic Behavioral Sciences. Contact: feshoemaker@me.com
THE FORENSIC BEHAVIORAL SCIENTIST
Abstract
Forensic behavioral science has long operated at the intersection of criminal investigation and psychological inquiry; however, the field has insufficiently theorized the role of developmental trauma as a generative and sustaining force in violent offending. This manuscript introduces the Diagnostic Reconnaissance, Reconstructive Analysis and Detection — Scene Signature Indexing and Multi-Relational Algorithm (DR. RAD SSI-MR Algorithm v8.2), a comprehensive investigative framework designed to integrate trauma-informed clinical science with operational crime scene analysis. The manuscript advances four primary theoretical contributions to the forensic behavioral sciences. First, Trauma Loop Theory (TLT) is introduced as a behavioral model explaining offense recurrence through recursive, trauma-anchored behavioral-emotional cycles. Second, Attachment Crime Scene Reconstruction (ACSR) is presented as a method for interpreting crime scene behavior through the lens of attachment theory, illuminating the relational dynamics operative in offender-victim interactions. Third, Forensic Behavioral Drift Detection (FBDD) is offered as a longitudinal offense analysis instrument capable of tracking measurable departures in an offender’s behavioral signature across serial episodes. Fourth, Scene Signature Indexing (SSI) and Multi-Relational Mapping (MRM) are described as the operational instruments translating these theoretical advances into field-applicable forensic practice. Taken together, these contributions constitute the theoretical and applied architecture of Trauma-Informed Forensic Behavioral Science (TIFBS), a discipline-level reorientation of behavioral evidence analysis. Implications for forensic investigation, clinical forensic assessment, offender interview methodology, violence risk assessment, and cold case analysis are discussed.
Keywords: forensic behavioral science, trauma-informed assessment, behavioral evidence analysis, DR. RAD algorithm, crime scene reconstruction, forensic drift detection
