Remove Executing Remove Performance Measurement Remove Risk Remove Software Engineering
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Webinar Recap: Project Performance Measurement – Part 1: Overview Of Project Performance Measurements

MPUG

Please find below a transcription of the audio portion of Fletcher Hearn’s session, Project Performance Measurement – Part 1: Overview Of Project Performance Measurements, being provided by MPUG for the convenience of our members. Kyle: Hello, and welcome to part one of MPUGs Project Performance Measurement course.

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Webinar Recap: Project Performance Measurement – Part 2: What to Measure and How to Report

MPUG

Please find below a transcription of the audio portion of Fletcher Hearn’s session, Project Performance Measurement – Part 2: What to Measure and How to Report, being provided by MPUG for the convenience of our members. Kyle: And welcome to Part 2 of MPUG’s Project Performance Measurement course. Is it Eric?

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Microeconomics and Risk Management in Decision Making for Software Development

Herding Cats

If we look at the discipline of software engineering, we see that the microeconomics branch of economics deals more with the types of decisions we need to make as software engineers or managers. Software engineering economics." IEEE Transactions of Software Engineering, 1 (1984): 4-21.

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Cone of Uncertainty Bibliography

Herding Cats

It can be the needed performance of a measure - Effectiveness, Performance, Key Performance Parameter, or a Technical Performance Measures. The specifics of the Technical Performance Measures applied to inform Physical Percent Complete and the Cone of Uncertainty around the TPM are shown here.

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INVEST, Scrum and Enterprise IT

Herding Cats

Risk interaction within systems and subsystems, between functional and physical elements, can also be modeled with DSM. DSM models interacting risks in a graphical representation produce numerical simulations of the risk and impacts on the probability of program success. Traditional risk models cannot model loops.

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INVEST, Scrum and Enterprise IT

Herding Cats

Risk interaction within systems and subsystems, between functional and physical elements, can also be modeled with DSM. DSM models interacting risks in a graphical representation produce numerical simulations of the risk and impacts on the probability of program success. Traditional risk models cannot model loops.

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Managing in Presence of Uncertainty

Herding Cats

This is an immutable principle that impacts planning, execution, performance measures, decision making, risk, budgeting, and overall business and technical management of the project and the business funding the project no matter the domain, context, technology or any methods. We need a formal risk management process.

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