Forensics and Imaging Sciences

Accuracy begins with solid scientific analysis. Our imaging team works with experts across disciplines to ensure every detail is backed by evidence, calculations, testing, or established principles. Experts review all visuals, and we document methodology, assumptions, and data sources, ensuring our visualizations can withstand scrutiny in discovery, depositions, and court.

Construction accidents often involve complex equipment failures, structural issues, or sequence of events that are hard to explain without visuals. S-E-A's team uses engineering analysis, human factors, and imaging sciences to recreate incidents like scaffolding collapses, crane accidents, trench cave-ins, or electrocutions. These visuals help attorneys show liability, causation, code violations, and how injuries occurred, including before-and-after site comparisons or proper safety measures.

Biomechanics involves the analysis of how forces and motions affect the human body during an incident. In forensic biomechanics evaluations, S-E-A can use scientifically based simulations and/or animations to evaluate and/or illustrate occupant kinematics, human body motion, environmental interactions, and injury mechanisms in events such as transportation incidents, workplace accidents, sports-related injuries, and slip-trip-fall events. By integrating scientific analysis with visual communication tools, complex biomechanical concepts can be presented in a clear, accurate, and accessible manner for attorneys, claims professionals, and juries.

Fires and explosions often destroy evidence and involve rapidly changing events. S-E-A's experts use analysis of origin, burn patterns, witness accounts, and fire dynamics to reconstruct incidents. Our team creates visuals showing fire spread, ignition sequences, smoke and heat movement, evacuation timing, or blast effects. These visualizations help demonstrate product defects, code violations, maintenance failures, or occupant actions in property damage, product liability, and wrongful death cases.

Cost and timeline depend on case complexity, analysis required, and deliverables. Simple diagrams or timelines can take a few weeks, while detailed analysis and 3D animations may take several months. S-E-A provides estimates once we understand your case, evidence, and deadlines. Early engagement allows for more thorough visuals, though we can often meet expedited schedules if needed.

When created by qualified experts using reliable evidence and sound methods, forensic visualizations are generally admissible as demonstrative evidence. Admissibility depends on expert qualifications, scientific support, accuracy, and whether the visuals clarify rather than mislead. S-E-A ensures all visuals are evidence-based, clearly distinguish facts from analysis, and are supported for testimony and challenges in court.

S-E-A investigates accidents with vehicles, trains, aircraft, marine vessels, and industrial equipment, collaborating with engineers and human factors experts. We create visuals showing movements, collisions, equipment operation, and operator actions—helpful in cases where technical details are too complex for verbal explanation.

Forensic visualization helps insurers and decision-makers understand complex technical facts, causation, and liability. S-E-A's animations and diagrams clarify engineering reports, support coverage decisions, and present arguments clearly. In settlements and mediations, visuals bridge gaps between expert opinions and help parties reach informed, realistic resolutions.