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Table of Contents - Codes & Standards Page - links to content on this page click on the  underlined  squares  to link to the subjects ?  Our Work using Codes & Standards, and its involvement in Our Forensic Engineering Work ?  Our Forensic Engineering Work - number of ? Cases  ? Reports  ? Affidavits  ? Testimonies   ? Codes & Standards Discussed ? Issuing Organizations ? Purposes of Codes & Standards ?  Use of Codes & Standards ?  Contact Us by Phone, Mail or Email     ?  Consult, before and after assignment ?  Fee Schedule availability ?  Experience with Codes & Standards ?  Our Typical Work Activities and Products ?  Presentation of the Results of Our Work ?  Geographic Area available for Work ?  Curriculum Vitae and other Qualifications ?  Links to Other Pages (left sidebars)

<< click for a description of the typical activities and work performed ^^ click on buttons to go to these pages ^^

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 Our  work with Codes, Standards & Recommended Practices     in Our Forensic Engineering Work

In our Forensic Engineering work in all of the Forensic Specialties, use of Codes, Standards and Recommended Practices, when they exist for the equipment or facility of interest, is an integral routine part of our engineering analysis of such equipment and facilities in regard to their involvement in accidents.  Our work with Codes, Standards and Recommended Practices routinely includes determination of the adherence to such Codes, Standards and Recommended Practices, and the adherence to governmental Safety Regulations. This is an integral part of our engineering analysis of equipment, consumer products, buildings and property, industrial and commercial operations, and construction activities involved in accidents, to determine the safety of these items, facilities and activities.  A minimum requirement for engineering design and industrial and commercial operations is the proper use of Codes and Standards , including governmental Safety Regulations, such as OSHA regulations. The proper use of the applicable Codes, Standards and Recommended Practices is a minimum requirement to conform to Safety Design  principles for equipment and facilities, and to conform to safe practices in industrial and commercial operations and maintenance, and construction activities.   Codes, Standards and Recommended Practices are consulted for consumer products, and residential, commercial,  manufacturing, industrial and construction equipment, and components associated with this equipment, and their associated facilities.  Codes, Standards and Recommended Practices are consulted for consumer produ cts  and residential, commercial and industrial facilities, considered separately from equipment .

<<  click for discussion of many of the considerations for the use of Codes and Standards with equipment, products and facilities

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E xperience and Qualifications of James D. Madden, P.E .  in regard to Codes, Standards and Recommended Practices 

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Combined,  Engineering  and  Normal Psychology  are the scientific bases of  Human Factors  and the related studies of the human-machine interface and human-facility interface, which comprise a significant part of the foundation for  Safety Design  and  Safety Design Analysis.  Human Factors and Safety Design are the bases for the requirements for Safeguards as well as Warnings, and a part of the requirements for the best  Codes, Standards, Safety Guidelines and Recommended Practices .  James D. Madden, P.E. has specific education in Engineering and Normal Psychology, as follows: 

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for Bachelors and Masters degrees in Engineering took extensive  college coursework in Engineering 

? minored in Normal Psychology  as part of the Bachelors degree work

? during engineering design  organized, participated in, and supervised the writing of Design Manuals for a major engineering design and construction company for equipment, machinery, instrumentation, piping, and valving to meet safety design requirements and applicable  Codes, Standards and Recommended Practices ? during engineering design  organized participated in, and supervised the writing of a Design Manual for a major engineering design and construction company for the design of boiler systems to meet safety design requirements and the  ASME Boiler Code  and other applicable  Codes and Standards ? during 17 years as a  design engineer  and for over 30 years in  forensic practice , made extensive use of  Codes, Standards and Recommended Practices , including interpretation  ? as an integral part of engineering design during 17 years working in industrial operations and  engineering design, regularly applied Human Factors and Safety Design, the bases for the safety provisions in  Codes, Standards and Recommended Practices ? as a forensic engineer for over 30 years, routinely apply Human Factors and Safety Design principles, the bases for the safety provisions in  Codes, Standards and Recommended Practices , in engineering analysis of accidents, and equipment and facilities involved in accidents ? earned  2 Engineering degrees , Bachelor of Science and Master of Engineering, and took additional credit coursework post-degree, taking coursework in physics, chemistry, mathematics, engineering mechanics, mechanical engineering, chemical engineering and normal psychology ? earned the  Professional Engineers license  (P.E.) by taking the National Council of Engineering Examiners' examination in Fundamentals of Engineering and the  Mechanical Engineering  and  Chemical Engineering  sections of the National Council of Engineering Examiners' (NCEE) examination in Principles and Practices of Engineering ? designated a  Diplomate Forensic Engineer  by the National Academy of Forensic Engineers in accordance with the standards of the Council of Engineering and Scientific Specialty Boards (CESB) ? at the start of forensic work, completed  refresher and additional post-degree college credit coursework  and continuing education coursework in mechanical engineering, metallurgy and materials

?  attended  engineering seminars  presented by the National Academy of Forensic Engineers

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regularly attend additional  technical courses and seminars  each year to meet the requirements for continuing engineering education for the Professional Engineer's license ?  over  40 years of engineering experience , with:  ?  17 years experience in  industrial operations, engineering design  and  construction assistance  ?  30 years experience in  forensic engineering , including:   ?  testifying in  over 100 depositions  and  over 90 trials ?  issuing  over 700 reports  and  over 70 affidavits ?  working on  over 1100 cases See more about qualifications of  James D. Madden, P.E. on the  Qualifications Page . See details of the forensic work throughout this website, and a summary on the  Employment Page . See details of the pre-forensic work on the  Employment Page  and the  Engineering Design Page .

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back to 'Our Work...' to top of page C odes , Standards and Recommended Practices

The best  Codes, Standards and Recommended Practices  are based on knowledge from  Human Factors  and are a requirement in  Safety Design .  Safeguards  and  Warnings  are enshrined in many generally accepted Codes, Standards and Recommended Practices. These subject areas are all closely related. The information that follows is not intended to be exhaustive, but rather to introduce Codes, Standards and Recommended Practices. In particular this web page will not discuss particular codes except as illustrations. The organization of the materials below is one way to look at the subject.

Organizations that issue Codes, Standards and Recommended Practices

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There are numerous organizations that issue codes, standards and recommended practices. These include non-governmental industry groups such as the Outdoor Power Equipment Institute, non-governmental technical societies such as the American Society of Mechanical Engineers and the National Fire Protection Association, federal government agencies such as the Occupational Safety and Health Administration (OSHA) and Consumer Product Safety Commission (CPSC) and state agencies such as the [state name] Department of Transportation and international organizations. Some federal agencies also have state counterparts such as MiOSHA, Michigan Occupational Safety and Health Administration.  There are a very large number of industry groups, technical societies of one sort or another, and governmental agencies that issue Codes, Standards and Recommended Practices on a very large number of subjects. Many, but not all, of the American groups issue their standards in conjunction with the American National Safety Institute (ANSI). ANSI standards are often referenced in federal and state codes and standards. An international non-governmental standards group whose standards are often adopted by governments is ISO, whose English name is International Organization for Standardization. 

Purposes of Codes, Standards and Recommended Practices

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Codes, Standards and Recommended Practices are not limited to safety issues. There are standardization of all sorts of items, such as chemical compound names, sizes of bolts down to the depth of the thread and number of threads per inch, etc. Safety is however the concentration of this web page. It is important to recognize when a provision in a code or standard is a safety item and when it is not, although this is often specifically called out in the standard or is quite obvious.

Use of Codes, Standards and Recommended Practices

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It should be recognized that non-governmental Codes, Standards and Recommended Practices represent the opinions of specific individuals and organizations, some of which only issue "consensus" codes and standards, those that require unanimous, or essentially unanimous agreement, to include a provision. Knowledge of the organization will provide important information on the value of a code or standard in evaluating the safety of an item, whether it be, for example, equipment, a consumer product or a feature of a building. Generally speaking violating a safety provision in an applicable code is considered to be direct evidence of a safety defect. However, codes and standards do not cover all conditions and situations, and the absence of a condition or situation in an applicable code or standard does not mean that the condition or situation is safe. Also some codes have set very low standards for safety, which must be considered when weighing the value of the code.  Some non-governmental codes have been rejected for use in governmental standards. The general rule regarding non-governmental codes, standards and recommended practices is that they set the minimum standard for safety, but do not necessarily set the complete standard for safety. A conclusion regarding safety should only come from engineering analysis based on safety principles such as  Safety Design  principles and  Human Factors , as this might be assisted by codes and standards. Governmental Codes and Standards may have the force of law. Under these circumstances violating a safety provision in an applicable code is considered to be direct evidence of a safety defect, but may also have other consequences in disputes. However, these codes and standards also do not cover all conditions and situations, and the absence of a condition or situation in an applicable code or standard does not mean that the condition or situation is safe.  The general rule regarding governmental codes and standards is also that they set the minimum standard for safety, but do not necessarily set the complete standard for safety. A conclusion regarding safety should only come from engineering analysis based on safety principles such as  Safety Design  principles and  Human Factors , as this might be assisted by codes and standards.

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O ur Typical Work Activities and Products, when warranted by the case Our work investigating, analyzing and reconstructing accidents, and presenting the results, may include any  or all of the following, depending on the needs of the case:  ? inspection of the accident site , such as a roadway, outdoor facilities, building or industrial facilities ? inspection of the involved equipment , in current condition, including in damaged condition (such as crashed vehicles); and when available for operation, during operation (such as industrial equipment) ? photography  and/or  video  of the accident site and involved equipment ? interviewing witnesses  (often during the inspection of the accident site, product and/or equipment) ? review and study  of case documents, evidence and applicable codes, standards, regulations and recommended practices ? testing  accident items and exemplar items (such as consumer products) ? drawings, calculations, graphical analyses, computer analyses , etc. as required to analyze and reconstruct the accident, and to present the engineering analysis and reconstruction ?  written  reports  and  affidavits , and  exhibits ? coordinating or interfacing with others while they are preparing  specialized exhibits  such as video animations and videos of demonstrations ? testimony in deposition ,  trial  and  arbitration

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P resentation of results of our work We present the results of our investigations, engineering analyses and reconstructions in  the client's choice of any, or all, of the following:  ? verbal reports,  by telephone or in face-to-face conferences ?  written  reports  and  affidavits ? deposition testimony,  including video deposition ? trial testimony  and arbitration testimony

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F orensic Engineering Work by Senior Forensic Engineer James D. Madden, P.E.  James D. Madden, P.E., while performing  Forensic Engineering  work full-time for over  the last  30 years , for both plaintiff and defendant, has to date: ?  completed  over 1100 cases ?  written and issued  over 700 reports           ?  written and issued  over 70 affidavits ?  testified in  over 90 trials                  ?  testified in  over 100 depositions For more on qualifications see the  Qualifications Page .  <<< Click on the underlined text

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C ontact information

For mailing  address ,  phone ,  fax  and  email  address click a button below the Fee Schedule section.

F ee Schedule

Contact us by phone, fax, mail or email for a copy of the Fee Schedule for charges for engineering and consulting services and testimony.  Click a button below for contact information.

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G eographic Area of Practice - North America 

Over the last 30 years we have regularly worked on accidents which occurred in  Ohio, Pennsylvania, Michigan, New York and nearby , including inspections of accident sites, equipment, and facilities, with reports and testimony. During these 30 years we have also worked on accidents which occurred in  other states , and equipment and facilities located in other states, with inspections of accident sites, equipment, and facilities,  from Utah and Kansas to Vermont and North Carolina,  with reports and testimony for these accidents, when applicable.

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Madden Accident Analysis,   Investigation, Reconstruction

Madden Accident Analysis, Investigation, Reconstruction 1700 West Market Street, Suite 318, Akron, Ohio 44313 or contact us for our Cleveland Ohio address phone: 440-838-0640 or 440-832-9540, fax: 440-838-1192 email address: [email protected]

MAAIR MAAIR

Copyright 2011, 2012, 2015, 2016, 2018, 2019, 2020, 2022 by Madden Accident Analysis, Investigation, Reconstruction, and by James D. Madden, P.E. All rights reserved. This website contains photographs which are licensed with restrictions that prohibit downloading, reproduction, re-publication or re-transmission. Madden Accident Analysis, Investigation, Reconstruction, through its Senior Forensic Engineer, James D. Madden, P.E., a licensed Professional Engineer, and Board Certified Diplomate Forensic Engineer, has performed Accident Investigations, Engineering Analyses and Accident Reconstructions routinely for accidents / incidents and cases located in  Ohio, Pennsylvania, Michigan, and New York , in the technical areas which are noted in this website, as well as providing expert reports and testifying in court proceedings in these states in the capacity of an  Expert Witness , including depositions, arbitrations and/or trials.   and Utah, with testimony in deposition and court in West Virginia and Kansas. Madden Accident Analysis, Investigation, Reconstruction,  through its Senior Forensic Engineer, James D. Madden, P.E., a licensed Professional Engineer, and Board Certified Diplomate Forensic Engineer,  has performed Accident Investigations, Engineering Analyses and Accident Reconstructions for accidents / incidents and cases in the metropolitan areas of Cleveland, Akron, Canton, Toledo, Warren, Youngstown, Mansfield, Columbus, Dayton, Cincinnati, Lima, Findlay, Marietta and Steubenville, Ohio, as well elsewhere throughout Ohio, and the metropolitan areas of Pittsburgh and Erie, Pennsylvania, as well as elsewhere throughout western and central Pennsylvania, and the metropolitan areas of Detroit, Ann Arbor, Lansing, Flint and Port Huron, Michigan, as well as elsewhere in southern Michigan, and the metropolitan areas of Buffalo and Syracuse, New York, as well as elsewhere in western and central New York state. In many of these areas James D. Madden, P.E. has provided expert reports and testified in the capacity of an  Expert Witness  in court proceedings, including depositions, arbitrations and/or trials .   Latest updates to the overall document and activity counts (reports, affidavits, cases, trials, and depositions), and counts of the number of individual specialty cases reported in this website were completed 7/15/2020. The updates of the overall document and activity counts and the counts of the number of individual specialty cases for the period between 12/2007 and 7/15/2020 were based only on the documents produced, and thus are under-counts (i.e. cases without a report or affidavit were not included in the counts). through its Senior Forensic Engineer James D. Madden, P.E., is available for Accident Investigations, Engineering Analyses, Accident Reconstructions, and testimony in depositions, hearings, arbitrations, and trials, for  cases  located throughout North America.