Chapter 12
Project Planning, Risk and Stakeholder Management

Project Planning, Risk and Stakeholder Management

Introduction

A dissertation is both an academic investigation and a temporary project. It has a defined purpose, limited time, constrained resources, quality requirements and multiple stakeholders. In Human Resource Management (HRM), dissertation projects frequently depend on organisational access, employees’ willingness to participate, managerial approval, ethical clearance and the availability of workplace data. These dependencies make systematic project management essential.

A credible project plan does more than list deadlines. It translates the research question into manageable work, identifies dependencies, assigns responsibilities, anticipates threats and establishes how changes will be governed. Planning does not eliminate uncertainty; it makes uncertainty visible and supports responsible adaptation.

Learning Objectives

After studying this chapter, students should be able to:

• define and control dissertation scope;
• construct milestones, work breakdown structures and dependency-based schedules;
• identify critical activities and calculate schedule float;
• plan supervision, access, resources and research governance;
• assess and respond to dissertation risks;
• analyse stakeholders and design appropriate communications;
• manage non-response and changing organisational conditions ethically;
• use digital and AI-enabled tools responsibly in project management.

1. The Dissertation as a Project

A project is a temporary undertaking designed to produce a defined output. A dissertation meets this definition because it has a start and completion date and creates a unique research report. Its principal constraints include:

• Scope: what the study will and will not investigate;
• Time: submission deadlines and intermediate milestones;
• Resources: researcher time, software, travel, data and participant access;
• Quality: academic, methodological and presentation standards;
• Risk: uncertain events that could affect completion or validity;
• Ethics and governance: obligations concerning participants, organisations and data.

These constraints interact. Expanding a survey to include additional sites may improve coverage but increase recruitment time, governance complexity and analysis workload. Compressing data collection may protect the submission date but reduce sample size. Decisions should therefore consider the project as an integrated system rather than treating individual tasks in isolation.

1.1 Success criteria

Submission on time is necessary but insufficient. A successful dissertation should also:

1. answer a clearly defined research question;
2. use an ethically approved and defensible method;
3. maintain a documented audit trail;
4. analyse evidence accurately;
5. acknowledge limitations honestly; and
6. satisfy institutional assessment requirements.

A completed but methodologically compromised project is not fully successful. Conversely, an ambitious design that cannot be completed is unlikely to produce useful evidence.

2. Defining and Controlling Scope

Project scope describes the work required to produce the intended research output. Scope ambiguity is a common source of dissertation delay because it leads to excessive reading, expanding research questions and unnecessary data collection.

A useful scope statement contains:

2.1 Requirements and acceptance criteria

A requirement states what must be produced; an acceptance criterion specifies how satisfactory completion will be recognised. For example, “prepare a literature review” is a requirement. Criteria might include critical synthesis, coverage of relevant theory, consistent referencing and a clear relationship to the research question.

Acceptance criteria should be drawn from the dissertation handbook, ethics procedures, marking rubric and supervisory guidance. Organisational preferences may be considered, but they must not override academic independence or research ethics.

2.2 Work breakdown structure

A work breakdown structure (WBS) decomposes the project into manageable work packages. Typical top-level components are:

1. project definition;
2. literature review;
3. research design;
4. ethics and access;
5. instrument development and piloting;
6. recruitment and data collection;
7. data preparation and analysis;
8. writing, revision and submission.

A work package should be small enough to estimate, schedule and monitor. “Complete dissertation” is too broad. “Draft the 1,500-word methods section” is more controllable.

The WBS is deliverable-oriented, whereas a schedule adds durations, dates and dependencies. Confusing the two often produces task lists that appear detailed but do not reveal which delays threaten submission.

2.3 Scope baseline and change control

Once agreed, the scope statement, WBS and key acceptance criteria form the scope baseline. This is not an inflexible contract. It is the reference against which proposed changes are assessed.

A proportionate change-control process asks:

1. What has changed, and why?
2. Does the change affect the research question, ethics approval or consent information?
3. What are the consequences for time, quality, access and analysis?
4. Who must authorise the change?
5. Which documents and plans must be updated?

Adding interviews after approving a survey-only design, for example, is not merely a scheduling decision. It may require revised ethics approval, information sheets, consent procedures, storage arrangements and analytical competencies.

3. Milestones, Dependencies and Scheduling

A task consumes time and effort. A milestone is a zero-duration control point signifying an important achievement or decision, such as “ethics approval received” or “data collection closed.” Milestones should represent verifiable states rather than vague intentions.

3.1 Dependencies and stage gates

A dependency exists when one activity relies on another. Common dissertation dependencies include:

• recruitment depends on appropriate ethical approval;
• organisational data collection depends on access permission;
• final analysis depends on data cleaning;
• interpretation depends on completed analysis;
• submission depends on revision and formatting.

Ethics approval and organisational access are stage gates: work beyond the gate must not proceed unless the required approval has been obtained. Preparatory activities may sometimes occur in parallel, but participant recruitment or data collection must not begin prematurely.

Figure: Correct dissertation sequence from proposal and approvals through recruitment, data collection, analysis and reporting.

3.2 Critical path method

A network schedule identifies activities whose delay would delay the project. For activity i, let:

• d_i = duration;
• ES_i = earliest start;
• EF_i = earliest finish;
• LS_i = latest start without delaying the project;
• LF_i = latest finish without delaying the project.

Using continuous time measured from zero:

For an activity with predecessors:

where j represents each immediate predecessor. Total float is:

An activity with zero total float is critical under the current schedule assumptions.

#### Worked schedule

Consider the following durations in weeks:

The critical path is A–B–D–E–F–G–H, with a duration of 21 weeks. Activity C finishes at week 4 but recruitment cannot begin until week 7 because the pilot finishes then. A backward pass gives C a latest start of week 5. Its total float is therefore 5 - 2 = 3 weeks.

Float is not “free time” to waste. It is schedule flexibility that may protect the completion date. Dependencies and durations should be reviewed whenever scope or access conditions change.

3.3 Three-point estimation

When duration is uncertain, the programme evaluation and review technique (PERT) can provide an expected duration:

Here, o is the optimistic duration, m the most likely duration, p the pessimistic duration and t_e the expected duration. All must use the same unit. Under the conventional beta-PERT approximation, duration variance is:

If recruitment is estimated at 2, 3 and 6 weeks, respectively:

The standard deviation is approximately √0.44 = 0.67 weeks. PERT is an estimation aid, not a guarantee. Its assumptions may be weak when delays are caused by approval processes or organisational decisions rather than continuously varying task durations.

4. Planning Supervision and Resources

4.1 Supervision as a governance relationship

The student normally owns the project and remains responsible for its integrity. The supervisor advises, challenges and provides formative feedback but does not manage the project on the student’s behalf.

Effective supervision includes:

• meetings booked in advance at decision-relevant points;
• concise agendas and documents circulated beforehand;
• explicit questions rather than requests for general reassurance;
• written records of decisions and actions;
• realistic time for feedback and revision;
• early disclosure of delays, access problems or methodological uncertainty.

A supervision log may record the date, decisions, actions, responsible person and deadline. It helps distinguish advice from final student decisions and creates an academic audit trail.

4.2 Responsibility assignment

A RACI matrix identifies who is:

• Responsible: performs the work;
• Accountable: owns the final decision or output;
• Consulted: provides two-way advice;
• Informed: receives updates.

For drafting the dissertation, the student is both responsible and accountable, while the supervisor is consulted. For granting access to an employee directory, an organisational data owner may be accountable. Ethical approval remains with the authorised institutional committee; neither the student nor an organisational manager can substitute for that approval.

4.3 Resource planning

Relevant resources include:

• researcher hours and personal availability;
• statistical or qualitative analysis software;
• secure data storage;
• transcription services or equipment;
• travel and communication costs;
• access to academic literature;
• participant recruitment channels;
• specialist advice or training.

A resource plan should identify availability, cost, lead time and restrictions. Software should be tested before data collection closes. A student planning interviews should allow time not only for interviewing but also for transcription, anonymisation, coding and verification.

5. Risk Management

A risk is an uncertain event or condition that may affect objectives. An issue is a problem that has already occurred. “The gatekeeper may leave” is a risk; “the gatekeeper resigned yesterday” is an issue requiring immediate action.

5.1 Risk process

A practical risk cycle consists of:

1. identification;
2. assessment;
3. response planning;
4. assignment of ownership;
5. monitoring and escalation.

Typical categories are access, ethics, participation, schedule, technology, data quality, researcher capacity and organisational change.

5.2 Probability and impact

Where probability and impact can be estimated on meaningful numerical scales, expected exposure is:

Here, RE is risk exposure, P is the probability from 0 to 1, and I is the impact measured in a stated unit. If there is a 0.35 probability of an access disruption causing a four-week delay, expected schedule exposure is:

This value supports comparison but does not mean that the project will be delayed by exactly 1.4 weeks. The actual outcome may be no delay or approximately four weeks. Dependencies, correlated risks and asymmetric effects require judgement or simulation.

Some risk registers use ordinal probability and impact scores from 1 to 5. Multiplying these produces a prioritisation index, not a mathematically precise expected loss, because ordinal intervals are not necessarily equal.

5.3 Risk responses

Four common responses are:

• Avoid: redesign the project to remove the threat;
• Reduce: lower probability or impact;
• Transfer or share: allocate part of the exposure to another party, where appropriate;
• Accept: monitor the risk and use contingency if it occurs.

A contingency must itself be ethical and methodologically defensible. Secretly collecting data from a different population is not a legitimate response to low recruitment.

6. Stakeholder Analysis and Communication

Stakeholders are individuals or groups who affect the dissertation or are affected by it. They can include participants, supervisors, ethics committees, gatekeepers, HR managers, trade unions, data owners, information-security staff and university administrators.

6.1 Power–interest analysis

A power–interest grid supports differentiated engagement:

The grid should not be used to disregard low-power stakeholders. Research participants may have limited organisational power but possess fundamental rights. Ethical duties are not reduced by a stakeholder’s lack of managerial influence.

6.2 Stakeholder communication plan

A communication plan specifies:

• stakeholder and purpose;
• information required;
• channel and frequency;
• sender or owner;
• confidentiality classification;
• escalation route.

For example, a gatekeeper might receive a fortnightly update on recruitment progress but should not receive identifiable participation records. Managers must not be told which employees declined to participate.

Communication should be clear about boundaries. Researchers must avoid promising favourable findings, early access to identifiable results or organisational control over conclusions. Agreements concerning publication review should normally permit factual or confidentiality checks, not suppression of inconvenient results.

7. Access, Non-Response and Organisational Change

7.1 Organisational access

Access has several layers:

• formal access: written permission from an authorised representative;
• physical or digital access: entry to sites, systems or communication channels;
• participant access: a legitimate means of inviting eligible individuals;
• data access: permission to receive and process specified information;
• relational access: sufficient trust for meaningful participation.

Managerial permission does not remove the need for individual consent. Employees may perceive pressure when research is promoted by senior management, so invitations should emphasise voluntariness and confidentiality.

7.2 Monitoring response

A basic completed-response rate may be calculated as:

where n_c is the number of complete responses and n_e is the number of eligible individuals successfully contacted. Researchers must state how bounced messages, ineligible cases and partial responses were treated.

Suppose 180 invitations are issued, of which 12 are undeliverable or ineligible, and 63 complete responses are obtained. Then:

If 90 complete responses are desired, 27 more are needed. At an assumed 30% future completion rate, the expected number of additional eligible invitations is:

This is an expectation, not a certainty. In addition, a high response rate does not guarantee representativeness, and a lower rate does not automatically invalidate a study. Researchers should compare respondents with known population characteristics where lawful and available, examine patterns of partial response and discuss possible non-response bias.

7.3 Responsible adaptation

When access or response problems arise, possible adaptations include:

• issuing approved reminders;
• extending the recruitment period;
• adding approved recruitment channels;
• reducing non-essential questionnaire burden;
• recruiting another site under amended approval;
• changing to an ethically approved secondary-data design;
• narrowing the research question or claims;
• revising the analysis to suit the achieved evidence.

Changes affecting participants, data, consent or methods should be checked against institutional amendment procedures before implementation. Methodological coherence matters: replacing interviews with a short survey changes the type and depth of evidence and cannot be treated as a simple operational substitution.

8. Applied Case: The Northbridge Hybrid-Work Study

This is an illustrative fictional case.

Background

Maya, an HRM student, planned to study relationships among hybrid-working autonomy, supervisor support and intention to leave in Northbridge Services. The organisation had 420 eligible employees. Her design used an anonymous online questionnaire, with a target of 150 completed responses over four weeks.

Problem

Two weeks before recruitment, Northbridge announced a restructuring. Maya’s HR gatekeeper changed role, the employee mailing list could no longer be released, and managers were reluctant to distribute invitations during consultation meetings. The dissertation had 16 weeks remaining. Maya’s original plan also depended on linking survey responses to team identifiers, creating heightened concern about deductive identification in small teams.

Analysis

Maya separated the situation into scope, access, ethics, schedule and stakeholder implications:

• the research question remained relevant;
• direct mailing-list access was no longer feasible;
• small-team identifiers presented increased confidentiality risk;
• delayed recruitment threatened the critical path;
• restructuring could influence responses and needed contextual acknowledgement;
• employees might perceive participation as connected to managerial decisions.

Her risk register treated access loss as an active issue and low response as a heightened risk. She informed her supervisor promptly rather than concealing the delay.

Approach

Maya and her supervisor agreed that she would:

1. contact the new data owner through the authorised route;
2. remove team identifiers and update the data-management documentation;
3. request an ethics amendment for recruitment through the staff intranet and an independent employee bulletin;
4. shorten recruitment to three weeks but schedule two approved reminders;
5. reduce the target to 110 responses while limiting subgroup analysis;
6. reserve the final eight weeks for analysis, writing and revision;
7. report restructuring as part of the research context rather than claim timeless results.

The organisation received aggregate findings only. Managers were not given participation lists, and the invitation explicitly stated that participation would not affect employment.

Outcome

The amended approach generated 118 complete responses from 356 eligible employees reached through the approved channels, a rate of approximately 118 ÷ 356 × 100% = 33.1%. Maya completed the dissertation on time. She avoided unsupported team comparisons and discussed non-response, organisational disruption and cross-sectional design as limitations.

Learning Points

The case demonstrates that adaptation is not equivalent to abandoning rigour. The research question, evidence, analysis and claims must remain aligned. Early escalation, documented change control, ethical amendments and realistic reduction of scope can protect both completion and research integrity.

9. Technology, AI and Contemporary Practice

Project-management software can support Gantt charts, reminders, version control and dependency tracking. Reference managers, electronic research notebooks and secure institutional repositories strengthen traceability. Tools should fit the project’s complexity; a carefully maintained spreadsheet may outperform an elaborate but neglected platform.

Generative AI may assist with brainstorming task categories, rephrasing non-sensitive communications or identifying potential risks. However, students must comply with institutional rules, verify outputs and disclose use where required. Confidential organisational information, interview transcripts and personal data should not be uploaded to unapproved AI systems. AI-generated schedules may also overlook ethics gates, unrealistic feedback times or discipline-specific requirements.

Contemporary HR research increasingly occurs amid hybrid work, organisational restructuring, platform-mediated employment and heightened data-protection expectations. Plans therefore need shorter review cycles, explicit data governance and scenarios for sudden workplace change.

10. Best-Practice Principles

Effective dissertation project management rests on several principles:

• plan backwards from the submission deadline;
• distinguish deliverables, activities, milestones and approvals;
• protect time for analysis, revision and technical submission checks;
• treat ethics and access as genuine gates;
• monitor critical dependencies rather than only task completion;
• maintain scope discipline and document changes;
• communicate early when assumptions fail;
• separate organisational permission from participant consent;
• build feasible contingencies before risks occur;
• align final claims with the evidence actually obtained.

Chapter Summary

A dissertation is a temporary research project governed by scope, time, resources, quality, risk and ethical constraints. Effective planning begins with a clear scope statement, acceptance criteria and work breakdown structure. Dependency-based scheduling reveals stage gates, critical activities and available float, while three-point estimates can represent uncertain durations.

Supervision should be planned as a structured governance relationship in which the student remains accountable. Resource plans must include time, software, secure storage, access channels and specialist support. Risk registers distinguish uncertain threats from active issues and connect each priority risk to ownership, warning indicators and responses.

Stakeholder analysis informs communication but does not replace ethical obligations. Organisational access, participant consent and data permission are distinct requirements. When access fails, response is low or workplace conditions change, responsible adaptation requires documented analysis, appropriate approval and alignment among the revised question, method, evidence and claims.

Key Terms

Acceptance criterion: A testable condition used to determine whether a deliverable is satisfactory.

Access agreement: Formal permission defining how a researcher may enter an organisation or use specified data and channels.

Change control: A documented process for evaluating, authorising and recording changes.

Contingency: A preplanned action used if a risk event occurs.

Critical path: The longest-duration dependency path determining the earliest project completion time.

Deliverable: A verifiable output produced by the project.

Dependency: A relationship in which one activity relies on another.

Float: The time an activity can be delayed without delaying a defined project date.

Gatekeeper: A person who controls or facilitates access to an organisation, population or data source.

Milestone: A zero-duration point marking an important achievement or decision.

Non-response bias: Systematic error arising when respondents differ relevantly from non-respondents.

PERT: A three-point duration estimation technique using optimistic, most likely and pessimistic estimates.

RACI matrix: A framework assigning responsible, accountable, consulted and informed roles.

Risk: An uncertain event or condition that may affect project objectives.

Risk exposure: Probability multiplied by impact when both are represented on meaningful numerical scales.

Scope baseline: The approved scope statement, work breakdown structure and associated acceptance criteria.

Stage gate: A mandatory approval or decision point before subsequent work proceeds.

Stakeholder: A person or group that affects or is affected by the project.

Work breakdown structure: A hierarchical decomposition of project deliverables into manageable work packages.

Review Questions

Short Answer Questions

1. What is the difference between a task and a milestone?
2. What three components normally form a dissertation scope baseline?
3. Why is organisational permission not equivalent to participant consent?
4. Distinguish a project risk from an issue.
5. What does total float indicate in a project schedule?

Long Answer Questions

1. Explain how a work breakdown structure, schedule and risk register perform different but complementary functions.
2. Discuss how a student should establish and manage an effective supervision relationship.
3. Evaluate the advantages and limitations of using PERT estimates in dissertation planning.
4. Explain how power–interest analysis can inform stakeholder communication without weakening ethical obligations.
5. Discuss appropriate responses to low survey participation and their methodological implications.

Analytical / Application Questions

1. A planned interview study loses organisational access six weeks before data collection. Develop an ethical change-control and contingency plan.
2. Construct a dependency network for a dissertation with at least eight activities, calculate its critical path and explain the implications of one non-critical activity exceeding its float.
3. Analyse the Northbridge case using scope, risk, stakeholder and research-governance perspectives. Recommend one alternative response and evaluate its limitations.

Multiple Choice Questions with Answers

Question 1

Which set of elements forms the dissertation scope baseline?

A. Scope statement, work breakdown structure and acceptance criteria

B. Risk register, bibliography and interview transcripts

C. Gantt chart, consent forms and final dataset

D. Budget, statistical output and marking rubric

Correct Answer: A. Scope statement, work breakdown structure and acceptance criteria

Question 2

In the worked schedule, what is the total duration of the critical path?

A. 17 weeks

B. 19 weeks

C. 21 weeks

D. 24 weeks

Correct Answer: C. 21 weeks

Question 3

Recruitment has optimistic, most likely and pessimistic estimates of 2, 3 and 6 weeks. What is its PERT expected duration?

A. 3.00 weeks

B. 3.33 weeks

C. 3.67 weeks

D. 4.00 weeks

Correct Answer: B. 3.33 weeks

Question 4

A risk has probability 0.35 and would cause a four-week delay. What is its expected schedule exposure?

A. 0.875 weeks

B. 1.4 weeks

C. 3.65 weeks

D. 4.35 weeks

Correct Answer: B. 1.4 weeks

Question 5

How should a high-power, high-interest stakeholder normally be engaged?

A. Monitored with no planned communication

B. Kept informed only after submission

C. Kept satisfied through occasional generic messages

D. Managed closely through regular, decision-focused communication

Correct Answer: D. Managed closely through regular, decision-focused communication

Question 6

A researcher receives 63 complete responses from 168 eligible individuals successfully contacted. What is the response rate?

A. 35.0%

B. 37.5%

C. 42.0%

D. 59.5%

Correct Answer: B. 37.5%

Question 7

Which sequence correctly represents the principal research stage gates?

A. Proposal, ethics approval, recruitment, data collection, analysis, reporting

B. Proposal, recruitment, ethics approval, analysis, data collection, reporting

C. Ethics approval, data collection, recruitment, proposal, reporting, analysis

D. Recruitment, proposal, data collection, ethics approval, reporting, analysis

Correct Answer: A. Proposal, ethics approval, recruitment, data collection, analysis, reporting

Question 8

What is the most appropriate first response to a proposed major change in dissertation method?

A. Implement it immediately to prevent schedule delay

B. Assess its effects on scope, ethics, time and evidence before seeking required authorisation

C. Ask participants to decide whether the method is academically valid

D. Remove the change from the project records

Correct Answer: B. Assess its effects on scope, ethics, time and evidence before seeking required authorisation

Question 9

Which action provides the strongest assessment of possible survey non-response bias?

A. Assuming that a high response rate eliminates bias

B. Replacing all missing responses with the sample mean

C. Comparing respondents with known population characteristics where lawful and available

D. Counting incomplete questionnaires as complete responses

Correct Answer: C. Comparing respondents with known population characteristics where lawful and available

Question 10

Under a RACI approach, which statement best describes responsibility for drafting a dissertation?

A. The supervisor is accountable and the student is informed

B. The organisation is responsible and the supervisor is accountable

C. The student is responsible and accountable, while the supervisor is consulted

D. The ethics committee is responsible and the student is consulted

Correct Answer: C. The student is responsible and accountable, while the supervisor is consulted