PMGT5887 Computer Applications
PMGT5887 Overview
- Semester 2, 2026
- University of Sydney
- Postgraduate project management unit
- Jira, Trello, MS Project, Power BI
- In-semester written test
Computer Applications is a postgraduate University of Sydney project management unit about the software used to plan, coordinate, monitor and communicate projects, and about the management logic that those systems encode.
- How the grade works The current structure combines an Agile plan, a test, an MS Project plan, an AI decision report, a presentation and participation.
- Hardest step Running a forward and backward pass by hand and naming the critical path and each task's slack without software.
- How to prepare Learn each week's tool vocabulary exactly, then rehearse short scenario items that ask which feature or framework fits.
What you get in the full PMGT5887 Study & Assessment Guide
- 12 chapters, 63 pages — every assessed topic, week by week
- 39 original practice questions, most with model answers
- 12 worked examples, solved the way PMGT5887 marks
- 20 computed figures, redrawn from the course’s own numbers
- Before-you-submit checklist for the In-Semester Test (25%) — what markers reward, what costs marks
Free on this page: assessment table, chapter map, one worked example, key terms, FAQ. The rest is in the full study & assessment guide.
How PMGT5887 is assessed
| Component | Weight | Format |
|---|---|---|
| Team Formation & Charter | 0% | Early Feedback Task due Week 3; two to three pages recommended; AI use is limited according to Canvas |
| Agile Project Plan (Jira + Trello) | 20% | Practical skill group assignment due Week 5; 2500 words or multimedia equivalent; AI allowed |
| In-Semester Test | 25% | Written test in Week 8; 50 minutes plus 10 minutes reading; selected response or short answer; AI prohibited |
| Traditional Project Plan (MS Project) | 15% | Practical skill task due Week 10; 1500 words or multimedia equivalent; AI allowed |
| AI Project Decision Report (Agentic AI) | 15% | Practical skill task using Cogniti due Week 12; 1500 words or multimedia equivalent; AI allowed |
| Presentation | 15% | Group case study presentation due Week 13; 12 to 15 minutes; AI allowed |
| Participation & Engagement | 10% | Active participation and engagement in workshops and weekly Canvas activities |
These seven rows are the official Semester 2, 2026 assessment structure and the numeric weights total 100%. The published baseline outside the weighted table is participation in 85% of timetabled activities. Failure to meet minimum attendance requirements may result in a fail grade. The unit introduction allows coordinators to set additional assessment items with a different attendance requirement; a numeric threshold for that additional requirement is not published in the landed text. Confirm the current process and operational submission details on Canvas.
What other students are asking about PMGT5887
- Where can I find lecture notes or study guides for PMGT5887 at USyd?
- The PMGT5887 study guide in AskSia Library covers Computer Applications 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 PMGT5887?
- No final exam is listed in the offering this AskSia Library guide is built from; PMGT5887 is assessed by Agile Project Plan (Jira + Trello) 20%, In-Semester Test 25%, Traditional Project Plan (MS Project) 15%, AI Project Decision Report (Agentic AI) 15%, Presentation 15%, Participation & Engagement 10%.
- What does PMGT5887 cover on life cycles, agile thinking and choosing pm software?
- In AskSia Library's PMGT5887 guide, the Life Cycles, Agile Thinking and Choosing PM Software chapter explains predictive, iterative, incremental, adaptive and hybrid life cycles, software functions and first Jira terms (Week 2).
- What does PMGT5887 cover on scrum roles, events, artifacts and user stories?
- In AskSia Library's PMGT5887 guide, the Scrum Roles, Events, Artifacts and User Stories chapter explains the Scrum team, time-boxed events, backlogs, user stories, acceptance criteria, Definition of Ready and epics in Jira (Week 3).
- What does PMGT5887 cover on story points, sprints, releases and jira reports?
- In AskSia Library's PMGT5887 guide, the Story Points, Sprints, Releases and Jira Reports chapter explains story points, T-shirt sizing, Planning Poker, sprints, release planning, versions, velocity and burndown charts (Week 4).
What PMGT5887 covers
The chapters follow the eleven workshop topics. Weeks 1 and 2 revise project foundations and the life cycles that decide which software fits. Weeks 3 to 5 run agile work in Jira and Trello: Scrum roles, events and artifacts, user stories, story points, sprints, releases and reports, then Kanban boards and WIP limits.
Weeks 6 and 7 move to Microsoft Project for the work breakdown structure, task dependencies, critical path analysis, resources and costs. Weeks 8 to 11 cover Power BI reporting, automation and generative AI, risk management and collaboration on Miro whiteboards.
Project Foundations, the PMO and the Talent Triangle
Process groups, knowledge areas, the project management triangle, PMO functions, organisational influences and the Talent Triangle (Week 1)The first workshop of Computer Applications is a refresher of project management before any software is opened, and everything later in the semester hangs on it.
- Five process groups from initiating to closing
- Ten knowledge areas managed throughout a project
- The project management triangle of scope, time and cost
- What a project management office does
- Four organisational influences on projects
- The PMI Talent Triangle
Life Cycles, Agile Thinking and Choosing PM Software
Predictive, iterative, incremental, adaptive and hybrid life cycles, software functions and first Jira terms (Week 2)Week 2 asks how a project should be run before it asks which software to run it in, and this chapter follows that order.
- Five development life cycles
- Waterfall delivery against agile delivery
- Why the schedule teaches agile first
- Eight functions of project management software
- Choosing a tool from the life cycle
- Jira terms from issue to JQL
Scrum Roles, Events, Artifacts and User Stories
The Scrum team, time-boxed events, backlogs, user stories, acceptance criteria, Definition of Ready and epics in Jira (Week 3)Week 3 introduces Scrum, the framework behind the first group assignment, and this chapter covers it as the unit teaches it and as the assigned 2020 Scrum Guide words it.
- The Scrum framework and its three pillars
- Product Owner, Scrum Master and developers
- Four time-boxed events
- Where the slides and the 2020 Scrum Guide differ
- Writing a user story with acceptance criteria
- The Definition of Ready
Story Points, Sprints, Releases and Jira Reports
Story points, T-shirt sizing, Planning Poker, sprints, release planning, versions, velocity and burndown charts (Week 4)Week 4 moves from writing stories to planning and tracking them, and this chapter follows the same path.
- Story points and the Fibonacci-like scale
- T-shirt sizing and Planning Poker
- Velocity and release forecasts
- Creating, starting and completing sprints
- Release planning and versions in Jira
- Reading a burndown chart
Kanban Flow, WIP Limits and Trello Boards
Kanban principles, board elements, lead and cycle time, WIP limits, Trello boards and the 5 Whys for bottlenecks (Week 5)Week 5 switches from sprints to flow. This chapter explains Kanban as the unit presents it: a framework built on making capacity visible as it changes and keeping all work in plain view, with a board that makes invisible service and technology work visible.
- What Kanban means and where it fits
- Five principles and six practices
- Elements of a Kanban board
- Lead time and cycle time
- Scrum and Kanban compared
- WIP limits and bottlenecks
Microsoft Project Setup and the Work Breakdown Structure
What Microsoft Project does, planning steps, the ribbon tabs, calendars, the WBS, the 100% rule and work packages (Week 6)Week 6 begins the predictive half of the unit, and it starts with scope rather than software.
- The work breakdown structure and its purpose
- The 100% rule and work packages
- Three ways to organise a WBS
- From WBS to schedule
- Planning a project in Microsoft Project
- Ribbon tabs, options and calendars
Task Dependencies, Leads, Lags and the Critical Path
Four dependency types, leads and lags, summary and recurring tasks, the forward and backward pass, slack and the critical path (Weeks 6 and 7)Scheduling questions are the most calculation-heavy part of the unit, and this chapter gives them a full treatment.
- The precedence diagramming method
- Four dependency types
- Leads, lags and the Predecessors column
- Summary, recurring and milestone tasks
- Critical path analysis
- The forward and backward pass
Resources, Costs, Levelling and Progress Tracking
Work, material and cost resources, cost rate tables, fixed costs, overallocation, levelling methods, baselines and status dates (Week 7)The second Microsoft Project week adds people and money to the schedule, and this chapter covers both.
- Work, material and cost resources
- Resource calendars and overallocation
- Resource levelling and its cost in time
- Six methods to resolve overallocation
- Rates, cost per use and fixed costs
- Cost rate tables and accrual
Project Reports, Business Intelligence and Power BI
Report types and audiences, the BI process and lifecycle, analysis types, Power BI views and dashboard building blocks (Week 8)Week 8 turns project data into decisions, and this chapter follows the path from raw files to a dashboard.
- Purpose and types of project reports
- Stakeholders and their reporting needs
- The business intelligence process
- Four kinds of analysis
- Power BI and its three views
- Dashboard building blocks
Automation and Generative AI in Project Management
Automation against AI, AI touch points across the life cycle, large language models, prompt engineering and ethical checks (Week 9)Week 9 asks how automation and AI are changing the project manager's job, and this chapter answers with the unit's own distinctions.
- From manual work to automation and AI
- Where AI has the biggest impact
- Narrow AI, predictive AI and generative AI
- AI across the project life cycle
- Large language models: uses and limits
- Four principles of prompt engineering
Project Risk Cards, Registers and Response Plans
Threats and opportunities, likelihood and impact, the 5x5 matrix, risk cards, risk registers, responses and AI monitoring (Week 10)Week 10 treats risk as something to manage continuously, and this chapter covers the full cycle.
- What a project risk is
- Threats and opportunities
- Likelihood, impact and the 5x5 matrix
- Building and scoring a risk register
- Response strategies for threats and opportunities
- Risk cards and RiskyProject
Team Charters, Collaboration and Miro Whiteboards
Team charter contents, SMART goals, group norms and stages, conflict, reflection and Miro collaborative whiteboards (Weeks 1 and 11)Most marks in this unit are earned in teams, so this chapter gathers the material on working together from Week 1, the teamwork pages and Week 11. It sets out the ten parts of a team charter listed on the Week 1 slides and the questions the unit's charter template asks about communication, meetings, missed work, fair contribution, disagreement and the grade the team is aiming for.
- What a team charter contains
- Questions the charter template asks
- SMART team goals
- Group norms and team stages
- Handling conflict in student teams
- Reflection and fair contribution
The captured unit introduction describes a computer-aided approach in which project principles are developed through realistic cases and practical exercises. Teaching is organised around preparation before a workshop, active work during the session and practice afterwards. The early chapters establish project foundations and life cycles before moving into agile delivery.
You learn Scrum in Jira through accountabilities, events, artifacts, user stories, epics, sprints, releases, velocity and burndown evidence. Kanban work in Jira and Trello adds continuous flow, explicit policies, WIP limits, lead time, cycle time and bottleneck diagnosis. The middle of the unit turns to predictive planning in Microsoft Project.
You decompose scope with a work breakdown structure, link activities, run forward and backward passes, identify the critical path, assign resources and costs, resolve overallocation, save a baseline and track progress against it. Later topics use Power BI to communicate project evidence, distinguish automation from generative AI, build and monitor risk registers, and organise collaboration through team charters and Miro.
For Semester 2, 2026, the official assessment structure includes a zero-weight early charter, a 20% Agile plan, a 25% in-semester test, a 15% Microsoft Project plan, a 15% AI project decision report, a 15% group presentation and 10% participation and engagement. The numeric weights total 100%. The test has 50 minutes of working time plus 10 minutes of reading and uses selected-response or short-answer questions.
Separately, the published baseline is participation in 85% of timetabled activities. Failure to meet minimum attendance requirements may result in a fail grade. The unit introduction also allows coordinators to set additional assessment items with a different attendance requirement; a numeric threshold for that additional requirement is not published in the landed text. Confirm the current process on Canvas.
Worked example · free
Finding the critical path of an office fit-out
- +1Forward pass (earliest start and finish): A 0 to 3; B 3 to 9; C 3 to 7; D 7 to 12; E 7 to 10; F starts at the later of B and D, so 12 to 16; G starts at the later of E and F, so 16 to 18.
- +1Project duration is the latest finish of the end activity: 18 working days.
- +1Backward pass (latest finish and start): G 16 to 18; F 12 to 16; E 13 to 16; D 7 to 12; B 6 to 12; C finishes by the earlier of D's and E's latest starts, so 3 to 7; A finishes by the earlier of B's and C's latest starts, so 0 to 3.
- +1Slack is latest start minus earliest start: A 0, B 3, C 0, D 0, E 6, F 0, G 0. The zero-slack chain A, C, D, F, G is the critical path, 3 + 4 + 5 + 4 + 2 = 18 days.
- +1B has 3 days of slack, so a 4-day delay uses the slack and pushes the finish out by 1 day, to 19 days, and B joins the critical path.
Key terms
- Work Breakdown Structure
- A tree that breaks a project's entire scope into deliverables and then work packages, used to plan, estimate and control the work.
- Critical Path
- The longest chain of linked activities through a network; it sets the project duration, and its activities have zero slack.
- Total Slack
- The time an activity can slip without delaying the project finish, found as latest start minus earliest start.
- User Story
- A short statement of a product need from one type of user, written as role, goal and benefit, with acceptance criteria.
- Product Backlog
- The ordered list of everything the product might need, and the single source of work for a Scrum team.
- Sprint
- A fixed-length Scrum cycle in which the team turns selected backlog items into a usable increment.
- WIP Limit
- A cap on the number of cards allowed in a Kanban column at once, used to keep work flowing.
- Velocity
- The total story points of features a team completes in one iteration, used to forecast future capacity.
- Risk Register
- The central record of a project's identified risks, with likelihood, impact, rating, owner, response and status.
- Baseline
- A saved copy of the approved plan in Microsoft Project, against which actual progress and cost are compared.
- Lead Time
- The elapsed time from a request entering the delivery system until the completed item is released to the customer.
- Cycle Time
- The elapsed time from active work starting on an item until that item is finished, used to assess flow within the process.
PMGT5887 FAQ
What is the in-semester test format?
The Semester 2, 2026 table gives 50 minutes of working time plus 10 minutes of reading and says the test uses selected-response or short-answer questions. It is worth 25% and scheduled for Week 8. Check the current Canvas instructions for permitted materials, delivery details and the topic boundary before the test.
How does the attendance condition affect passing?
The published baseline is participation in 85% of timetabled activities. Failure to meet minimum attendance requirements may result in a fail grade. The unit introduction allows coordinators to set additional assessment items with a different attendance requirement, but a numeric threshold for that additional requirement is not published in the landed text.
Confirm the current process and any approved exception route on Canvas.
How are marks distributed in Semester 2, 2026?
The Agile Project Plan is 20%, the in-semester test is 25%, the Microsoft Project plan is 15%, the AI Project Decision Report is 15%, the presentation is 15%, and participation and engagement is 10%. The Team Formation and Charter task is a zero-weight early-feedback task. The numeric rows total 100%.
Which software will I learn in this unit?
Jira for Scrum and Kanban, Trello for Kanban boards, Microsoft Project for schedules, resources and costs, Power BI for dashboards, generative AI assistants such as Copilot for planning drafts, and Miro for whiteboard collaboration. Risk software is shown in a demonstration.
How do I find the critical path quickly in the test?
Draw the network, run a forward pass taking the larger finish at every merge, then a backward pass taking the smaller start at every burst. Activities whose earliest and latest starts are equal have zero slack and form the path that fixes the duration.
What is the difference between Scrum and Kanban in this unit?
Scrum runs fixed-length sprints with a Product Owner, Scrum Master and developers, and tracks velocity. Kanban keeps a continuous flow with no prescribed roles, limits work in progress per column, measures cycle time and allows change at any point.
Can I use generative AI in this unit?
The official S2 table gives a separate setting for each task. AI is prohibited for the in-semester test, limited for the early team charter according to Canvas, and allowed for the Agile plan, Microsoft Project plan, AI decision report, presentation and participation. Stay within the live brief, protect private information and acknowledge tool use where the task requires it.
Questions students ask in each PMGT5887 chapter
- What is the difference between a process group and a knowledge area?
- A process group says when work happens in the life of a project, such as planning or closing. A knowledge area says what is being managed, such as cost or risk, and runs through every process group. Chapter 01 · Project Foundations, the PMO and the Talent Triangle
- What is the difference between iterative and incremental delivery?
- Iterative delivery repeats cycles to improve the same solution until it is right, like redrafting one essay. Incremental delivery adds new usable pieces one after another, each released as soon as it is finished. Chapter 02 · Life Cycles, Agile Thinking and Choosing PM Software
- What are the three pillars of Scrum?
- Transparency, inspection and adaptation. Work and progress must be visible so they can be inspected, and the team adapts its plan or product based on what inspection reveals. Chapter 03 · Scrum Roles, Events, Artifacts and User Stories
- Why do agile teams estimate in points rather than hours?
- Points describe how hard an item is relative to others, which people judge more reliably than exact hours. The scale's widening gaps also stop teams pretending to precision on large, uncertain items. Chapter 04 · Story Points, Sprints, Releases and Jira Reports
- What does a WIP limit actually do?
- It caps how many items a column can hold, so the team finishes work before starting more. That cuts context switching, makes bottlenecks visible quickly and improves delivery. Chapter 05 · Kanban Flow, WIP Limits and Trello Boards
- Why does the WBS include project management work?
- Because of the 100% rule: the WBS must capture all the work in the scope, and planning, reporting and coordinating are work the project has to do and pay for. Chapter 06 · Microsoft Project Setup and the Work Breakdown Structure
- Which dependency type does the Link Tasks button create?
- Finish-to-start: the next task waits for the previous one to end, and it is the relationship the homework creates by selecting tasks and clicking Link Tasks. The other three types describe overlapping or hand-over relationships. Chapter 07 · Task Dependencies, Leads, Lags and the Critical Path
- What is the difference between a fixed cost and a cost resource?
- A fixed cost belongs to a task, or to the project summary task for overheads. A cost resource is created on the Resource Sheet and assigned like a resource, and any number of them can be applied to one task. Chapter 08 · Resources, Costs, Levelling and Progress Tracking
- What makes a project report good?
- Clear visuals and structure, KPIs and metrics that matter to the reader, and insights that lead to action. A report that records progress but asks for no decision misses its purpose. Chapter 09 · Project Reports, Business Intelligence and Power BI
- Is a Jira automation rule a form of AI?
- No. A rule that acts when a trigger fires, such as notifying the team when a card moves, is rules-based automation. AI predicts, recommends or generates content rather than following a fixed rule. Chapter 10 · Automation and Generative AI in Project Management
- How is a risk score calculated on a 5x5 matrix?
- Multiply the likelihood rating by the impact rating, each from 1 to 5. On the unit's heat map, 1 to 3 is minor, 4 to 9 moderate, 10 to 16 major and 20 to 25 severe. Chapter 11 · Project Risk Cards, Registers and Response Plans
- What should a team charter include?
- The Week 1 slides list ten parts: team values, goals and objectives, roles, group norms, communication guidelines, decision-making criteria and process, a conflict resolution process, meeting guidelines, team agreements and ground rules. Chapter 12 · Team Charters, Collaboration and Miro Whiteboards
How to prepare for the assessments
Revise in the three blocks the teaching sequence uses. For the agile weeks, build one comparison card for Scrum and Kanban and one vocabulary card for Jira and Trello, then test yourself until you can define every term in a line and apply it to a new project.
For the Microsoft Project weeks, practise networks by hand: draw six to eight activities, run the forward and backward pass, and check slack before looking at software output. Rebuild the same plan in Microsoft Project and explain any difference. For the later weeks, learn the audience and decision behind each report, the parts of a controlled prompt, the fields of a risk register and the role of the team charter.
Use short selected-response and short-answer drills before the Week 8 test, but do not assume a permitted-material rule that the official entry does not state. For practical submissions, check the live brief, reconcile every number, test the exported file and make ownership visible. When a distinction will not stick, ask Sia to quiz you with a fresh scenario, then verify the answer against the unit terminology.
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