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Integration of project, infrastructu...

Benjamin, Allan S.

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Integration of project, infrastructure, and enterprise risk management = how to evaluate, aggregate, and manage high-tech performance risks /

Record Type:	Electronic resources : Monograph/item
Title/Author:	Integration of project, infrastructure, and enterprise risk management/ by Allan S. Benjamin.
Reminder of title:	how to evaluate, aggregate, and manage high-tech performance risks /
Author:	Benjamin, Allan S.
Published:	Cham :Springer Nature Switzerland : : 2025.,
Description:	xxvii, 193 p. :ill. (chiefly col.), digital ;24 cm.
[NT 15003449]:	Concepts of Risk Management for Large High-Tech Organizations -- Explanation and Characterization of Key Terms and Concepts -- Articulation of Aggregate Risk, Risk Tolerance Posture, and Risk Posture -- Development and Implementation of Integrated Models for the Calculation Of Aggregate Risks and Determination of Risk Drivers -- Adjusting the Predicted Aggregate Risks to Account for Unknown and Underappreciated Risks, Part 1: General Considerations, Cost, and Schedule -- Adjusting the Predicted Aggregate Risks to Account for Unknown and Underappreciated Risks, Part 2: Safety and Reliability -- Processes for Optimally Balancing Risks Against Opportunities in Strategic Portfolio Planning -- Continuous Risk Management, Part 1: Models and Simulation Processes -- Special Considerations for Risks Associated with Cyberattacks -- Continuous Risk Management, Part 2: Internal Controls, Risk Mitigations, and Mission-Advancing Opportunities -- Graded Analysis and Screening Analysis Approaches -- Example No. 1 on Accounting for Dependencies between Risk Scenarios -- Example No. 2 on Multi-Year Milestone Risk Analysis -- Example No. 3 on Designing for Optimally Balanced Risks -- An Epilog on Cross-Organizational Interactions and Risk Communication -- Advanced Concepts For Evaluating, Aggregating, And Managing High-Tech Performance Risks.
Contained By:	Springer Nature eBook
Subject:	High technology industries - Risk management. -
Online resource:	https://doi.org/10.1007/978-3-031-85070-7
ISBN:	9783031850707

Integration of project, infrastructure, and enterprise risk management = how to evaluate, aggregate, and manage high-tech performance risks /
Benjamin, Allan S.

Integration of project, infrastructure, and enterprise risk managementhow to evaluate, aggregate, and manage high-tech performance risks /[electronic resource] :by Allan S. Benjamin. - Cham :Springer Nature Switzerland :2025. - xxvii, 193 p. :ill. (chiefly col.), digital ;24 cm. - Risk, governance and society,v. 212512-3084 ;. - Risk, governance and society ;v. 21..

Concepts of Risk Management for Large High-Tech Organizations -- Explanation and Characterization of Key Terms and Concepts -- Articulation of Aggregate Risk, Risk Tolerance Posture, and Risk Posture -- Development and Implementation of Integrated Models for the Calculation Of Aggregate Risks and Determination of Risk Drivers -- Adjusting the Predicted Aggregate Risks to Account for Unknown and Underappreciated Risks, Part 1: General Considerations, Cost, and Schedule -- Adjusting the Predicted Aggregate Risks to Account for Unknown and Underappreciated Risks, Part 2: Safety and Reliability -- Processes for Optimally Balancing Risks Against Opportunities in Strategic Portfolio Planning -- Continuous Risk Management, Part 1: Models and Simulation Processes -- Special Considerations for Risks Associated with Cyberattacks -- Continuous Risk Management, Part 2: Internal Controls, Risk Mitigations, and Mission-Advancing Opportunities -- Graded Analysis and Screening Analysis Approaches -- Example No. 1 on Accounting for Dependencies between Risk Scenarios -- Example No. 2 on Multi-Year Milestone Risk Analysis -- Example No. 3 on Designing for Optimally Balanced Risks -- An Epilog on Cross-Organizational Interactions and Risk Communication -- Advanced Concepts For Evaluating, Aggregating, And Managing High-Tech Performance Risks.

This book provides a comprehensive introduction to the principles of integrated risk management across three main domains: enterprise, infrastructure/institutional, and program/project risk management. It sets out to define the types of risk that are applicable to each domain, including strategic risk, operations risk, compliance risk, cybersecurity risk, and safety risk, among many others. Using demonstrative examples, the book identifies vulnerabilities in different risk management models, suggests in detail the means for correcting them, and introduces the concept of unknown and underappreciated (U/U) risks that need to be considered in addition to known risks. Then, it goes on to draw on perspectives from a range of disciplines, including systems engineering (SE), expert judgment elicitation, Monte Carlo simulation techniques, and applied statistics, to illustrate how such risks can be evaluated, aggregated, and mitigated. Drawing from experience gained during the NASA space shuttle program, as well as other high-tech programs involving space exploration, commercial nuclear reactors, and strategic weapon systems, Allan Benjamin demonstrates these concepts qualitatively and quantitatively in a set of detailed examples from governmental and industrial settings.

ISBN: 9783031850707

Standard No.: 10.1007/978-3-031-85070-7doiSubjects--Topical Terms:

3791223
High technology industries
--Risk management.

LC Class. No.: HD62.37

Dewey Class. No.: 658.155

Integration of project, infrastructure, and enterprise risk management = how to evaluate, aggregate, and manage high-tech performance risks /
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505 0 $a Concepts of Risk Management for Large High-Tech Organizations -- Explanation and Characterization of Key Terms and Concepts -- Articulation of Aggregate Risk, Risk Tolerance Posture, and Risk Posture -- Development and Implementation of Integrated Models for the Calculation Of Aggregate Risks and Determination of Risk Drivers -- Adjusting the Predicted Aggregate Risks to Account for Unknown and Underappreciated Risks, Part 1: General Considerations, Cost, and Schedule -- Adjusting the Predicted Aggregate Risks to Account for Unknown and Underappreciated Risks, Part 2: Safety and Reliability -- Processes for Optimally Balancing Risks Against Opportunities in Strategic Portfolio Planning -- Continuous Risk Management, Part 1: Models and Simulation Processes -- Special Considerations for Risks Associated with Cyberattacks -- Continuous Risk Management, Part 2: Internal Controls, Risk Mitigations, and Mission-Advancing Opportunities -- Graded Analysis and Screening Analysis Approaches -- Example No. 1 on Accounting for Dependencies between Risk Scenarios -- Example No. 2 on Multi-Year Milestone Risk Analysis -- Example No. 3 on Designing for Optimally Balanced Risks -- An Epilog on Cross-Organizational Interactions and Risk Communication -- Advanced Concepts For Evaluating, Aggregating, And Managing High-Tech Performance Risks.
520 $a This book provides a comprehensive introduction to the principles of integrated risk management across three main domains: enterprise, infrastructure/institutional, and program/project risk management. It sets out to define the types of risk that are applicable to each domain, including strategic risk, operations risk, compliance risk, cybersecurity risk, and safety risk, among many others. Using demonstrative examples, the book identifies vulnerabilities in different risk management models, suggests in detail the means for correcting them, and introduces the concept of unknown and underappreciated (U/U) risks that need to be considered in addition to known risks. Then, it goes on to draw on perspectives from a range of disciplines, including systems engineering (SE), expert judgment elicitation, Monte Carlo simulation techniques, and applied statistics, to illustrate how such risks can be evaluated, aggregated, and mitigated. Drawing from experience gained during the NASA space shuttle program, as well as other high-tech programs involving space exploration, commercial nuclear reactors, and strategic weapon systems, Allan Benjamin demonstrates these concepts qualitatively and quantitatively in a set of detailed examples from governmental and industrial settings.
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