Looking for Plagiarism-Free Answers for Your US, UK, Singapore, New Zealand, and Ireland College/University Assignments?
Talk to an Expert| Category | Assignment | Subject | Management |
|---|---|---|---|
| University | Edinburgh Napier University | Module Title | Project management for information systems -INF09801 |
| Module Title and Number | Project management for information systems -INF09801 |
| Module Leader | Wegene Demeke |
| Contact for Assessment | As above |
| Assessment Method |
Portfolio, and oral assessment
|
| Weighting | 100% |
| Size and/or Time Limits for Assessment | Part A: 3000 +/- 10% words, excluding diagrams, charts, and appendices Part B: Oral presentation 10 minutes followed by 5 minutes questions. |
| Learning Outcomes |
1. Assess the controls that an organisation needs to exercise on project activity and how they can be applied in an IS environment. 2. Evaluate the economic, technical and social evaluation techniques used in IS project management.
5. Apply computer based project management tools. |
| Purpose and Rationale | See below |
| Use | Permitted? | Advice | How to acknowledge use of the tools |
| As a search engine | Yes | You have to check the appropriateness and accuracy of the suggested peer reviewed journal papers. |
On cover sheet: “I used [tool name] [version] on [date] with the question [insert question/prompt used] to give me ideas, of which I used/adapted into [idea name] in this submission” |
| As an ideas generator/conversational partner/debating partner | Yes | Cross reference for accuracy as above AND check for bias, irrelevant or too generalised ideas. this is important for work with an ethical element, as AI tools can be unreliable and incorporate extreme opinions and beliefs |
On cover sheet: “I used [tool name] [version] on [date] with the question [insert question/prompt used] to give me ideas, of which I used/adapted into [idea name] in this submission” |
| Drafting, calculation checking, slide presentation | Yes | It is your responsibility to understand and check the accuracy of the result. Note that you should be able to explain the result during the viva. |
On cover sheet: “I used [tool name] [version] on [date] with the question [insert question/prompt used] to give me ideas, of which I used/adapted into [idea name] in this submission” |
| To suggest a submission structure | Yes, but use with caution! | Consult the assessment brief first to ensure your structure follows the recommendations and meets the learning outcomes. |
On cover sheet: “I used [tool name] [version] on [date] with the question [insert question/prompt used] to get a submission structure, which I used/adapted into [part name] in this submission” |
| To make suggestions to improve your communication style, writing, grammar or punctuation | Yes, but use with caution! |
Always start with your own writing first to develop your own thinking. If you struggle with sentence structure use the AI tool to get quick feedback and use your judgement whether its advice is appropriate for your submission. Work on one paragraph at a time |
On cover sheet: “I used [tool name] on [date] with the question [insert question/prompt used] on [section name(s)/whole submission] to get feedback on my writing, which I then improved based on its advice on [spelling/grammar/ vocabulary/etc.] |
| To generate content | No | Never ask an AI tool to generate process artefacts (evidence of thinking over time) | Not permitted |
|
Alternative Assessment Option(s) |
No |
| Deadline for Submission |
Submission deadline is: 04/12/2026 Oral presentation will be in Week 14 &15 ‘Your attention is drawn to the penalties for late submissions All coursework, both at first attempt and reassessment, submitted after the agreed deadline will be marked at a maximum of 40 per cent (UG). Coursework submitted over five working days after the agreed deadline will be given a mark of zero per cent, although formative feedback will be offered to the student where requested, as per Academic Regulations Sections B and C.’ |
| Submission Method |
Portfolio is submitted via Moodle, see for details below. For every assessment, you must submit an Assessment Declaration Cover Sheet which must confirm that the submission is your own and has not been submitted for another assessment. Follow the instructions on Moodle on where to submit your work and Coversheet’, or, if the assessment is not a written or similar artefact, give instructions on any alternative procedure which has been agreed. You are advised to keep your own copy of the assessment. |
| Feedback |
Feedback and marks will be available three weeks after the submission deadline. Note that the Assessment Policy (5.3) and Academic Regulations (A7.9) specify that students are entitled to feedback on coursework within fifteen working days from date of submission. |
|
Assessment Regulations & Academic Conduct |
All assessments at Edinburgh Napier University are subject to the University’s Academic Regulations, Academic Integrity Regulations, Student Community Code. Students are expected to adhere to the Student Community Code and maintain acceptable standards of academic practice, as set out in the Academic Integrity Regulations. |
| Marking Criteria | See below |
You will act as the project manager for a realistic IS project and, across the ten teaching weeks, develop a project proposal and plan for it — producing working artefacts as each topic is taught. At the end you will submit those working files as a Process Portfolio (Part A, 50%) and present and defend your work at an Oral Presentation and Viva (Part B, 50%).
This replaces the module's former written essay. The reason is straightforward: a polished document now proves only that a polished document exists. A dated trail of imperfect working artefacts, culminating in a live defence, proves that a person did the thinking. You may use large language models without restriction at every stage — drafting, checking calculations, generating ideas, preparing slides. What is assessed is not the surface polish of your artefacts but (a) how your thinking evolved, and (b) whether you can explain, justify and defend every decision in your portfolio in real time.
The practical implication is worth stating plainly. If you use AI to produce artefacts you do not understand, you will be unable to answer for them at the viva, and the Defence criterion will fail you. If you use AI as a thinking partner, interrogate what it gives you, and record that process, you may do very well. The assessment is designed so that using AI well is rewarded and outsourcing your judgement is self-defeating.
All students work on the same project: MediSupply Direct (see the scenario document), a pharmaceutical wholesaler that must replace the unsupported legacy ordering client used by its 380 community-pharmacy customers. The scenario is issued with this brief and is the sole basis of the assessment. You act as the project manager for it throughout the trimester.
A common scenario is used deliberately. It makes the assessment demonstrably fair across the cohort, it lets the taught material be applied to a single evolving case as each technique is introduced, and it allows the viva panel to question every student against the same known constraints — so a strong answer is recognisable and a weak one cannot hide behind an unfamiliar context. It does not mean every student should reach the same answer: the scenario contains genuine tensions with several defensible resolutions, and your marks come from the quality and consistency of your reasoning, not from matching a model solution.
The scenario is incomplete by design. Where information is missing, make a reasoned assumption, record it in your research journal, and proceed — then be ready to justify it. Assumptions are not weaknesses; undocumented assumptions are.
The taught chapters drive the artefact sequence. You produce each artefact in the week in which its topic is taught — not retrospectively at the end. This is both good practice and a requirement: the portfolio must evidence work done over time, and the weekly Moodle checkpoints create the timestamps that show it.
| Week | Chapter coverage | Artefacts you produce | LO |
|
2 |
Ch. 1 — Project foundations; what makes IS projects distinctive | Mind map of the MediSupply project landscape; research journal opened; first argument-roadmap entry | |
|
3 |
Ch. 2 — Initiation and the business case | Business case (part 1): options identified; economic appraisal begun — NPV, payback, CBA | LO2 |
|
4 |
Ch. 2 (cont.) — Technical and social feasibility | Business case completed: technical and social feasibility; recommended option with rejected alternatives | LO2 |
|
5 |
Ch. 3 — Constraints, PRINCE2, governance and organisational structures | Governance and controls map: tolerances, stage gates, reporting lines, change control | LO1 |
|
6 |
Ch. 4 — Resourcing, costing and earned value management, Earned value in practice |
Resource plan and cost baseline. Formative mini-viva (ungraded, 5 min) Worked EVM snapshot (PV, EV, AC, SPI, CPI) with interpretation |
LO4 |
|
7 |
Reading week |
|
|
|
8 |
Ch. 5 — Scheduling: WBS, CPM, network diagrams; Gantt, agile scheduling; | WBS and network diagram; critical path identified; built in PM software Gantt chart with baseline and levelling (native files retained); | LO3, LO5 |
|
9 |
Ch. 6 — Risk management (ISO 31000, PMBOK 7, Cynefin); |
Risk register with Cynefin classification and responses | LO3, LO5 |
|
10 |
Ch. 7 — Agile methods | Methodology justification (predictive vs agile vs hybrid) | LO1 |
| 11 | Ch. 8–9 — Quality, lean and DevOps | Quality and delivery approach (acceptance criteria / definition of done) | LO1 |
| 12 | Ch. 10 — Stakeholders, communication and change | Stakeholder, communication and change plan: power/interest analysis, communication plan, adoption approach, benefits realisation; final argument roadmap; presentation deck | LO1,LO2 |
Table 1 The ten-week sequence. All ten chapters of the module text are covered. The research journal and argument roadmap run continuously throughout.
Core text book; Project management foundation for information systems
Note weeks 11 and 12. These complete the project, and they are not optional extras. A plan that schedules and resources a system but never addresses how quality is assured, how the organisation is brought through the change, or how the promised benefits are actually realised is an incomplete plan — and, on the evidence of IS project failure, incomplete in precisely the way that most often proves fatal. In the MediSupply scenario this is acute: 380 pharmacies are customers who cannot be instructed to adopt the new system, so adoption is the project's central risk, not an afterthought. Your portfolio is expected to close that loop.
4 Part A — The Process Portfolio (50%)
You submit your working files, not a polished final paper. The portfolio has two strands: process artefacts that evidence how your thinking evolved, and technical planning artefacts that evidence the learning outcomes themselves.
| Category | What you produce | What it proves |
| Ideation | Mind map of the project landscape: stakeholders, constraints and options | Shows the big picture and the logical links between project drivers, constraints and planning choices |
| Validation | Annotated bibliography / evidence log: sources, standards (PRINCE2, ISO 31000, PMBOK 7) and data that confirm, support or reject each planning decision | Proves you vetted your sources and grounded decisions in credible evidence rather than accepting AI output uncritically |
| Iteration | The Argument Roadmap: a one-page table tracking how your main recommendations (methodology choice, schedule strategy, risk response) changed as you learned more | Shows critical thinking and adaptation — the willingness to revise a position when the evidence demanded it |
| Reflection | Research journal with dated entries (minimum one per teaching week), including a change log and honest notes on where AI was used and how its output was checked | Proves the work was done over time, not overnight, and that AI assistance was directed and evaluated rather than merely accepted |
Table 2 Process artefacts. Each is worth 10% of the module mark (40% in total).
The Argument Roadmap — recommended format
The roadmap is the single most revealing process artefact, and the viva will draw questions directly from it. Keep it to one page, with a row per significant change of
position:
| Week | Position held | What changed it | New position |
| 3 | Bespoke build — assumed full control was worth it | Business case appraisal: no developer capacity without backfill; TCO higher than expected |
Configure a commercial product; revisit if fit is poor |
| 8 | Single big-bang cutover at month 10 | CPM showed no float before the insurance deadline; operational continuity risk unacceptable | Phased migration by pharmacy cohort |
Table 3 Illustrative Argument Roadmap entries (your content will differ). Each row is a defensible pivot, not a mistake to hide.
4.2 Strand 2 — Technical planning artefacts (evidence of the learning outcomes)
These are the objects the viva questions will probe. Each is produced in the week shown in Table 1 and evidences the learning outcome indicated.
| Artefact | LO | Chapter | What markers look for |
| Business case (economic, technical and social evaluation: NPV, payback, CBA, feasibility) | LO2 | Ch. 2 | Correct application of appraisal techniques; honest treatment of technical and social feasibility, not just the numbers |
| Governance and controls map (tolerances, stage gates, reporting lines, change control) | LO1 | Ch. 3 | Controls proportionate to the scenario; clear link between each control and the project failure mode it guards against |
| Schedule package (WBS, network diagram, Gantt chart) | LO3 | Ch. 5 | WBS decomposition logic; correct critical-path identification; Gantt internally consistent with the WBS and resource plan |
| Resource plan, cost baseline and EVM snapshot (PV, EV, AC, SPI, CPI) | LO4 | Ch. 4 | Realistic resource allocation; correct EVM arithmetic; sensible interpretation of the indices |
| Risk register (Cynefin-classified, with planned responses) | LO1 | Ch. 6 | Risks specific to the scenario, not generic; Cynefin domain drives the chosen response strategy |
| Artefact | LO | Chapter | What markers look for |
| Native PM-tool files and exports (.mpp or equivalent), with tool logs | LO5 | Ch. 4–5 labs | Genuine tool use (baselines, levelling, dependencies set in the tool), not screenshots of hand-drawn charts |
| Methodology justification (predictive vs agile vs hybrid) | LO3 | Ch. 7 | Choice argued from project characteristics; rejected alternatives acknowledged |
| Quality and delivery approach (acceptance criteria / definition of done; how quality is built in) | LO1 | Ch. 8–9 | Quality treated as a control, not an inspection at the end; criteria specific and testable; delivery cadence consistent with the chosen methodology |
| Stakeholder, communication and change plan (power/interest analysis, communication plan, adoption approach, benefits realisation) | LO1, LO2 | Ch. 10 | Stakeholders analysed, not just listed; communication matched to audience and purpose; a credible adoption strategy for those who cannot be compelled; benefits owned and measurable |
Table 4 Technical planning artefacts. Collectively worth 10% of the module mark as a portfolio criterion — but they are also the substance the viva examines, where a further 25% is available.
On the stakeholder, communication and change plan. This artefact completes the project and is weighted accordingly in the viva. A system that is delivered but not adopted has failed, and in most IS projects adoption is decided by people the project manager cannot instruct. Your plan should therefore analyse stakeholders by power and interest, set out who is told what and when, address resistance where you expect it, and state how the benefits claimed in your week-2 business case will actually be realised and measured after go-live. Markers will look for consistency between this artefact and your business case: benefits asserted in week 2 and never owned or measured is a common and costly weakness.
On the EVM snapshot. You will not have real actuals, so you construct a defensible scenario: choose a status date, state the assumptions behind your actual costs and earned value, and compute PV, EV, AC, SPI and CPI. The arithmetic matters, but the interpretation matters more — you should be able to say what your indices mean for the project and what you would do about them.
5 Part B — The Oral Presentation and Viva (50%)
The viva is the integrity anchor of the whole assessment and carries half the marks. It is held in weeks 13–14, before the module team, and runs to roughly 15 minutes per student.
| Segment | Duration | What happens |
| Presentation | 5–10 min | You present your project proposal and plan — the reasoning behind it, not a recital of its contents |
| Q&A | 5 min | Unscripted questioning by the module team, drawn from your own portfolio plus one applied question per LO |
Table 5 Viva format. All sessions are recorded for moderation and external examiner review.
Present the proposal and plan, foregrounding your reasoning: what the project must achieve, the approach you chose, and why you chose it over the alternatives. Show your key artefacts on screen and refer to them as you speak. Do not read a script. Polished slide design earns nothing; clear professional reasoning earns a great deal. Practise to time — a project manager who cannot brief a board in ten minutes has not yet mastered their own plan.
Questions come from two sources. From your own portfolio — for example: “Your argument roadmap shows you abandoned a fixed-price contract recommendation in week 8 — what changed?” And one standard applied question per learning outcome, from a moderated bank. Indicative examples:
| LO / topic | Style of question you should expect |
| LO1 — controls | “Which control would catch this failure earliest, and why?” |
| LO2 — evaluation | “Defend your discount rate / your social feasibility judgement.” |
| LO3 — planning | “What happens to the critical path if task X slips two weeks?” |
| LO4 — resourcing | “Your CPI is 0.85 — what do you do next Monday?” |
| LO5 — tools | Live or screenshot walkthrough: “Show how you levelled this resource over-allocation.” |
| Quality (Ch. 8–9) | “How does your approach build quality in rather than inspect it in at the end?” |
|
Change & adoption (Ch. 10) |
“A key stakeholder group refuses to adopt — walk me through your response. How do you know the benefits in your business case were actually realised?” |
Table 6 Indicative viva probes. Every LO is examined; questions are moderated in advance. The final two rows reflect the completing phases of the project.
The purpose is to test depth. A student who did their own thinking can pivot easily and explain why they chose one approach over another — why CPM rather than a pure Scrum cadence, why that contingency reserve, why that Cynefin classification for a given risk. Expect “what if” probes that are not answered anywhere in your portfolio; that is deliberate, and it is where genuine understanding shows.
Devices are not used during the Q&A. You may refer to your artefacts on the shared screen for the tool walkthrough, but you should not be reading answers.
| Part | Component | Weight |
| Part A (50%) | Ideation (mind map) | 10% |
|
|
Validation (evidence log) | 10% |
|
|
Iteration (argument roadmap) | 10% |
|
|
Reflection (research journal, incl. AI log) | 10% |
|
|
Technical planning artefacts | 10% |
| Part B (50%) | Presentation clarity and structure | 15% |
|
|
Depth and accuracy of responses | 25% |
|
|
Tool demonstration | 10% |
Table 7 Component weighting. A minimum of 30% must be achieved in each Part.
Note the shape of this. The single largest component is depth and accuracy of responses at the viva (25%), and the four process strands together (40%) outweigh the technical artefacts (10%). This is intentional: the artefacts are the vehicle, and your reasoning about them is the substance.
| Criterion | Distinction (70+) | Pass (40–59) | Fail (<40) |
| Process evolution (Part A) | Rich, dated trail; argument roadmap shows genuine pivots driven by evidence; AI use documented and critically evaluated |
Credible trail with some gaps; changes noted but weakly justified |
Retrofitted or absent history; artefacts appear generated in one sitting |
| Technical quality (Part A) | Business case, schedule, EVM and risk artefacts are correct, internally consistent and grounded in taught frameworks |
Mostly correct with minor inconsistencies (e.g. Gantt not matching WBS) |
Techniques misapplied or artefacts missing |
| Defence of decisions (Part B) | Pivots fluently; explains why alternatives were rejected; handles hypothetical changes to the plan | Explains own artefacts adequately but struggles with ‘what if’ probes | Cannot explain the reasoning behind own submitted artefacts |
| Tool competence (Part B) | Demonstrates confident, purposeful use of the PM tool (critical path, levelling, baselines) | Basic navigation and Gantt construction demonstrated | Cannot operate or explain the tool output submitted |
Table 8 Rubric summary by criterion. Full grade descriptors follow the University's SCQF Level 9 scheme.
To be explicit about what misconduct means here: it is not using AI. It is presenting another person's work or decisions as your own, or having someone else undertake your viva. Both are far harder under this format than under written assessment — which is part of why the format changed.
| When | What |
| Week 1 | MediSupply scenario issued; research journal opened; mind map begun |
| Weekly (2–6) &(8-12) | Journal entry posted to Moodle — creates the server-side timestamps that evidence work over time |
| Weeks 11–12 | Final artefacts produced: risk register, quality and delivery approach, stakeholder/communication/change plan, presentation deck |
| When | What |
| End of week 12 | Portfolio submitted via Moodle: process artefacts, technical artefacts, and native PM-tool files, the presentation slides. |
| Weeks 13 | Submit your portfolio |
| Weeks 14–15 | Oral presentation and viva in booked slots; recorded |
Table 9 Key dates. Teaching runs weeks 2–6, 8-12; weeks 13–14 are for consolidating and submitting the portfolio. The weekly journal checkpoint is not administrative
box-ticking — it is the timestamped evidence on which the Process Evolution criterion rests.
Submit native files, not just exports. For LO5 the markers need your actual PM-tool files (.mpp or equivalent) with dependencies, baselines and levelling set in the tool. Screenshots of hand-drawn charts do not evidence tool competence and will be marked accordingly.
Files to be submitted
| # | Submission | Format | Contents (in this order) | LOs |
| 1 |
Process Portfolio |
Word file |
Contents checklist and declaration; mind map; annotated evidence log; argument roadmap (1 p.); research journal (10 dated entries incl. AI-use log). Please note that these entries are the one which you have submitted every week on Moodle. |
Process criteria Produce every week andsubmitted to Moodle |
| 2 | Project Plan | Word file | Business case with economic/technical/social evaluation; governance and controls map; WBS; network diagram with critical path; Gantt export; resource plan and cost baseline; EVM analysis; risk register; methodology justification. Please note that these entries are the one which you have submitted every week on Moodle. |
LO1–LO4, Produce every week and submitted to Moodle |
| 3 |
Working Files |
XLSX + native project file (.mpp / .pod) |
One tabbed workbook: NPV_Payback, Resources_Costs, EVM, Risk_Register — plus the project file as saved by the tool |
LO4, LO5 |
| 4 |
Presentation Slides |
PPTX | 6–10 slides for the Part B viva | Part B |
Submission: Combine your portfolio and project plan in one file and submit it to Part 1 on Moodle. The working file should be submitted to Part 2 on Moodle and presentation slide on part 3.
Reasonable adjustments. If you have disclosed adjustments you may opt for a smaller panel, extended preparation time, written question prompts shown on screen, or a recorded asynchronous presentation followed by a shorter live Q&A, in line with University inclusion policy. The viva is retained in adjusted form because it evidences the learning outcomes — only its format flexes. Speak to the module leader early.
Resit. Resubmission of a revised portfolio plus a fresh 10-minute viva, capped at the pass mark per University regulations.
Get Answer of INF09801 Project Management for Information Systems Assessment before the deadline
Get Assignment Help on WhatsAppStruggling with your INF09801 Project Management for Information Systems assessment at Edinburgh Napier University? Workingment offers reliable Assignment Help to help you work through your project planning and assessment requirements with confidence. Get guidance with business case development, project scheduling, resource planning, risk management, governance, and Earned Value Management. Our Project Management Assignment Help also covers your Process Portfolio, Project Plan, Risk Register, Gantt Chart, and viva preparation, helping you develop clear and well-structured work based on your INF09801 assessment brief.
Get Your Free Academic Quote
No hidden fees · Instant response · 100% confidential
Let's Book Your Work with Our Expert and Get High-Quality Content