Bloodstain Pattern Analysis (BPA) is a critical forensic discipline that helps investigators reconstruct events, evaluate witness statements, and better understand the actions that occurred during violent crimes. Accurate interpretation of bloodstain patterns requires more than pattern recognition—it demands a thorough understanding of the fluid dynamics that govern blood behavior and the proper documentation of observable features.

This intermediate-level course focuses on the scientific analysis and classification of bloodstain patterns through a feature-based approach. Participants will learn how to properly document bloodstain pattern characteristics, apply fluid dynamic principles to explain observed features, and utilize those features to eliminate or classify potential pattern types. Through a structured methodology, attendees will progress from individual stain and pattern analysis to determining the mechanisms responsible for pattern creation using both physical evidence and case context.

The course combines classroom instruction, practical exercises, and hands-on pattern creation to provide a deeper understanding of bloodstain pattern formation. Participants will observe and analyze patterns generated during controlled experiments, including the use of high-speed video technology to illustrate the fluid dynamic processes responsible for various bloodstain characteristics.

Real-world case studies will be incorporated throughout the training to demonstrate how scientific principles are applied in forensic investigations and courtroom settings. By the end of the course, attendees will possess a stronger foundation in bloodstain pattern documentation, analysis, classification, and interpretation, enabling them to apply these skills with greater confidence and accuracy in casework.