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Learn to manage project risks effectively using simple project management methods outlined by Peter Williamson. Discover tools like AS/NZS 4360:2004 guidelines, HB231:2004, and project management methodologies to ensure projects meet specifications, deadlines, and budgets. Understand how to identify, quantify, negate, and mitigate risks to increase project success rates. Utilize tools like Prince, PMBOK, and Microsoft Project for effective risk management.
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Manage Risk through Simple Project Management Peter Williamson Barker College
Sources • AS/NZS 4360:2004 Risk Management + HB436:2004 Risk Management Guidelines (PDF copy is $106.52) www.standards.org.au • HB:231:2004 Information Security Risk Management Guidelines • IS & T Project Management Methodology Toolkit http://web.mit.edu/ist/pmm/toolkit.xls • Barker PMM
Project success =? • To specification • On time • Within budget • Satisfying the user
Why projects fail • Poor planning • Running Late • Over budget • Scope change • Loss of sponsor
Tools to use • Prince • PMBOK • Microsoft Project • Home grown …the bare essentials.
Microsoft Project • What actions are needed? • What order must they be done in? • How long will they take? • Who must do them? • Deal with the problems that arise.
Project Forms • Project Status Snapshot • Budget • Risk Assessment • Scope Change • Close out
Risk • Definition - Something that might occur that will have an impact upon objectives. • Size = Consequences x Likelihood. • Can be good or bad.
Risk Management • Identify • Quantify (impact x probability) • Negate • Mitigate • For good risks encourage & accentuate
Identifying Risks • Self compiled list • Previous projects • PESTEL • Outside source (AS/NZ Standards)
Negate or Mitigate • Find some way of reducing the likelihood or the consequence (or both) of the bad risks. • If you can’t eliminate the risk put a plan in place to recover if and when it occurs.
Negate • audit and compliance programs; • contract conditions; • formal reviews of requirements, specifications, design, engineering and operations; • inspection and process controls; • investment and portfolio management; • project management • preventative maintenance; • quality assurance, management and standards; • research and development, technological development; • structured training and other programs; • supervision; • testing; • organizational arrangements; and technical controls
Mitigate • contingency planning; • contractual arrangements; • contract conditions; • design features; • disaster recovery plans; • engineering and structural barriers; • fraud control planning; • minimizing exposure to sources of risk; • portfolio planning; • pricing policy and controls; • separation or relocation of an activity and resources; • public relations; and • ex gratia payments.