Who is Miller Engineering Services?

Miller Engineering Services provides forensic engineering investigations and expert witness testimony in the support of litigation and insurance subrogation. Our engineers are experienced in a broad range of design, safety, project construction and industrial manufacturing operations.

Typical areas of expertise;

• Mechanical and electrical equipment and appliance failures
• Electrical engineering, power systems analysis
• Shock, electrical burns, and electrocution
• Cranes, manlift and construction equipment accidents
• Fire, explosions, cause & origin and smoke damages
• Human factors & instructions related to latent defects, or the misuse of electrical equipment and machinery
• Utility and industrial safety, quality practices & procedures
• Applications of OSHA, NFPA and National Electrical Code (NEC) and the National Electrical Safety Code (NESC)




When you need a Failure Analysis Expert

Our principal engineer, Greg Miller is a Registered Professional Engineer in the State of Texas with 30 years of experience in manufacturing, refining, petrochemical, oil and gas processing industries. Specializing in electrical power transmission, distribution, substations, industrial motor control, instrumentation, construction safety, quality, prevention of electric shock hazards and the associated applicable codes.

Greg has served as an expert witness in numerous investigations involving residential, commercial, utility and industrial fires, explosions, electrical equipment and appliance failures, shock, electrocution, OSHA, NEC, NFPA and industry code compliance and overhead power line/crane incidents.

In addition, Greg's expertise extends into the areas of construction, safety compliance, quality assurance, design criteria, maintenance procedures for Electric Utilities & Industrial hazardous area installations, grounding, and electric shock protection.

We have engineering and technical associates that can provide team support to cover civil, structural, mechanical and metallurgical aspects of large, multi-discipline loss investigations.