Unusual Accidents
When legal professionals approach us about an unusual accident involving architectural or construction elements where biomechanics is a factor, they require comprehensive analysis of how environmental conditions, structural elements, and human movement and biomechanics intersect. These cases involve evaluation of multiple technical disciplines—structural analysis, environmental factors, and human biomechanical response. Our firm provides integrated forensic investigation combining engineering and biomechanical expertise to evaluate what occurred and what factors were relevant to the injury.
Attorneys typically require understanding of whether structural or environmental conditions complied with applicable standards, what forces and mechanisms were involved in the incident, whether human biomechanical response was consistent with typical movement and reaction capability in the setting, and what relationship structural or environmental factors bear to the injury. We conduct comprehensive analysis combining detailed site and environmental evaluation with human biomechanical assessment. We examine factors such as structural design and condition, environmental conditions, movement mechanics, balance and coordination factors, fall or impact mechanics, and force analysis to understand the incident comprehensively.
Our analysis integrates expertise in biomechanics, civil engineering, architecture, and mechanical systems. Our multidisciplinary team allows us to systematically evaluate structural and environmental elements, human biomechanical response, and the relationship between them. We examine whether structural or design elements—such as stair dimensions, surface slopes, barriers, equipment configurations, or other features—were consistent with applicable design standards and regulations. We evaluate whether human movement patterns, reaction time, and injury patterns are consistent with the reported incident and the forces involved.
We employ systematic evidence-based methodology including detailed documentation, biomechanical calculations, and modeling and simulation when appropriate to evaluate incident mechanisms. Our analysis and findings are presented in clear language accessible to legal counsel, judges, and juries. We explain complex biomechanical concepts, structural engineering principles, and force analysis in terminology that allows comprehensive understanding of the technical aspects. Our experts are experienced in providing testimony, presenting findings and analysis clearly and professionally.
Regardless of whether the engagement involves representation of an injured party, a design professional, a contractor, a property owner, or other defendant, our analysis maintains objectivity and is grounded in applicable design standards, engineering principles, biomechanical science, and documented evidence.
If you are handling an unusual accident case involving architectural or construction elements and biomechanical factors, and need expert forensic analysis to evaluate structural design and condition, environmental factors, occupant biomechanical response, compliance with design standards, injury mechanism consistency, or contributing factors, we are available to assist. Please contact us to discuss how our multidisciplinary expertise in biomechanics, civil engineering, architecture, and mechanical systems can address the specific technical and forensic questions in your matter.
A forensic architect provides an expert investigation of defects in the built environment, researches relevant building codes, building design and construction standards, and building design and construction contracts for matters in litigation.
Forensic architecture helps in legal cases by reconstructing and analyzing physical environments, to provide context. This can be used to support or challenge testimonies, verify events, or provide clarity in complex situations.
Forensic architecture is used in a wide range of cases, including environmental disasters, building collapses, slip, trip, and falls due to defective walking surfaces and defective construction. It is particularly useful in situations where physical evidence or witness testimonies need to be verified or clarified.
While traditional forensic science focuses on physical evidence, forensic architecture focuses on the spatial and environmental context of an incident. It uses architectural analysis, spatial relationships, and visual evidence to reconstruct events and provide a more comprehensive understanding of what happened.
Forensic architects often collaborate with other experts, including engineers and forensic scientists. They may work alongside teams of investigators to analyze physical evidence, interpret data, and present findings in a way that supports legal objectives.
Forensic analysis is more detailed and typically performed after a problem has occurred (e.g., structural failure), focusing on cause, liability, and often litigation.
- General contractors
- Subcontractors
- Architects and engineers
- Project managers or consultants
- Material suppliers
- Property owners or developers
Liability depends on contracts, negligence, code violations, or breach of duty.
- Structural failure or collapse
- Water intrusion or mold
- Code non-compliance
- Poor workmanship or material defects
- Delays and cost overruns
- Foundation and soil issues
- Safety or OSHA violations
- As-built drawings vs. design plans
- Inspection reports and punch lists
- Photographs, videos, drone footage
- Material test results
- Correspondence, emails, RFIs
- Building code references
Yes. Courts and arbitrators can apportion fault based on responsibility, contract terms, or contribution to the issue.