GSOE9820 Engineering Project Management
The Complete Exam Bible · T2 2026GSOE9820 Overview
- UNSW Sydney
- T2 2026
- 12 chapters
- Project Management
GSOE9820 Engineering Project Management is a postgraduate coursework course (6 units of credit, UOC) in the UNSW Faculty of Engineering, and it teaches project management as one continuous chain rather than a set of isolated topics: organisational strategy → Project Charter → scope and the Work Breakdown Structure → schedule → cost and reserves → risk → the integrated Project Management Plan (PMP) → Earned Value Management controls → change management → project success.
- Assessed by Task 1 — Scope Definition (project purpose, WBS diagram, scope statement) 5% + 4 more
- Key terms Project, Work Breakdown Structure (WBS), Project Charter, Earned Value Management (EVM)
- How to prepare Treat GSOE9820 as one integrated plan rather than a list of topics, because that is exactly what the assessment rewards.
- Most asked Where can I find past exam papers / practice for GSOE9820?
What you get in the full GSOE9820 Exam Bible
- 12 chapters, 144 pages — every examinable topic, week by week
- 43 original practice questions in the Task 2 — Project Management Plan (PMP Components), incl. Week 4–6 Progress Check format
- 12 worked examples, solved the way GSOE9820 marks
- 27 computed figures, redrawn from the course’s own numbers
- Exam-morning plan for the Task 2 — Project Management Plan (PMP Components), incl. Week 4–6 Progress Check (45%) — what to revise last, where marks are lost
Free on this page: assessment table, chapter map, one worked example, key terms, FAQ. The rest is in the full exam bible.
How GSOE9820 is assessed
| Component | Weight | Format |
|---|---|---|
| Task 1 — Scope Definition (project purpose, WBS diagram, scope statement) | 5% | Individual Moodle submission, Week 3 (Friday 5pm), CLO 2 |
| Task 2 — Project Management Plan (PMP Components), incl. Week 4–6 Progress Check | 45% | Group report (~20 pages) via Turnitin, PMP due Week 7 (Friday 5pm), CLOs 1–4 |
| Team-Based Learning case-study quizzes (Wk 5 revision · Wk 8 Earned Value Management · Wk 10 revision) | 10% | Group Moodle quizzes, in/after lecture, CLOs 1–4 |
| Individual interview (based on the Task 3 change-request PMP) | 20% | ~8–10 min oral interview, Weeks 9–10 outside class, CLOs 4–5 |
| Individual Knowledge Quiz (final) | 20% | Moodle quiz during the UNSW examination period; length TBC (confirm on the Course Outline), CLOs 1–4 |
What other students are asking about GSOE9820
- Where can I find lecture notes or study guides for GSOE9820 at UNSW?
- The GSOE9820 study guide in AskSia Library covers Engineering Project Management in 12 chapters, with the assessment table, a chapter-by-chapter topic map, key terms and a worked example, free to read on this page.
- Is there a final exam in GSOE9820?
- No final exam is listed in the offering this AskSia Library guide is built from; GSOE9820 is assessed by Task 1 — Scope Definition (project purpose, WBS diagram, scope statement) 5%, Task 2 — Project Management Plan (PMP Components), incl. Week 4–6 Progress Check 45%, Team-Based Learning case-study quizzes (Wk 5 revision · .
- What does GSOE9820 cover on strategy, benefits and the project charter?
- In AskSia Library's GSOE9820 guide, the Strategy, Benefits and the Project Charter chapter explains org strategy → deliverables · business benefits · Project Charter (CLO 1) · (Week 4).
- What does GSOE9820 cover on project scope and the work breakdown structure?
- In AskSia Library's GSOE9820 guide, the Project Scope and the Work Breakdown Structure chapter explains scope statement · WBS · 100% rule · decomposition · Task 1 (CLO 2) · (Weeks 1–2).
- What does GSOE9820 cover on stakeholder identification and analysis?
- In AskSia Library's GSOE9820 guide, the Stakeholder Identification and Analysis chapter explains stakeholder register · power/interest analysis · engagement · (Week 4).
What GSOE9820 covers
GSOE9820 runs across a UNSW Term following the PMBOK process groups: initiation and the Project Charter, formulating scope into a WBS, then the schedule, cost, risk, communications and resource knowledge areas that make up a full Project Management Plan, and finally Earned Value Management and project success.
Assessment layers a group PMP and Week 6 progress check (45%), Team-Based Learning quizzes (10%), an individual scope task (5%), a Task 3 change-request interview (20%) and a final Individual Knowledge Quiz (20%) in the examination period. The chapters below follow that teaching order.
Project Fundamentals and the Project Lifecycle
What a project is · PMBOK process groups · project economy · initiation · (Week 1)Week 1 sets the vocabulary the whole course is written in: the PMBOK definition of a project, the five process groups and the level-of-effort lifecycle, and the difference between a Methodology, a Technique and a Tool.
- The PMBOK definition of a project: a temporary endeavour creating a unique product, service or result — and project vs operations
- The project economy: change is realised only through projects; managing change is the core PM challenge
- The five PMBOK process groups: Initiating, Planning, Executing, Monitoring & Controlling, Closing
- The lifecycle as a level-of-effort curve — effort ramps in Planning, peaks in Executing, tapers in Closing
- What happens in Initiation (Weeks 1–2): define scope and objectives, identify stakeholders, appoint the PM, develop and authorise the charter
- PMBOK vocabulary: Methodology vs Technique vs Tool (the course's "Methods" = Tools & Techniques)
Strategy, Benefits and the Project Charter
Org strategy → deliverables · business benefits · Project Charter (CLO 1) · (Week 4)This chapter teaches CLO 1 — translating organisational strategy into concrete deliverables — and how the Project Charter is the authorising link between strategy, benefits, deliverables and stakeholders.
- Strategy → deliverables: projects put strategy into action by turning objectives into tangible outputs (CLO 1)
- The Project Charter: the document that links strategy to deliverables and formally authorises the project
- Seeking authorisation: showing the strategy→deliverable link, a credible design, and resources to see it through
- Typical charter contents: purpose, measurable objectives, high-level requirements and risks, milestone schedule, summary budget, stakeholder list, assigned PM and sponsor authority
- The business case as a key charter input — economic feasibility and justification
- Mapping benefits to individual stakeholders (the integration test the rubric rewards)
Project Scope and the Work Breakdown Structure
Scope statement · WBS · 100% rule · decomposition · Task 1 (CLO 2) · (Weeks 1–2)This is the spine of the course and the whole of the individual Task 1 (5%, CLO 2): a purpose statement under 30 words, a WBS to work-package level, and a scope statement under 100 words with constraints.
- The project inputs (Objectives, Deliverables, Requirements, Constraints) define the "what"; Scope answers the "how"
- Step 1 — Purpose statement (the WHY): the goal + strategic reason, under 30 words
- Step 2 — Scope statement (the WHAT): deliverables + related work + boundaries, constraints mandatory, under 100 words
- Step 3 — Work Breakdown Structure: deliverable-oriented decomposition to work-package level
- The 100% rule: child elements sum to exactly the parent — no more, no less
- WBS elements are nouns (deliverables); only Activities under a work package are verbs
Stakeholder Identification and Analysis
Stakeholder register · power/interest analysis · engagement · (Week 4)This chapter covers how to identify stakeholders and analyse them on power and interest so that scope, risk and benefits trace back to real people, not abstractions.
- Stakeholder definition: anyone who may affect, be affected by, or perceive themselves affected by the project
- Identify Stakeholders → the Stakeholder Register (names, roles, interests, influence, expectations, classification)
- The Power/Interest (Mendelow) grid and its four engagement strategies
- Manage Closely / Keep Satisfied / Keep Informed / Monitor — mapping quadrant to action
- The Stakeholder Engagement Assessment Matrix: current vs desired engagement (Unaware→Leading)
- The salience model (power, legitimacy, urgency) as an alternative lens
Selecting PM Methods: Predictive vs Agile
Predictive vs iterative/agile · selecting methods to fit the project (CLO 3) · (Week 3)This chapter teaches CLO 3 — the spectrum from predictive (plan-driven, scope fixed up front) to iterative/agile (scope re-formulated repeatedly) and how to select methods to fit a project's size, technical rigour, risk appetite, complexity and scope certainty.
- The lifecycle spectrum: predictive (waterfall) → iterative → incremental → adaptive/agile
- Predictive: scope, schedule and cost defined early; change controlled; scope formulated up front — suits low-uncertainty engineering work
- Adaptive/agile: scope formulated repeatedly through the project; short feedback loops — suits high-uncertainty, evolving requirements
- Selection factors: project size, technical rigour, risk appetite, complexity, and how well scope is known (CLO 3)
- The Agile Manifesto's four values (individuals, working product, collaboration, responding to change)
- Scrum roles, artefacts and events; velocity for forecasting
Schedule Management and the Critical Path
Activity logic · network diagram · Gantt · critical path · estimating time · (Week 6)This chapter builds the schedule knowledge area the Task 2 PMP baseline needs: sequencing activities from the WBS, drawing an activity-on-node network, computing the critical path by forward and backward pass, and presenting a Gantt baseline.
- From WBS work packages to activities (verbs) and dependencies (FS, SS, FF, SF; Finish-to-Start most common)
- Activity-on-node (precedence) network diagrams
- Forward pass: Early Start and Early Finish (EF = ES + duration)
- Backward pass: Late Finish and Late Start (LS = LF − duration)
- Total float (slack) = LS − ES = LF − EF; critical activities have zero float
- The critical path: the longest path / zero-float chain that sets the shortest project duration
Cost, Budgeting, Reserves and Procurement
Cost baseline · contingency vs management reserve · estimating · procurement · (Week 7)This chapter builds the cost knowledge area for the Task 2 PMP: estimating costs, aggregating them into a cost baseline, and — the rubric point the course grades explicitly — distinguishing contingency reserve from management reserve.
- Estimate Costs: approximating the cost of resources for each activity
- Estimating techniques: analogous (top-down), parametric, bottom-up (most accurate), three-point/PERT
- Three-point (PERT) estimate: E = (O + 4M + P)/6; σ = (P − O)/6
- Cost aggregation: activity → work package → control account → cost baseline → budget
- Cost baseline = sum of work-package costs + contingency reserve
- Budget = cost baseline + management reserve
Risk and Opportunity Management
Risk register · qualitative analysis · contingency · planning for opportunity · (Week 5)This chapter builds the risk register the Task 2 PMP rubric rewards: risks written with clear trigger conditions and response plans, scored by probability × impact, with contingency costed in the budget — and, because the course treats opportunity alongside threat, at least one planned opportunity.
- Risk defined as an uncertain event with a positive (opportunity) or negative (threat) effect on objectives
- The risk process: Identify → Qualitative analysis → (Quantitative) → Plan responses → Implement → Monitor
- The risk register: cause → event → effect, with trigger, probability, impact, score, response, owner, residual risk
- Qualitative analysis: Probability × Impact matrix; Risk Score = P × I; prioritise by score
- Quantitative analysis: Expected Monetary Value, EMV = Probability × Impact ($)
- Threat responses: Avoid, Transfer, Mitigate, Accept (+ Escalate)
Earned Value Management
PV, EV, AC · CV, SV, CPI, SPI · EAC/ETC · PMBOK 7.4.2 (CLO 5) · (Week 8)Earned Value Management is the most quantitative and most heavily examined topic in the course (CLO 5): computing the three base measures (PV, EV, AC), the variances (CV, SV) and indices (CPI, SPI), and forecasting completion cost (EAC, ETC, VAC, TCPI).
- The three base measures: PV (planned value), EV = % complete × BAC (earned value), AC (actual cost); BAC = budget at completion
- Cost variance CV = EV − AC (negative = over budget)
- Schedule variance SV = EV − PV (negative = behind schedule)
- Cost Performance Index CPI = EV/AC (<1 = over budget)
- Schedule Performance Index SPI = EV/PV (<1 = behind schedule)
- Estimate at Completion EAC = BAC/CPI (if current efficiency continues) and its variants
Project Integration and Change Management
End-to-end integration · change requests · Task 3 change · interview (CLO 4) · (Week 9)Integration (CLO 4) is the central idea of the course: the end-to-end mapping between plan parts — risk based on the real scope and stakeholders, budget consistent with schedule, benefits mapped to stakeholders — with few loose ends.
- The Project Management Plan as the integrated master document (baselines + subsidiary plans)
- Project integration: mapping details between plan parts so budget↔schedule↔risk↔scope stay consistent
- Justification as a proxy for integration — a well-integrated plan is easy to defend
- The three content types per subsidiary plan: baselines, methods (and why chosen), and plans for the executing PM
- Integrated change control: assess every change across scope, schedule, cost and risk before approval
- Propagating a change request through scope → WBS → schedule → budget → risk register → benefits
Communications, Resources and Teams
Communications plan · resource & HR management · teamwork · TBL · (Week 10)Beyond the five C3PE knowledge areas, a strong PMP adds two more — communications management and resource/HR management — plus the teamwork that makes integration work in practice.
- Why a full PMP adds Communications and Resources to the C3PE five (7+ knowledge areas earn top marks)
- The communications plan matrix: audience, message/information, channel, frequency, owner
- Communication as the main enabler of integration across the team
- Resource/HR management: acquiring, developing and managing the team and physical resources
- The responsibility assignment (RACI) chart — exactly one Accountable per task
- High-performing teams: shared goals, a plan, agreed tools, roles for everyone
Project Success and Knowledge-Quiz Prep
Defining success · MVP & value · PMBOK recall · final quiz (CLOs 1–4) · (Week 10 + exam)This chapter teaches the harder half of CLO 5 — interpreting success beyond on-time/on-budget (value delivered, stakeholder satisfaction, the minimum viable product, kill-points) — which the interview probes directly, and then consolidates PMBOK recall across every process group and knowledge area for the 20% final Individual Knowledge Quiz.
- Progress vs success: progress is planned work done (EVM); success is the value/change delivered against strategy
- The basic (necessary) success factors: the iron triangle — time, cost, scope/quality
- Higher-order success: realised benefits, strategic alignment, stakeholder satisfaction
- Minimum Viable Product (MVP): the smallest deliverable that provides usable value, and its share of total benefit
- Kill points / stage gates: checkpoints to abandon a project no longer delivering value
- Closing the project: lessons learned, knowledge capture, stakeholder satisfaction, formal closeout
The canonical reference throughout is the PMBOK Guide (6th Edition), taught through the convener's own C3PE planning framework, and the single genuinely quantitative topic that is heavily examined is Earned Value Management (CV = EV − AC, SV = EV − PV, CPI = EV/AC, SPI = EV/PV and the EAC forecast).
Assessment (all delivered and submitted through Moodle) layers five components: an individual Scope-Definition task (Task 1, 5%), a group Project Management Plan including the Week 4–6 progress check (Task 2, 45%), a Team-Based Learning quiz series (10%), an individual interview built on a Task 3 change request (20%), and a final Individual Knowledge Quiz (20%) sat during the UNSW examination period.
That final quiz is a timed, right/wrong-marked Moodle paper described as similar in style to the PMP exam and aligned to CLOs 1–4; its exact length and open- or closed-book status are marked TBC, so confirm them on the Course Outline.
No component carries a stated hurdle, so the pass mark is the standard UNSW 50% (a PS grade); your GSOE9820 mark then feeds the Weighted Average Mark (WAM) that later postgraduate courses build on.
Worked example · free
Earned Value at a status date: variances, indices and a forecast
- +1List the base measures and the formulas. BAC = $200k; at the status date PV = $80k, EV = $70k, AC = $85k. Cost variance CV = EV − AC, schedule variance SV = EV − PV, cost index CPI = EV/AC, schedule index SPI = EV/PV, and the CPI-based forecast EAC = BAC/CPI.
- +1Variances. CV = EV − AC = 70 − 85 = −$15k — negative, so the work done has cost more than budgeted (over budget). SV = EV − PV = 70 − 80 = −$10k — negative, so less work has been earned than was scheduled (behind schedule).
- +1Indices. CPI = EV/AC = 70/85 = 0.82 (< 1, so cost-inefficient — getting $0.82 of value per $1 spent). SPI = EV/PV = 70/80 = 0.88 (< 1, so behind the planned schedule).
- +1Forecast at completion. If the current cost efficiency continues, EAC = BAC/CPI = 200,000/0.82 = $243k (equivalently 200,000 × 85/70 = $242.9k). The forecast overrun is VAC = BAC − EAC = 200 − 243 = −$43k.
- +1Management conclusion. With CPI 0.82 and SPI 0.88 the project is both over cost and behind schedule; extrapolating the current cost efficiency forecasts a completion cost of about $243k against a $200k budget — roughly a $43k (21%) overrun — so it cannot be delivered within the current budget unless cost efficiency improves or scope/reserves are re-planned.
Key terms
- Project
- A temporary endeavour undertaken to create a unique product, service or result (PMBOK 6th Ed). Temporary means it has a definite start and finish; unique means the output has not been made in exactly this form before — the two features that distinguish a project from ongoing operations.
- Work Breakdown Structure (WBS)
- A hierarchical, deliverable-oriented decomposition of the total scope of work (100%) into successively smaller deliverables down to work-package level. Every element is a noun (a deliverable), child elements sum to 100% of the parent (the 100% rule), and it captures the "what", not the schedule.
- Project Charter
- The document that links organisational strategy to project deliverables and formally authorises the project, giving the project manager the authority to apply resources. It records purpose, measurable objectives, high-level requirements and risks, a summary milestone schedule and budget, the stakeholder list and the sponsor's authority.
- Earned Value Management (EVM)
- A monitoring-and-controlling technique that compares three time-phased measures — Planned Value (PV), Earned Value (EV = % complete × budget) and Actual Cost (AC) — to measure cost and schedule performance (CV, SV, CPI, SPI) and forecast the final cost (EAC). The most heavily examined quantitative topic in this course.
- Critical Path
- The longest path of dependent activities through a project network; equivalently, the sequence of activities with zero total float. It sets the shortest possible project duration, so any delay to a critical activity delays the whole project.
- Project Integration
- The end-to-end mapping between the parts of a plan — risk based on the real scope and stakeholders, budget consistent with the schedule, benefits traced to stakeholders — with few loose ends. In GSOE9820 (CLO 4) integration, and the ability to justify it, is the central idea that ties every knowledge area together.
GSOE9820 FAQ
Is GSOE9820 hard?
It is broad and integrative rather than mathematically deep. Only one topic — Earned Value Management — is genuinely formula-driven, and its formulas (CV, SV, CPI, SPI, EAC) are simple subtraction and ratios; everything else (scope, WBS, charter, risk, stakeholders, schedule, budget) is judged craft assessed by rubric.
The real challenge is that the course builds one integrated Project Management Plan and then asks you to justify and re-integrate it live in a 20% interview and to recall PMBOK across every process group in the final Knowledge Quiz, so consistency matters more than any single hard idea.
Students who keep up with the weekly workshops and rehearse the WBS, risk and EVM methods steadily, rather than cramming, tend to find this course manageable — and steady work protects your Weighted Average Mark (WAM).
Can AI help me with GSOE9820?
Yes, as a step-by-step study aid. Sia is an AI tutor trained on how GSOE9820 is taught and assessed at UNSW Sydney: it can walk you through an Earned Value calculation (CV = EV − AC, CPI = EV/AC, EAC = BAC/CPI), test a Work Breakdown Structure against the 100% rule, or rehearse a power/interest stakeholder analysis one line at a time, and it checks your reasoning as you go.
Bring your own workshop or past-quiz question and ask Sia to explain each step. It does not complete graded assessment for you — the group PMP, the interview and the Knowledge Quiz are your own work — and the UNSW academic-integrity and plagiarism policy still applies; use Sia to understand the method, not to produce work you submit.
Where can I find past exam papers / practice for GSOE9820?
Start on Moodle, where this course posts its lecture notes, the Team-Based Learning revision quizzes and any exam-preparation material for the final Knowledge Quiz, and check the UNSW Library's past-exam-paper collection for any released papers.
Because the final quiz is described as similar in structure and timing to the PMP exam, PMP-style multiple-choice banks (especially on Earned Value and PMBOK process groups) are useful practice for the recall it tests.
This guide also includes a re-authored practice section that mirrors the paper's shape — WBS judgement, risk scoring, Earned Value and PMBOK recall — with fresh numbers, and you can ask Sia to generate more practice in the same style and explain each step. Confirm what is officially provided, and the quiz length and open/closed-book status, on the Course Outline.
What are the GSOE9820 hurdles and assessment rules?
The five components are Task 1 Scope Definition (5%), the group Project Management Plan including the Week 4–6 progress check (Task 2, 45%), the Team-Based Learning quiz series (10%), the individual interview based on the Task 3 change request (20%) and the final Individual Knowledge Quiz (20%) — totalling 100%, with all submissions and quizzes handled through Moodle.
No individual component carries a stated hurdle in the available course materials, so the pass mark is the standard UNSW 50% overall (a PS grade on the HD/DN/CR/PS/FL scheme; HD is 85+, DN 75–84, CR 65–74, PS 50–64).
The final-quiz length and whether it is open- or closed-book are marked TBC, so confirm those, and any late-submission or special-consideration rules, on the Course Outline; do not assume a hurdle that is not stated.
What is on the GSOE9820 final exam?
The final assessment is the Individual Knowledge Quiz, a timed Moodle quiz worth 20% sat during the UNSW examination period and aligned to CLOs 1–4, so it can draw on any course topic.
It is right/wrong-marked in a style described as similar to the PMP exam, which means fast recall of PMBOK definitions and process groups plus applied Earned Value questions rather than long written answers — expect the process groups and lifecycle, the Project Charter and stakeholders, scope and the WBS, scheduling and the critical path, cost baselines and the contingency-versus-management-reserve distinction, risk responses, and the EVM formulas and their interpretation.
The quiz sits in the UNSW Term 2 examination period (around August); confirm the exact date, time and length on the Course Outline and your personal exam timetable on myUNSW, and confirm whether it is open- or closed-book (marked TBC).
Questions students ask in each GSOE9820 chapter
- What is the difference between a project and operations?
- A project is a temporary endeavour that creates a unique result — it has a definite start and finish and ends when its objectives are met. Operations are ongoing and repetitive (running a plant, a payroll, a service). The exam-relevant point is that organisations change only through projects, so project management is the discipline of delivering change on purpose. Chapter 01 · Project Fundamentals and the Project Lifecycle
- What is the Project Charter for?
- It is the bridge between strategy and delivery: it demonstrates that the proposed deliverables further the organisation's strategy, and it formally authorises the project, giving the project manager the authority to apply resources. In this course it also frames the PMP introduction, where you must connect strategy, deliverables, benefits and stakeholders. Chapter 02 · Strategy, Benefits and the Project Charter
- What exactly does Task 1 ask for?
- Three artefacts for your chosen brief: a purpose statement under 30 words (the WHY, tied to strategy), a WBS diagram decomposed to work-package level, and a scope statement under 100 words that must include constraints (budget, deadline, boundaries). It is an individual submission worth 5% (CLO 2), and it is graded on whether the purpose conveys why, the WBS is built correctly (100% rule, nouns, not a schedule), and the scope names deliverables, related work and clear boundaries consistent with the WBS and purpose. Chapter 03 · Project Scope and the Work Breakdown Structure
- How do I decide a stakeholder's engagement strategy?
- Rate them High or Low on Power and on Interest, then read the quadrant: high power and high interest → Manage Closely; high power, low interest → Keep Satisfied; low power, high interest → Keep Informed; low on both → Monitor. Power is the ability to influence the project; interest is how much the outcome affects them — they are independent axes, so do not collapse them. Chapter 04 · Stakeholder Identification and Analysis
- How do I choose between predictive and agile?
- Judge how well the scope is known and how much it will change, alongside the project's size, technical rigour, risk appetite and complexity. Fixed, well-understood, standards- and procurement-heavy work suits a predictive (plan-driven) approach where scope is set up front; uncertain, emergent work suits an adaptive/agile approach where scope is re-formulated through short feedback loops. Many real projects are hybrids. Chapter 05 · Selecting PM Methods: Predictive vs Agile
- How do I find the critical path?
- Do a forward pass to get each activity's Early Start and Early Finish (EF = ES + duration, ES = max EF of predecessors), then a backward pass for Late Finish and Late Start (LS = LF − duration). Total float = LS − ES; the activities with zero float form the critical path, which is also the longest path and equals the project duration. Chapter 06 · Schedule Management and the Critical Path
- What is the difference between contingency reserve and management reserve?
- Contingency reserve funds identified (known-unknown) risks listed in the register, sits inside the cost baseline, and is controlled by the project manager. Management reserve funds unforeseen (unknown-unknown) work, sits outside the cost baseline, and is released only by management or the sponsor. The cost baseline includes contingency; the total budget adds management reserve on top. This distinction is explicitly graded and a common quiz item. Chapter 07 · Cost, Budgeting, Reserves and Procurement
- How do I score and prioritise a risk?
- Rate its probability and impact (for example 1–5 each), multiply to get Risk Score = P × I, and place it on a green→amber→red heat matrix; prioritise by score. Higher scores get stronger responses and are watched more closely. For money decisions you can add a quantitative Expected Monetary Value, EMV = probability × impact in dollars. Chapter 08 · Risk and Opportunity Management
- What are the core EVM formulas I must know?
- The base measures PV, EV (= % complete × BAC) and AC; the variances CV = EV − AC and SV = EV − PV; the indices CPI = EV/AC and SPI = EV/PV; and the forecasts EAC = BAC/CPI, ETC = EAC − AC, VAC = BAC − EAC, and TCPI = (BAC − EV)/(BAC − AC). Learn each formula with its sign/interpretation, because the exam tests the reading as much as the arithmetic. Chapter 09 · Earned Value Management
- What does integration actually mean in this course?
- It is the end-to-end consistency of the plan: the risk register reflects the real scope and stakeholders, the budget matches the schedule, contingencies trace to risks, and benefits map to stakeholders — with few loose ends. CLO 4 makes integration (and being able to justify it) the central marked idea, so a plan that looks tidy but cannot be executed usually fails on integration, not on the individual methods. Chapter 10 · Project Integration and Change Management
- Why add Communications and Resources to the PMP?
- Because a full Project Management Plan is expected to cover more than the five C3PE areas, and top marks go to plans that apply PM methods with specificity across seven or more knowledge areas. Communications and resource/HR management are the natural two to add: they make the plan executable (who is told what, who does the work) and support the integration the course prizes. Chapter 11 · Communications, Resources and Teams
- What is the difference between progress and success?
- Progress is how much of the planned work is done against the baseline — measured by Earned Value — and it is necessary but not sufficient. Success is whether the project delivered the value/change it was authorised to create, judged against the organisation's strategy and the satisfaction of its stakeholders. A project can be on time and on budget yet not successful if it does not deliver the intended benefit. Chapter 12 · Project Success and Knowledge-Quiz Prep
How to study for the exam
Treat GSOE9820 as one integrated plan rather than a list of topics, because that is exactly what the assessment rewards. Build the plan chain in order and rehearse each link weekly: strategy → charter → scope and WBS → schedule → cost and reserves → risk → the integrated PMP → Earned Value controls → change → success.
For the craft topics, drill the recurring judgements the rubric checks — a deliverable-oriented WBS that obeys the 100% rule and uses nouns; a scope statement that names its constraints; a risk register with clear triggers, responses and a costed contingency; a budget that correctly separates contingency reserve (known risks, inside the cost baseline, PM-controlled) from management reserve (unknown risks, outside the baseline).
For the one quantitative topic, make Earned Value automatic: given PV, EV, AC and BAC you should be able to write CV = EV − AC, SV = EV − PV, CPI = EV/AC, SPI = EV/PV and EAC = BAC/CPI and interpret each sign without hesitation, because it recurs in the Week 8 team exercise and the final quiz.
Prepare the interview by practising out loud: justify where each contingency is costed, trace tasks back to deliverables, and define success for your specific project beyond "on time and on budget" (value delivered, stakeholder satisfaction, the MVP). Cover breadth first so you can start every quiz topic, then deepen the ones you find hardest.
When a step will not click, ask Sia to explain that single step a different way and set you a fresh practice question in the same style — it teaches the method and checks your reasoning, and never substitutes for your own graded work. Confirm the final-quiz date, length and open/closed-book status on the Course Outline and the UNSW exam timetable.
Your AI Project Management tutor for GSOE9820
Stuck on a hard GSOE9820 question? Sia is AskSia’s AI Project Management tutor — ask any GSOE9820 Engineering Project Management question and get a clear, step-by-step explanation grounded in how the course is actually taught and assessed. Read this whole study guide free, then take your hardest questions to Sia.
