CPEM study plan

Map the full Engineering Management content outline into a personal topic checklist with a confidence rating (1-5) for each topic

Define the project-management vocabulary set (scope, WBS, critical path, earned value, change control) and write one-line definitions in your own words

Build a formula sheet for cost and schedule performance indices (CPI, SPI, EAC, ETC, VAC) and verify each formula against a worked example

Set up a spaced-repetition deck and seed it with the first 40 terms from your checklist

Sequence a sample project by constructing a network diagram and identifying the critical path from given durations

Compute float for at least three non-critical activities and explain how float changes when a predecessor slips

Draft a risk register with probability, impact, response strategy, and owner for six realistic engineering risks

Compare qualitative and quantitative risk analysis and state when each is appropriate

Distinguish functional, matrix, and projectized structures and predict where authority and communication friction arise in each

Write a RACI matrix for a cross-functional engineering deliverable and justify each assignment

Identify the stages of team development and match a management action to each stage

Explain how a project manager resolves conflict between a technical lead and a schedule owner without escalating

Trace a requirements baseline through design, verification, and change control, naming the artifact produced at each step

Apply configuration management concepts (baseline, version control, change board, audit) to a worked scenario

Diagnose three failure modes in a requirements review: ambiguity, untestability, and missing traceability

Write acceptance criteria for two requirements that are currently untestable

Compute earned value metrics from a status table and interpret whether the project is ahead or behind and over or under budget

Forecast estimate at completion under two different assumptions and explain why the forecasts diverge

Build a cost baseline with contingency and management reserve and state who controls each

Identify the ethical and reporting issues in a status report that hides a schedule slip

Classify quality costs into prevention, appraisal, and failure categories for a sample engineering process

Select appropriate quality tools (Pareto, control chart, fishbone, FMEA) for four described problems and justify each choice

Perform a simplified FMEA on a process step, assigning severity, occurrence, and detection scores

Explain how verification differs from validation and give an engineering example of each

Produce a stakeholder communication plan naming audience, message, channel, frequency, and owner

Draft a procurement or vendor selection comparison using weighted scoring criteria

Outline the phases of a system life cycle and place four engineering deliverables on the correct phase boundary

Summarize the manager's role in lessons-learned capture and knowledge transfer at project close

Re-rate every topic on the week 1 checklist and flag any still at confidence 1 or 2

Complete a timed mixed-topic practice set and log every miss by root cause: knowledge gap, misread, or calculation error

Re-derive the earned-value formulas from memory and check against your week 1 sheet

Write a one-page exam-day strategy covering pacing, question triage, and calculation checks