Ruankao Information System Project Manager (Senior) study materials
Ruankao Information System Project Manager (Senior) study resources

Ruankao Information System Project Manager (Senior) cheat sheet

Ruankao Information System Project Manager (Senior) · Keep the key ideas within reach.

Quick reference

Project scope, scheduling and earned-value models

  • Decompose actual scope and trace requirements to acceptance evidence.

  • Critical-path and float calculations require stated network assumptions.

  • CPI=EV/AC and SPI=EV/PV under the supplied earned-value model.

  • Choose forecast assumptions and authorization paths explicitly.

Quick reference

Project quality, evidence and process variation

  • Quality = meeting requirements; grade = feature category. Low grade is acceptable, low quality is not.

  • Managing quality is process-focused; controlling quality inspects deliverables.

  • Pareto chart prioritises the vital few causes.

  • Control limits differ from specifications; use the stated chart and run-rule procedure to investigate signals.

  • External failure can be costly, but compare actual consequences rather than assume one universal ordering.

Quick reference

Project people, communication and stakeholder decisions

  • RACI: exactly one accountable owner per activity.

  • Tuckman: forming, storming, norming, performing, adjourning.

  • Herzberg: pay and conditions are hygiene factors; achievement and recognition motivate.

  • Channels = N(N−1)/2 with N including the project manager.

  • Collaborate/problem-solve is the preferred conflict approach when time allows.

Quick reference

Project risk, expected value and response choices

  • Risk has cause, event, and impact; an issue has already occurred.

  • Delphi is anonymous and multi-round, used to reach consensus among experts.

  • Threat responses: escalate, avoid, transfer, mitigate, accept.

  • Transfer shifts financial impact but does not remove the risk.

  • EMV = sum of probability × impact, minus investment for the decision.

Quick reference

Procurement choices, supplied contracts and incentives

  • FFP fits clear scope and transfers cost risk to the seller.

  • CPFF, CPIF, CPAF place cost risk on the buyer and require cost auditing.

  • T&M suits urgent or undefined work and needs a ceiling.

  • RFP asks for a solution plus price; RFQ asks for price.

  • FPIF settlement must respect the ceiling price.

Quick reference

Project case analysis, baseline control and calculations

  • Use the four-move answer: name the process, cite the evidence, state the consequence, give remedy plus prevention.

  • Quote formal terminology such as integrated change control, CCB, traceability matrix.

  • Always show calculation steps for SPI, CPI, EAC, and float.

  • Every diagnosis must be tied to a specific fact in the scenario.

  • Pair each corrective action with a preventive control.

Quick reference

Information-system supervision, independence and evidence

  • Keep owner, contractor and supervisor responsibilities distinct.

  • Trace requirements to actual test and acceptance evidence.

  • A supervisor’s observation does not automatically approve a scope change.

  • Record independence, unresolved exceptions and the limits of sampling.

Quick reference

Requirements, design, testing and architecture trade-offs

  • Trace observable quality criteria to design and verification evidence.

  • DFD, ER and UML views answer different questions.

  • Choose architectural styles from constraints, not product fashion.

  • Separate verification against specification from validation for actual use.

Quick reference

Security foundations, governance and Chinese context

  • CIA triad plus authenticity, non-repudiation and accountability define what is protected.

  • Risk combines threat, vulnerability and business impact; a vulnerability alone is not a risk.

  • Bell-LaPadula: no read up, no write down - confidentiality.

  • Biba: no read down, no write up - integrity.

  • Governance decides acceptable risk and accountability; management decides how to achieve it

  • Risk appetite (board-approved) differs from tolerance (variation) and capacity (maximum bearable)

  • Three Lines Model: internal audit must remain independent of control ownership

Quick reference

Engineering calculations, alternatives and technical evidence

  • Check feasibility and model assumptions before optimizing.

  • A linear program can have several optimal solutions; integrality changes the problem.

  • Series and parallel availability formulas need explicit independence and success conditions.

  • Read averages, percentages, percentiles and normative terms in their actual context.