Our Work with Equipment & Machinery includes investigation and reconstruction of accidents associated with this equipment, and investigation and engineering analysis of unsafe operation and/or failure of the involved equipment, when either occurs.
Our work includes assessment of the activities of the persons involved in the accident as these activities relate to the equipment involved. Engineering analysis of the design, construction, and assembly of the involved equipment is included in our work. In particular we assess and evaluate the conformance of the equipment to the requirements of Safety Design principles and the applicable Codes, Standards and Recommended Practices. We determine the requirements for the presence of safety features including Safeguards and Warnings, and determine whether the required safety features were in place and performing properly at the time of the subject accident.
Our work includes assessment of the operation of the involved equipment, particularly as it relates to safety and the accident events, both as a result of the accident events and as the cause of accident events, when either, or both, is the case.
Our engineering analyses of equipment cover mechanical failure, safety design and safety features. Safety features analyzed include safeguards, such as barrier guards, light curtains, dual operating buttons, fail-safe instrumentation, etc., and warnings. These analyses are for the purpose of determining the safety of this equipment, and if it is unsafe, the source of this defect.
Our reconstruction of accidents involving industrial, commercial and construction equipment determines whether such equipment caused or contributed to the accident. Work in this area also includes determining whether revision of the equipment or related equipment systems was feasible and required for safety.
We have analyzed a broad range of industrial, commercial and construction equipment.
Our analysis of product and equipment accidents includes consideration of the human-mechanical interface in the accident, as understood through Human Factors and from extensive experience in the safety design of equipment and equipment systems, including control instrumentation.
Qualifications and Experience of James D. Madden, P.E. with Equipment and Equipment Systems, including Mechanical and Combustion Consumer Products
> over 175 incidents* involving consumer products & industrial, commercial and construction equipment, including machinery, have been investigated and reconstructed as part of the forensic engineering work
> extensive college coursework in engineering design of equipment
> design and specification of equipment, and equipment systems, including instrumentation and controls, warnings and safeguards, during 17 years working in industrial operations and design engineering
> two (2) earned Engineering degrees, Bachelor of Science and Master of Engineering
> post-degrees college credit coursework, short courses and seminars on technical subjects over the years
> Professional Engineers (P.E.) license (earned by examination)
> Diplomate Forensic Engineer designation,
granted for meeting the Council of Engineering and Scientific Specialty Boards requirements for Forensic Engineering
> over 40 years of engineering experience, with:
> 1-1/2 years experience in industrial operations
>
15-1/2 years experience in engineering design, with intermittent industrial operations and construction assistance
> over 30 years experience in forensic engineering
* as of the last count in 2007