DUT BTech Project Management Past Exam Papers: Exam Notes & Study Guide (DUT Project Management Modules)

This study guide is designed for students preparing for Durban University of Technology (DUT) BTech Project Management assessments where past exam paper patterns strongly shape success: planning and scheduling, stakeholder management, risk analysis, procurement, quality, cost control, and project integration. It also consolidates the kinds of exam-style questions commonly seen in project management modules aligned with South African university expectations (including DUT BTech streams that resemble the core content found in MNG/TIM/PM–type offerings). Use these notes as a structured revision pack: learn the theory, then practice the exact command words (e.g., critically discuss, evaluate, justify, compare, draw and label, calculate), using the sample question sets and worked mini-solutions included throughout.

Understanding DUT BTech Project Management Exam Papers (What Past Papers Commonly Test)

Exam paper “fingerprints” in project management modules

DUT BTech Project Management past papers typically reward students who can do three things quickly and accurately:

Translate theory into project artifacts
Examples of artifacts exams often expect you to reference or “produce” include:
- Project charter / problem statement
- Stakeholder register
- Work Breakdown Structure (WBS)
- Gantt chart (or time-phased plan)
- Network diagrams, critical path, float
- Risk register (with probability/impact and mitigation)
- Budget and cost baseline concepts
- Quality plan elements and acceptance criteria
- Procurement plan (source selection and contracting basics)
- Monitoring & control dashboards (KPIs, reporting cadence)
Use a correct structure under pressure
Many questions can score marks even if your numbers are slightly off, provided your logic is coherent: define → explain → apply → conclude. Conversely, writing a great essay without directly answering the command word can lose marks.
Perform calculations with interpretation
Project management calculations are not only about getting the final number; they also require:
- identifying assumptions,
- interpreting results,
- linking outcomes to decisions.

Command words and how to respond (high scoring)

Below is a practical “command word cheat sheet” that matches typical DUT-style marking conventions.

“Discuss”
Provide definitions, key concepts, pros/cons, and implications. Use at least one example.
“Critically discuss”
Add evaluation: strengths vs limitations, trade-offs, and “what can go wrong” with mitigation.
“Explain”
Focus on mechanisms: how and why it works; avoid drifting into unrelated history.
“Compare”
Use at least two columns of difference or a structured comparison (similarities + differences).
“Evaluate”
Show criteria (e.g., effectiveness, feasibility, cost, risk) and make a judgement.
“Justify”
Provide reasons and evidence from a scenario (e.g., “because deadlines are fixed and resources are constrained…”).
“Calculate”
Present formula, substitution, and final result with units. Then interpret in one sentence.

The core project management knowledge areas exams frequently reflect

Even when the module code differs across semesters or programmes, DUT BTech Project Management exam content commonly aligns with a standard “project management toolkit.” Expect questions that draw from:

Integration: developing project charter, managing change, coordinating processes
Scope: requirements, WBS, scope baseline, scope control
Schedule: activity sequencing, network planning, critical path, resource considerations
Cost: budgeting, cost baseline, cost control basics, earned value concepts (depending on syllabus)
Quality: quality planning, assurance, control, standards and acceptance sampling
Resources: team formation, resource loading, staffing plans
Communications: reporting channels, stakeholder communication matrix
Risk: identification, qualitative + quantitative analysis, response planning
Procurement: planning purchases, contracting, vendor evaluation
Stakeholders: mapping interest/power, engagement strategies, conflict handling

How past papers often structure scenarios

Past papers frequently present a scenario like:

A contractor or client wants to build a facility / implement an IT system / run a training project
There are constraints:
- deadlines (fixed completion date)
- limited budget
- limited skills availability
- safety/regulatory requirements
Stakeholders include:
- client decision-makers,
- a project manager team,
- contractors/vendors,
- regulatory bodies,
- communities/users

Your job in exam questions is to connect management logic to the scenario. For example:

If the scenario mentions frequent scope changes, your answer should discuss change control and baseline control.
If the scenario mentions uncertain material prices, you should discuss risk response strategies and procurement alternatives.

Mini case: “Facility refurbishment with supplier delays”

Scenario snapshot:
A BTech project involves refurbishing a small municipal building for community use. The client wants completion in 10 weeks. A key supplier delays ordering because of a paperwork issue. Stakeholders include municipal officials, a construction contractor, and community representatives.

Likely exam expectations:

draw a basic project schedule plan (or discuss how to update it),
identify impacted activities,
explain what “critical path” means and how delays affect it,
update the risk register (supplier delay risk),
propose procurement or mitigation actions.

Even if the exact module doesn’t name “critical path” explicitly, exam questions often reward schedule reasoning.

Revision strategy tailored to past exam papers

To prepare efficiently for DUT BTech Project Management, the most reliable approach is:

Collect and group past questions into themes:
- scheduling and critical path
- risk management
- WBS and scope
- procurement
- quality management
Write an “answer template” for each theme:
- definitions
- steps/process
- scenario application
- a concluding line with decision or judgement
Practice time-boxed calculations:
- 10–15 minutes per quantitative question
- always interpret results

This strategy reduces the “panic gap” between theory and exam application.

Scheduling, Critical Path, and Project Planning (Typical DUT Exam Calculations & Diagrams)

Why schedule questions dominate project management exams

DUT BTech project management past papers often include at least one question requiring you to plan and justify a timeline. Schedule questions test:

your understanding of dependencies (what must happen before what),
your ability to build and interpret network logic,
your speed with calculations,
your skill in connecting schedule outcomes to risk and decisions.

Work Breakdown Structure (WBS) and its link to schedule

A WBS is more than a “diagram for marks.” It is the foundation of estimating time and cost. In exams, the best answers:

show decomposition (Level 1 → Level 2 → Level 3)
link WBS tasks to durations and sequencing
identify deliverables (not just activities)

Example WBS for an “IT system rollout”

Level 1: System Rollout

Level 2: Planning
- Level 3: Requirements workshops
- Level 3: Implementation plan & timeline
Level 2: Build
- Level 3: Configure modules
- Level 3: Data migration
Level 2: Test
- Level 3: Unit testing
- Level 3: User acceptance testing (UAT)
Level 2: Deploy
- Level 3: Training
- Level 3: Go-live & monitoring

In the exam, if asked “construct a WBS,” you must ensure your decomposition is deliverable-based and not “random tasks.” Marks usually increase when the WBS is consistent with the scenario’s deliverables.

From activities to network diagram

After WBS, exams commonly expect network logic. There are two common representations:

Activity-on-Node (AON): nodes represent activities
Activity-on-Arrow (AOA): arrows represent activities

Many exam papers in SA universities prefer AON for clarity. Your job: show precedence relationships.

Precedence rules (typical marking points)

Finish-to-Start (FS): successor starts after predecessor finishes
Start-to-Start (SS): successor start after predecessor starts (less common but can appear)
Finish-to-Finish (FF): successor finishes after predecessor finishes (rare but possible)
Lag/lead time (sometimes included)

If the scenario states “Activity C can only begin after Activity A and B are completed,” that is an AND dependency.

Critical Path Method (CPM): core concepts you must use

A typical CPM question tests:

calculate Earliest Start (ES) and Earliest Finish (EF)
calculate Latest Start (LS) and Latest Finish (LF)
determine Total Float (TF)
identify the critical path (TF = 0 tasks)

Definitions (write these in exam answers when relevant)

Duration (d): time required for an activity
ES: earliest time an activity can start without violating constraints
EF: ES + d
LS: latest time an activity can start without delaying project completion
LF: LS + d
TF: LS − ES (also equals LF − EF)

Worked sample: CPM with interpretation

Scenario:
A project has five activities with the following durations (days):

Activity	Duration (d)	Predecessor(s)
A	4	—
B	3	A
C	2	A
D	5	B and C
E	1	D

We compute forward pass:

A: ES=0 → EF=4
B: ES=EF(A)=4 → EF=7
C: ES=EF(A)=4 → EF=6
D: ES=max(EF(B), EF(C)) = max(7, 6)=7 → EF=12
E: ES=EF(D)=12 → EF=13

Project duration = 13 days.

Backward pass: set project finish = 13 as LF of final activity.

E: LF=13 → LS=13−1=12
D: LF=LS(E)=12 → LS=12−5=7
B: LF=LS(D)=7 → LS=7−3=4
C: LF=LS(D)=7 → LS=7−2=5
A: LF=min(LS(B), LS(C))=min(4, 5)=4 → LS=4−4=0

Total float TF:

TF(A)=LS−ES=0−0=0
TF(B)=4−4=0
TF(C)=5−4=1
TF(D)=7−7=0
TF(E)=12−12=0

Critical path: A → B → D → E (activities with TF=0).
Interpretation: If activity C slips by up to 1 day, the project completion date may remain unchanged, but activity B slipping will directly delay the project.

Exam-winning phrasing

A good final paragraph in schedule answers often looks like:

“The critical path is A–B–D–E, meaning these activities have zero total float. Any delay in these activities will delay project completion unless mitigation such as crashing is applied.”

“What if” questions: common exam variants

Past papers frequently ask how schedule changes affect the outcome:

Variant 1: delay in non-critical activity

If Activity C increases from 2 to 4 days, then:

ES(C)=4 → EF(C)=8 (instead of 6)
ES(D)=max(EF(B)=7, EF(C)=8)=8
EF(D)=13, EF(E)=14
Project duration increases by 1 day (from 13 to 14) because C’s float was only 1 day.

Variant 2: improvement (“crashing”)

If B is reduced by 1 day using extra resources, update duration d(B)=2:

Recompute forward pass quickly; the critical path changes if reduction eliminates slack elsewhere.

Exams usually value the logic and correct interpretation more than overly complex recomputation if you clearly show the updated EF/LS relationships.

Resource and schedule considerations (qualitative but testable)

Some DUT exam questions also ask:

“Discuss how resource constraints affect schedule.”
A strong answer includes:
resource loading: activities share limited skills/tools
leveling: adjust non-critical activities to avoid overallocation
trade-offs: preserving critical path vs smoothing resources
risk: resource constraints create schedule risk and quality risk

Counterargument students often miss

A common misconception: “Critical path determines schedule regardless of resources.”
Correction: if resources are constrained, the “critical path” based on unlimited resources may change because sequencing may need to adjust.

Graphical diagrams you should be able to produce fast

Exams may request:

a simple Gantt chart for 6–10 activities
a network diagram with ES/EF labels
a table of ES/EF/LS/LF/TF

If you can’t draw, you can still score by:

listing calculated ES/EF/TF values clearly,
writing which activities are critical,
describing how you would draw the diagram.

Risk, Stakeholders, and Quality Management (High-Impact Exam Essays & Scenario Answers)

Why risk and stakeholder questions score high in theory-based exams

Even when DUT schedules and calculations are present, many questions are assessed through structured writing:

risk identification and response planning,
stakeholder mapping and engagement strategy,
quality planning and control.

These are high scoring because you can apply frameworks and show mitigation planning.

Risk management process (exam-friendly structure)

Use this consistent 6-step structure for any risk question:

Identify risks
Brainstorm based on scope, schedule, cost, quality, external factors.
Categorize risks
(technical, schedule, cost, operational, external/regulatory, people)
Analyze risks
- qualitative: probability/impact matrix
- quantitative: expected monetary value (where relevant)
Plan responses
- avoid, mitigate, transfer, accept (and escalation)
Assign ownership
Each risk needs a responsible person/team.
Monitor & review
Define triggers, frequency, and reassessment method.

Risk register: what markers look for

A typical exam expects a risk register table with columns such as:

Risk description
Probability (e.g., Low/Medium/High or 1–5)
Impact (e.g., Low/Medium/High or 1–5)
Score (P×I)
Response strategy
Owner
Trigger / early warning sign
Contingency action

Mini template you can reproduce in exams

Risk	P	I	Score	Response	Owner	Trigger
Example: supplier delay	M	H	10	Mitigate: backup supplier	Procurement lead	PO not confirmed within 3 days

Worked example: qualitative risk scoring matrix

Assume a scoring method:

Probability: Low=1, Medium=2, High=3
Impact: Low=1, Medium=2, High=3
Score = P×I

Example risks for a construction refurbishment project

Risk 1: Supplier delay for tiles
- P=3 (High), I=2 (Medium) → Score=6
Risk 2: Safety incident due to wet floor
- P=2 (Medium), I=3 (High) → Score=6
Risk 3: Client scope changes
- P=2 (Medium), I=3 (High) → Score=6
Risk 4: Contractor staff turnover
- P=2 (Medium), I=2 (Medium) → Score=4

If the exam asks “prioritise risks,” your answer can group:

Top priority: score 6 (highest in this set)
Medium priority: score 4

Critical exam step: You must connect prioritisation to response strategy.

Supplier delay (Score 6) → mitigate by identifying alternative suppliers, expedite process, define lead times in procurement schedule.
Safety incident (Score 6) → mitigate by safety training, daily toolbox talks, floor protection systems.
Scope changes (Score 6) → implement change control, define baseline and approval workflow.

Stakeholder management: interest-power mapping

DUT exam questions often ask for stakeholder analysis and engagement strategies. A standard approach:

Identify stakeholders
Assess:
- Power (ability to influence outcomes)
- Interest (degree to which they care)
Place them in a 2×2 matrix:
- High power / High interest: manage closely
- High power / Low interest: keep satisfied
- Low power / High interest: keep informed
- Low power / Low interest: monitor

Example stakeholder set

For a municipal building refurbishment:

Municipal officials: high power, high interest
Construction contractor: high power, medium interest
Community representatives: medium power, high interest
Local supplier: medium power, low interest
End users: low power, high interest

Your engagement plan should match:

officials → regular decision meetings and risk escalation summaries
community → communication sessions, feedback channels
users → training and notices

Communication planning: what “good” looks like in exams

Communication management should include:

communication methods (meetings, reports, email updates)
frequency (weekly status report, monthly stakeholder review)
audiences (who receives what)
content (scope/schedule/cost status, risks, changes)
escalation path (what triggers management action)

Example: communication cadence for a 10-week schedule

Weekly: project team coordination meeting (scope/schedule/risk)
Weekly: client written progress report (progress %, EVM if taught, or milestone achievements)
Bi-weekly: stakeholder consultation session (community updates)
Ad hoc: escalation meeting within 48 hours for critical risks (e.g., safety incidents, supplier delays)

Even if your module does not teach exact cadence numbers, using a coherent cadence shows professionalism and earns marks.

Quality management: planning and control (not only “defect fixing”)

Many students treat quality as “inspection.” Exams expect broader concepts: quality planning and assurance.

Key elements:

define quality standards / criteria
ensure processes produce quality outputs
plan acceptance criteria for deliverables
monitor and control to prevent defects

Example: UAT as a quality control measure

For an IT system rollout:

quality planning includes test strategy, standards, bug severity definitions
quality control includes UAT scripts and acceptance criteria
quality assurance includes audits, reviews, and compliance checks

Quality tools and why exams ask about them

DUT exam questions may mention:

checklists,
sampling and inspection,
cause-and-effect (fishbone),
Pareto (80/20) analysis,
control charts (if covered).

Fishbone in a scenario (short but strong answer)

If defects arise during installation:

Man (training issues)
Method (unclear installation procedure)
Material (wrong specification)
Machine (tools failing)
Measurement (inadequate inspection criteria)
Environment (weather conditions)

Then propose corrective actions aligned to root causes.

Integration of risk, stakeholder, and quality: the “combined answer” pattern

The highest scoring answers connect domains:

A stakeholder disagreement can become a risk (scope creep)
Scope creep affects schedule and cost, and can degrade quality
Quality incidents can trigger stakeholder escalation and reputational risk

A critical essay should explicitly show these connections.

Example argument: change control reduces both risk and quality failures

Scope changes without approval introduce uncontrolled rework.
Rework increases risk of missed acceptance criteria.
Acceptance criteria deviations cause defects and retesting costs.
Thus, change control is not only administrative; it protects quality and reduces schedule disruption.

Procurement, Contract Management, and Cost Control (Calculations, Justification, and Realistic Decision-Making)

Why procurement and cost control appear in DUT BTech exams

Procurement questions assess whether you understand how projects acquire goods/services under constraints:

budget limits,
vendor capability,
timing/lead time,
contract terms (delivery, performance, penalties, warranties).

Cost control questions assess:

how budgets are built,
what cost baseline means,
what cost variances imply,
how to respond to overspend.

Even when exact earned value calculations are not required, exams may ask for:

explanation of baseline,
variance interpretation,
control measures.

Procurement planning: from needs to supplier selection

A strong procurement answer includes stages:

Identify what to procure
materials, services, equipment, professional labour.
Decide procurement approach
competitive bidding, request for proposal (RFP), quotations, framework agreements (if in syllabus).
Define specifications
technical specs, performance requirements, acceptance criteria.
Risk allocation through contract type
fixed-price vs cost-reimbursable vs time-and-materials (if discussed).
Evaluate suppliers
not only price—also capability, past performance, lead times.
Award and contract management
deliverables, reporting, change orders.

Exam-specific emphasis: “lowest price is not always best”

A critical answer should argue:

Price matters, but the total project cost includes:
- schedule delay costs,
- rework,
- penalties,
- quality failures.

Example procurement scenario (with decision logic)

Scenario:
A project needs specialized training for community facilitators and a small learning platform. Two suppliers compete:

Supplier X: lower cost but longer lead time
Supplier Y: higher cost but can deliver sooner and has better quality references

An exam might ask: “Which supplier should you choose and why?”

A high-scoring answer:

Align decision to project priorities.
If deadline is strict, prioritize schedule-critical factors.
Include risk of delay and mitigation (e.g., partial delivery by Supplier X).

Counterargument you should address

Just because Supplier Y has better lead time doesn’t always guarantee success. Consider:

whether training quality matches acceptance criteria,
whether Supplier Y’s resources are available,
whether their contract terms allow schedule changes.

Contract basics you must be able to discuss

Exams often look for:

scope of work in the contract,
deliverables,
acceptance procedures,
payment terms (milestones),
warranties/guarantees,
dispute resolution,
change order procedures.

Why acceptance procedures matter

If acceptance is unclear:

quality disputes occur,
suppliers delay sign-off,
the client’s project timeline becomes uncertain.

Cost estimation and budgeting: how to structure a cost answer

Even without complex computations, your answer should show understanding:

Estimation basis: unit rates, labour hours, equipment costs, contingency
Budget creation: sum of direct costs + indirect costs + contingency/reserves
Cost baseline: approved budget used for performance measurement

Common exam pitfall: mixing contingency with baseline

A good answer distinguishes:

contingency reserve for identified risks,
management reserve for unknown unknowns (depending on syllabus),
baseline excludes uncontrolled changes.

Mini worked cost example: budget, variance, and response

Scenario:
A project has a baseline budget of R500,000 for deliverables scheduled in Month 1. By end of Month 1, actual cost incurred is R560,000, and the planned work completion is equivalent to 80% of the planned deliverables.

If earned value (EV) is taught, we compute:

EV = 80% × 500,000 = R400,000
AC (actual cost) = R560,000
Cost Variance (CV) = EV − AC = 400,000 − 560,000 = −R160,000

Interpretation: Negative CV indicates overspending relative to the value of work completed.

If the exam asks for response:

investigate drivers: overtime, rework, supplier premium for expediting,
implement corrective actions:
- renegotiate procurement,
- tighten cost control procedures,
- update schedule to reduce inefficiencies,
- enforce change control.

Even if earned value isn’t explicitly required, the logic of “spent vs value delivered” is exam-relevant.

Cost control system elements (what your answer should include)

A robust cost control response usually includes:

cost reporting frequency (weekly/biweekly)
variance analysis and root cause investigation
approval workflow for changes
procurement controls and supplier performance monitoring
documentation and audit trail
corrective action plan with ownership and deadlines

Linking procurement and cost: total cost of ownership logic

A critical exam response often points out that:

cheaper procurement can lead to higher rework costs,
delays can create carrying costs,
poor quality leads to replacement and warranty claims.

This is why procurement evaluation should include schedule and quality factors—not only the quoted price.

Exam-Ready Practice Sets: DUT-Style Past Paper Questions (With Worked Framework Answers)

How to use these sets effectively

This final section provides a realistic revision approach:

you attempt the question first,
then compare to the framework answer,
then refine by adding details from your class notes.

Since past papers vary year to year, the key is transferable skill: apply the right process and show the right reasoning.

Practice Set 1: Scheduling and CPM (calculation-focused)

Question 1 (CPM basics and critical path)

A project consists of activities with the following data:

A (duration 6) starts at time 0
B (duration 4) depends on A
C (duration 3) depends on A
D (duration 5) depends on B and C
E (duration 2) depends on D

Compute the project duration.
Identify the critical path.
Compute total float for activity C.

Framework answer (worked)

Forward pass:

A: ES=0 → EF=6
B: ES=6 → EF=10
C: ES=6 → EF=9
D: ES=max(EF(B), EF(C))=max(10,9)=10 → EF=15
E: ES=15 → EF=17

Project duration = 17 time units.

Backward pass:

E: LF=17 → LS=15
D: LF=LS(E)=15 → LS=10
B: LF=LS(D)=10 → LS=6
C: LF=LS(D)=10 → LS=7
A: LF=min(LS(B), LS(C))=min(6,7)=6 → LS=0

Total float for C:

TF(C)=LS−ES=7−6=1

Critical path: A → B → D → E.

Interpretation sentence: C has 1 unit of float, so it may slip by up to 1 unit without changing the completion time.

Question 2 (Gantt logic: narrative scheduling)

Given the same activities A–E, describe how you would update the schedule if activity B is delayed by 2 time units, assuming resources allow the delay to occur without blocking unrelated work.

Framework answer

Update duration or time of B:
- B ES was 6; after delay by 2 units, effectively B finishes later.
Recompute the forward pass quickly:
- A EF=6
- B EF becomes 12 instead of 10
- C EF remains 9
- D ES = max(12, 9) = 12
- D EF = 12 + 5 = 17
- E EF = 17 + 2 = 19
Conclusion:
- project duration increases from 17 to 19.

Critical path impact: B is on the critical path, so delay increases completion time.

Practice Set 2: Risk register and mitigation (essay + table)

Question 3 (risk identification + register)

For a project to refurbish a community hall, identify at least six risks and build a risk register using a simple qualitative scoring method:

Probability: Low=1, Medium=2, High=3
Impact: Low=1, Medium=2, High=3
Score = P×I

Include at least:

two schedule-related risks,
two cost-related risks,
one quality risk,
one safety risk.

Framework answer (example register)

Risk	P	I	Score	Response	Owner	Trigger
Supplier delay for key materials	3	2	6	Mitigate: backup supplier, enforce lead times	Procurement lead	Supplier misses PO confirmation within 3 days
Unclear scope leads to rework	2	3	6	Mitigate: change control, scope baseline	PM / Contracts	New drawings issued without approval
Overtime due to labour shortage	2	2	4	Mitigate: workforce planning, recruitment buffer	HR / PM	Crew vacancy exceeds 10% for 1 week
Currency/price fluctuation increases cost	3	2	6	Mitigate/Transfer: price adjustment clause, lock-in quotes	Cost controller	Material price change > 5%
Poor workmanship causes defects	2	3	6	Mitigate: quality inspections, acceptance criteria	QA/QC manager	Rework rate exceeds 8%
Safety incident (wet floors, poor PPE)	2	3	6	Mitigate: safety training, site signage, PPE enforcement	Safety officer	Safety audit score < 90%

This set scores well because it meets classification and includes response, owner, and trigger.

Question 4 (critically discuss risk response strategies)

Choose one high-priority risk from your register (e.g., “Supplier delay for key materials”) and critically discuss why your chosen response strategy is appropriate, and what could still fail.

Framework answer

Approach: mitigation via backup supplier and lead time enforcement.

Why it is appropriate:
- supplier delay directly threatens schedule and can move critical-path activities
- having an alternative supplier reduces dependency on a single vendor
What could still fail:
- backup supplier may deliver different material that doesn’t meet specs (quality risk)
- lead time assumptions could be wrong due to logistics delays
- contract approval delays may prevent rapid switching
How to improve:
- pre-qualify backup suppliers,
- include performance and specification requirements in contracts,
- define a switching threshold in change-control procedures.

This is “critical” because it evaluates both benefits and weaknesses.

Practice Set 3: Stakeholder management and communication planning

Question 5 (stakeholder matrix + engagement plan)

For the refurbishments scenario, identify stakeholders and propose engagement strategies using an interest-power matrix.

Framework answer (structured)

Stakeholder list:
- Municipal officials (high power, high interest)
- Project steering committee (high power, medium interest)
- Construction contractor (medium/high power, medium interest)
- Community representatives (medium power, high interest)
- End users/community hall participants (low power, high interest)
- Suppliers (medium power, low/medium interest)
Engagement strategies:
- Municipal officials: manage closely—weekly reporting on schedule/cost and decisions on change requests
- Steering committee: keep satisfied—monthly performance review and risk escalation briefing
- Contractor: manage daily—site meetings, quality inspections, and escalation channels
- Community representatives: keep informed—bi-weekly consultation, feedback logs, transparency on disruptions
- End users: keep informed—notice boards, user training schedule, safety communications
- Suppliers: keep informed with performance KPIs—delivery updates and corrective actions for delays

Marks improve when you explicitly connect each quadrant to the strategy.

Question 6 (communications plan)

Design a communication plan for a 10-week project. Include:

meeting/reporting frequency,
communication method,
audience,
content.

Framework answer

Weekly project team meeting
- Method: in-person meeting
- Audience: PM, contractor lead, QA/QC, procurement lead
- Content: progress %, next week plan, risks, issues, decisions needed
Weekly client progress report
- Method: written report/email
- Audience: municipal officials/steering committee
- Content: milestone status, schedule forecast, cost summary, approved changes, top 5 risks
Bi-weekly community engagement
- Method: community meeting + minutes
- Audience: community representatives + PM + contractor safety officer
- Content: planned disruptions, safety updates, feedback and action follow-up
Ad hoc escalation
- Trigger: critical risks (e.g., safety incident, supplier lead time breach)
- Method: phone call + emergency meeting within 48 hours
- Audience: PM + client representative + contractor management

Practice Set 4: Quality management in scenarios

Question 7 (quality plan elements)

Explain how you would build a quality plan for the refurbishment project. Include at least:

quality objectives,
acceptance criteria,
quality assurance vs quality control,
how you handle nonconformance.

Framework answer

Quality objectives:
- comply with specifications/drawings
- ensure safety and durability
- achieve acceptance by client and end users
Acceptance criteria:
- workmanship standards for flooring/painting
- installation tolerances (where specified)
- inspection checklists completed before handover
Quality assurance vs control:
- QA: audits, process compliance (training, method statements)
- QC: inspections/tests after work is performed (spot checks, material verification)
Nonconformance handling:
- register defect and issue NCR
- perform root cause analysis
- corrective action: rework/replace and retest
- document closure and get sign-off

A top answer differentiates QA and QC clearly.

Practice Set 5: Procurement and contract management

Question 8 (procurement strategy selection)

Given a scenario where time is critical, you have two procurement options:

Option 1: competitive tender (slower but cheaper)
Option 2: negotiated contract with a pre-qualified supplier (faster but higher price)

Critically evaluate which option to choose and justify using risk and schedule arguments.

Framework answer

If completion date is fixed and the schedule is near critical path, negotiated contract may reduce schedule risk.
However, higher cost may be justified only if:
- supplier capability is proven,
- specifications can be met,
- contract includes delivery guarantees and penalties,
- change orders are controlled.
Competitive tender might be preferable if:
- time buffer exists,
- multiple suppliers are capable,
- procurement governance requires transparency.

A critical answer also warns of procurement governance risks:

cost overruns,
reduced competition leading to quality risk,
compliance constraints.

Practice Set 6: Cost control using variance logic

Question 9 (cost control and corrective action)

A project’s baseline budget is R500,000 for a milestone. By milestone completion:

Actual Cost (AC) = R560,000
Planned work completion = 80% (meaning Value of work planned/earned is 80% of baseline)

Determine the cost variance using EV logic if EV is defined as 80% of baseline.
Propose at least three corrective actions.

Framework answer

EV = 80% × 500,000 = R400,000
CV = EV − AC = 400,000 − 560,000 = −R160,000
Corrective actions:
- investigate drivers of overspend (rework, overtime, procurement premium)
- strengthen change control and approval workflow
- renegotiate supplier terms or request recovery plans
- update schedule and resource plan to reduce inefficiency
- implement tighter reporting and approval thresholds for expenses

Interpretation line: negative CV indicates overspending relative to work value; the team must identify root causes and prevent recurrence.

South African Study Context: Aligning DUT BTech Project Management with Common University Expectations

Why alignment matters for exam success in South Africa

Across South African universities, students often move between DUT-style content and similar project management modules (sometimes under slightly different names). While this guide focuses on DUT BTech Project Management past exam paper preparation, your exam approach should still match how marking rubrics generally behave in South African university assessments:

structured, process-based answers,
application to scenario facts,
coherent diagrams/tables where required,
correct calculations with interpretation,
evidence of conceptual understanding rather than memorised definitions.

Common exam themes that mirror other PM modules

Even when the module code differs, exam papers usually cover:

planning and baseline development,
execution control through reporting and change management,
risk and stakeholder management frameworks,
procurement and contract logic,
quality planning and acceptance.

This study guide’s sections therefore mirror these recurring exam patterns, so you can adapt your learning even when the exact question wording changes.

Revision checklist tailored to past paper practice

Before attempting another set of past paper questions, ensure you can do the following without hesitation:

Build a simple WBS decomposition from a scenario
Construct a precedence network and identify critical path
Calculate ES/EF/LS/LF and total float for at least 5 activities
Draw or describe a risk register with probability/impact scoring
Explain stakeholder interest-power mapping and engagement strategy
Distinguish QA and QC and propose nonconformance handling
Discuss procurement decisions using schedule, cost, and quality logic
Use cost baseline logic and interpret overspend via variance reasoning

If any item is weak, focus your next practice session on that theme until you can reliably produce a structured, exam-ready response.

Final Exam Tactics for DUT BTech Project Management

Time management inside the exam

A practical approach:

Scan the paper quickly and label questions by type:
- calculation,
- diagram,
- risk/stakeholder essay,
- procurement/quality/cost.
Start with the fastest high marks:
- risk register table questions,
- stakeholder matrices,
- short calculations.
Leave one complex calculation or long essay for mid-exam, when you’ve warmed up.

Presentation that earns marks

For diagrams and tables:

use neat labeling,
keep columns aligned,
show formulas where calculations are required,
ensure totals make sense (e.g., floats or schedule durations are consistent with your computed EF/LS relationships).

For essay questions:

use headings in your writing if the question is long (e.g., “Risk identification”, “Risk response”, “Quality controls”).
end with an interpretation or decision aligned to the scenario.

“Common mistakes” to avoid

Writing generic project management definitions without scenario application.
Calculating numbers but not interpreting them.
Ignoring the command word (e.g., describing when asked to critically discuss).
Forgetting ownership and triggers in risk registers.
Treating quality only as inspection without QA/QC distinction.
Selecting the lowest cost supplier without addressing schedule and quality consequences.

Use this guide as a repeatable revision cycle

If you want the biggest return from this guide:

Pick one theme per study day (schedule, risk, stakeholder, quality, procurement/cost).
Practice one past-style question from that theme.
Mark your answer against the framework criteria:
- correct structure,
- correct calculations,
- scenario alignment,
- complete tables/diagrams.

Over multiple cycles, your performance improves faster than trying to memorize content without practice.

If you want, share the exact DUT BTech Project Management module code(s) from your past papers (or upload a photo/text of the paper questions). I can then convert the guide into module-code specific past-paper question trackers and add more worked solutions matching your exact syllabus depth.