Edgar Anthony Bradley Author of Evaluating Organization Development
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Edgar Anthony Bradley


Edgar Bradley is a Consulting Mechanical Engineer, specializing in RAM work (Reliability, Availability, and Maintainability), Benchmarking and Human Capital Evaluation. He has over 40 years of industrial experience. He also lectures or has lectured at four universities in Southern Africa. He has a Master's in Mechanical Engineering and an MBA. Edgar is married with four children and five grandchildren. He is active in church work and his hobbies include motorcycle restoration and travel by 4x4.

Biography



Edgar Bradley is a Mechanical Engineer, specializing in RAM work (Reliability, Availability, and Maintainability), Benchmarking and Human Capital Evaluation

His qualifications include a Bachelor’s degree in Mechanical Engineering from the University of the Witwatersrand, Johannesburg, South Africa (1964) and a Master’s degree in Mechanical Engineering from the University of Akron, Ohio, USA (1969) aswell as an MBA from Cranfield University, in the UK (1975). He has the South African Government Certificate of Competency   (Factories, Mechanical) and has completed the course in Advanced System Reliability Engineering by JBS Associates, Knoxville, Tennessee, USA.  He also has completed the course in Repairable Systems Reliability and Failure Analysis by the Finn Jensen Reliability Consultancy, Denmark.

He currently works as a Mechanical Consulting Engineer, giving consulting and training to the many industries in the Middle East, Australia and  Southern Africa.

He was formerly employed by Eskom, the South African power utility, in the position of Chief Consultant (RAM) in the Generation Group. His 31 years with Eskom included 18 years experience as a Reliability and Maintenance specialist as well as, before that, 11 years as a Project Engineer and two as a Boiler Plant Specialist. He has also worked for mechanical contracting firms as a project and design engineer, and has 50 years of industrial experience in Benchmarking, RAM engineering, power plant, pipework engineering, cryogenics and plant maintenance.

In 1999 he received Eskom’s Chairman’s Award for his work in developing the Operators’ Challenge, a simulator-based competition to improve power station operators’ performance and reliability. In 2002 he developed the concept further with the Cyberthon, an international version of the challenge, held between power station operators in South Africa and Russia. For the several years he served on one of his employer's tender boards

For over 40 years he has also served as a lecturer in the Faculty of Industrial Engineering at the University of the Witwatersrand, lecturing and developing courses on the MSc programme on inter alia, Reliability Engineering, Maintenance Engineering, Project Management, Industrial Marketing and Systems Engineering. He has also lectured in Reliability Engineering at the University of Pretoria and  in Quality at the Namibian University of Science and Technology. He  lectures in Reliability Engineering and Systems Engineering at North West University as well.

He has consulted to many firms in the electronics, defence, petrochemical, electricity, mining, manufacturing and chemical industries. He has also presented many industrial training programmes, both in-house and open to industry.

He is a Registered Professional Engineer and a Member of the South African Institute of Industrial Engineers. He was also twice President of the Southern African Maintenance Association (SAMA – now SAAMA). In 1999 he had the major input into the design of the SAMA Audit and Award process, which was successfully applied in 1999 for the first time in South African industry.

In 2001 he was accepted as a member of Mensa South Africa and in 2004 as a member of the Society of Maintenance and Reliability Professionals, USA.

He has had papers presented on reliability, maintenance and related subjects at conferences in South Africa, the USA, Australia, China, Hong Kong, Israel, Korea, Zimbabwe, the UK and Egypt. He has published papers in journals in South Africa and the UK.

In both 2003 and 2004 he was invited to speak on the Eminent Speaker Tour of various chapters of the Maintenance Engineering Society of Australia. He is a regular trainer on various courses in various countries in the Middle East.

He was a conscripted member of the South African Defence Force for ten years, retiring with the rank of Major from the Technical Services Corps.

In 2016 he authored the book Reliability Engineering – A Life Cycle Approach, published by CRC/Taylor and Francis in the USA. The book has also been translated into Russian.

Edgar has been married to Peggy since 1968. They have four children: Guy, Vanessa, Susan and Samantha, and five grandchildren, Josh, Zara, Cassy, James and Jensen. Edgar’s non-work related interests include church work, classic motor cycle restoration, birding, conservation and travel, especially by 4x4.

[email protected]
+27 (0)83 292 7733
+27 (0)11 465 0275

Areas of Research / Professional Expertise

    RAM (Reliability, Availability, Maintainability), Benchmarking, Human Capital Evaluation, Maintenance,
    Cryogenics, HP Pipework, Power Generation

Personal Interests

    Lay church work, bird watching, travel (international and by 4x4),  vintage motorcycle restoration, history (especially WW2 and the English Civil War) and history in general.

Websites

Books

Featured Title
 Featured Title - Reliability Engineering - 1st Edition book cover

Articles

Second International Symposium on Risk, Economy and Safety

The Codification of System Failures as a Set of Human Errors


Published: Jul 26, 1996 by Second International Symposium on Risk, Economy and Safety
Authors: E A Bradley

Official enquiries into large scale system failures may be used to interpret events according to the various types of human error which were committed. Twelve well documented disasters are analysed and the conclusion emerges that operator error, rather than maintenance or other types of error, predominated in these cases. Suggestions are made as to the training of operators and the design of systems might limit these type of errors.