Fire & explosion investigation
Origin and cause analysis, ignition mechanisms, fire dynamics, gas systems, industrial incidents, and combustion-related losses.
Forensic engineering, testing & expert analysis
Inception Forensic Engineering helps attorneys, insurers, manufacturers, facility owners, and technical teams understand what happened, why it happened, and what the evidence supports.
IFE combines mechanical engineering, combustion science, fire dynamics, heat transfer, thermodynamics, and laboratory testing to investigate losses involving vehicles, structures, industrial systems, energy systems, equipment, and consumer products.
The result is a consulting experience built for technical accuracy, legal usefulness, and practical communication.
Each engagement is approached with an evidence-first process: scene information, document review, engineering analysis, testing when needed, and concise technical communication.
Origin and cause analysis, ignition mechanisms, fire dynamics, gas systems, industrial incidents, and combustion-related losses.
On-road and off-road vehicle fires, EV and hybrid systems, e-bikes, lithium-ion batteries, BESS modules, and specialty equipment.
Equipment failures, product issues, HVAC/refrigeration systems, consumer products, water and fluid losses, and industrial process systems.
Custom test planning, fire and explosion tests, heat release and thermal behavior studies, validation work, and hazard assessments.
Technical findings translated into clear expert reports, demonstratives, deposition support, and courtroom-ready explanations.
Failure prevention, product safety evaluation, burn hazard assessment, carbon monoxide exposure analysis, and risk-informed recommendations.
Complex failures often require more than a desk review. IFE supports investigations with controlled testing, inspection, measurement, and engineering analysis that help separate assumptions from physical evidence.
Review scene data, photographs, product history, documents, witness information, and physical evidence.
Apply engineering principles, failure analysis, fire science, thermodynamics, mechanics, and standards-based reasoning.
Design focused experiments or inspections when additional evidence is needed to validate or challenge a hypothesis.
Deliver clear opinions, exhibits, reports, and testimony support that technical and legal audiences can understand.
President & Principal Engineer
Mechanical engineer with deep experience in combustion, fire science, heat transfer, thermodynamics, fluid mechanics, fire/explosion investigation, and lithium-ion battery thermal events.
Consulting Engineer
Mechanical engineer with forensic engineering, fire investigation, automotive product design, research and development, and regulatory engineering experience.
IFE is positioned for matters where engineering, physical evidence, and expert communication must work together.