OTHM Level 8 J/618/5990 Project Development, Planning and Management Assignment Answers

OTHM Level 8 Diploma in Strategic Management and Leadership Practice

Unit Aims

This module will introduce some basics of research projects, particularly from a DBA perspective. It identifies some challenges and bottlenecks that researchers experience during a typical DBA programme, and tries to explain to participants what the best practices are for managing DBA research.

Special Note: 

Be sure to use this sample for learning purposes only. The content mentioned above is something that may be at risk if you copy it from this sample. All assignments will be plagiarism-checked, and plagiarism detection software will check all assignments. If plagiarism is detected in the file, failing the assignment will be the consequence.

LO1. Understand the fundamentals of projects, methodologies and processes related to a project.

1.1 Explain the growing importance of projects in an organisational context.

Answer:

Ensuring the alignment between Projects and Organisational Strategy

Organisational project alignment with organisational strategy represents actions of making sure that all projects that an organisation carries out are aligned with the organisation's goals and objectives. The alignment is essential to ensure the efficient use of resources, the achievement of strategic objectives and an overall performance improvement. When an organisation aligns its strategic direction, it can focus on key projects that will help it meet its objectives more quickly while optimising resources to be used in the most relevant way. Projects must be aligned with the organisational goals defined in the strategic plan, which has been shown to have a very positive impact on organisational performance.

Benefits of Alignment

1. Enhanced Resource Utilisation

Projects can be better resourced when they are in line with the organisational strategy, including the allocation of time, money and people. This way, resources are used effectively and can have a positive impact on performance, profit, and, of course, on wasteful spending.

Example: If the company's strategy is to be innovative, projects that are related to the development of new products or improvements of existing ones will be prioritised, avoiding the loss of resources in less relevant projects.

2.  Improved Decision-Making

Clear alignment is a key tool for decision-making: leaders can assess projects, knowing what they are looking for, and determine whether or not they are aligned. This strategic alignment assures that projects are chosen and prioritised to align with the organisational vision, mission and strategy.

Example: A company that cares about its environmental footprint is more likely to invest in certain projects that have a lower carbon footprint than those that don't, which could result in better-informed and strategic decision-making that aligns with the company's values.

3. Increased Stakeholder Engagement

Projects that are in line with the organisational strategy are more likely to be supported by members of the organisation, such as employees, customers, and investors. Customer and employee satisfaction is higher in aligned organisations, and their shareholder returns are better.

Example: If the non-profit organisation is a community development organisation, projects that can be directly tied to the welfare of the community may be more successful in engaging and gaining support from community members, as these projects are in line with the mission and vision of the organisation.

1.2 Appraise the complexities involved in managing projects.

Answer:

Project management is a process of dealing with a complex network of structural, technical and human aspects, making it hard to predict or control the whole project's behaviour.

Project Complexity is measured by the Core Dimensions.

• Technical and Structural Complexity: occurs when there are many interdependent parts, specialisations, concurrent engineering, and large-scale data or system integration. 
  
  
• Socio-Political Complexity: One of the most difficult layers as a result of conflicting stakeholders' values, cultural diversity, power struggle, and lack of communication. Numerous organisations focus on the structure and forget the relational and political aspect. 
  
  
• Observed in environmental and temporal complexity, these are driven by changing market conditions, long product cycles, fluctuating needs and external regulatory or economic events that impact baseline assumptions. 
  
  
• Ambiguity vs. Difficulty: Projects often fall into the trap of being classified as "complex" instead of "difficult" (many moving and interconnected parts vs. tight schedules, budgets or political resistance). 
  
  
• Strategic Responses: Move beyond Predictive to Adaptive Models: Linear models (e.g., Waterfall) do not work in complex, high-velocity contexts. Iterative cycles, agile analysis, time-boxing and probe-sense-respond approaches are key for complex domains. 
  
  
• Implement Systems Thinking: Leaders should make use of network analysis, model feedback loops and map the interfaces between structures rather than using projects as a list of tasks. 
  
  
• Allocate resources and communicate effectively: Smooth socio-political go/no-go transitions are only possible through continuous consultation with stakeholders, creating psychological safety and clearly mapping roles to ensure resources and communication are aligned.  

1.3 Explain the processes and methodologies related to projects.

Answer:

The 5 Core Project Processes (Project Lifecycle)

Most projects, irrespective of the industry, follow five common stages defined by project frameworks such as PMI / PMBOK:

1. Initiation: Establish the broad objective, business case, scope and the key stakeholders to determine whether the project should be started. 
   
   
2. Planning: Developing a detailed roadmap, resources allocation plan, schedule (including the Critical Path Method), budget and risk management strategy. 
   
   
3. Execution: The actual work, the development of deliverables, the team, and communicating with stakeholders. 
   
   
4. Monitoring and Control: Keeping an eye on progress against the plan, measuring key performance indicators (KPIs), managing changes and addressing risks and budget deviations. 
   
   
5. Closure: Providing the final output, releasing resources, carrying out a retrospective or post-mortem and archiving project documentation.

Project Management Methodologies

• Agile: Agile is a very well-known and versatile project management approach. Agile emphasises small, steady changes and customer feedback, and is created for projects that need continual change. It is especially effective in software development and has been applied to a variety of industries.
  
  
• Waterfall: Waterfall is one of the traditional methods of project management which is linear and sequential in nature. Waterfall is a development method that was developed in the 1970s and is best used for projects with a clear scope with few changes throughout the project itself.
  
  
• Scrum: Scrum is an Agile subset and offers a structured, yet flexible way of handling projects. It is especially attuned to the roles of team members, ceremonies and artefacts that support the execution of a project.
  
  
• In Scrum, each project is broken down into time-boxed iterations known as “sprints” that typically run for two to four weeks. There are specific roles in the Scrum team such as product owner whose role is to set the goals of the project, the Scrum master who guides the process and who blocks the path of obstacles, and the development team who creates the product. The team has a “sprint review” at the end of each sprint to show progress and solicit feedback.
  
  
• Scrumban: Scrumban is an amalgamation of Scrum and Kanban. It was created to provide teams with the flexibility of Kanban with the structure of Scrum. Teams that need to be agile enough to change something up on the spur of the moment would use Scrumban, as it gives them the flexibility to do so but still returns the benefits of sprints.
  
  
• Kanban: Kanban is an abstract methodology of visual project management that aims to optimise the flow and reduce the bottlenecks in the process. Kanban is an approach that was developed from the Toyota manufacturing system and has been adapted for other industries, including the tech and creative sectors.
  
  
• Lean: The goal of lean project management is to generate the greatest value from the least waste. This methodology is called Lean and is based on Toyota's concept of Lean manufacturing, which puts the needs of the customer first by minimising the use of resources.

Lean is a methodology that aims to remove waste and identify the seven types of waste: overproduction, waiting, transport, extra processing, inventory, motion and defects. It also emphasises the need for continuous improvement with constant feedback loops.

LO2. Be able to compare and contrast the similarities between research projects, organisational projects, and DBA projects.

2.1 Understand the various types of research projects.

Answer:

1. Applied Research

It is a scientific study aimed at solving practical problems in day-to-day life. It finds answers or solutions to everyday problems, cures illness, develops innovative technologies, etc.

For example-

• Increase the productivity of crops and agricultural plants
• Treat or cure specific diseases
• Improve energy efficiency of homes, offices, modes of transportation

2. Basic Research

It is called Fundamental or Pure research. It expands the person's knowledge. This sort of research won't result in anything new. Rather, it is derived from basic science investigation.

For example-

• How did things come to be as they are?
• What are protons?

3.  Correlational Research

The relationship among 2 or more variables without necessarily determining the cause and effect is known as correlational research.

For example

• A correlation between obesity and diabetes mellitus was found. A correlation was obtained between obesity and diabetes mellitus.
• Smoking is correlated with cancer

Advantages

• It's straightforward to gather plenty of facts about many topics at the same time.
• A variety of variables and their interactions.
• It is hard to obtain study variables in the laboratory.

Disadvantages

• Does not indicate causation (cause and effect)
• Problems with the self-reporting method. 

4.  Descriptive Research

This type of research provides an accurate portrayal of characteristics of a particular individual, situation or group. Also known as statistical research. It has to do with anything that can be counted and studied, which has an impact on the lives of people.

Advantages

• Less expensive and time-consuming
• Makes a ton of notes to study in detail.

Disadvantages

• Requires more skills
• Does not explain a reason for research.

5.  Ethnographic Research

This type of research involves investigation of a culture through an in-depth study of members of the culture. It is the systematic gathering, characterisation, and analysis of data to compile theories of cultural behaviour. There are anthropological studies that study people, ethnic groups, ethnic formations and social welfare characteristics. It is done on the basis of observations, interviews, questionnaires, and data collection.

6. Experimental Research

This study requires objective, systematic and controlled research for prediction and control of phenomena. It also includes examining the probability and causality among variables.

Advantages

• Best in establishing the cause-and-effect relationships

Disadvantages

• Artificiality
• Feasibility
• Unethical

Variables: There will be two variables: dependent and Independent

7. Exploratory Research

Research of this kind will be carried out on a problem which has not been clearly defined. It helps to determine the best research design, data collection method and selection of subjects. It is quite informal, relying on secondary research.

For Example: In the beginning, they start to learn about online marketing and explore various websites

8.  Grounded Theory Research

It examines issues in a particular social context and the actors' responses to these issues. It works in reverse from the normal research process and has 4 stages: Codes, Concepts, Categories and Theory.

For Example: Producing the situation and observing people's reactions to it.

9. Historical Research

Research using the analysis of historical events taking place in the distant or recent past.

Application: This can provide context for looking at the current situation. 

10.  Phenomenological Research

It tries to describe an experience that has actually happened to someone.

For example: A person who has cancer; the quality of life of the person at that time. [1][2]

11. Quantitative Research

Involving numbers and quantifying the results mathematically in numbers. Click on the Quantitative Research page for more information

12.  Qualitative Research

Difficult or impossible to quantify mathematically, such as beliefs, meanings, attributes and symbols. It aims to gather an in-depth understanding of human behaviour.

2.2 Explain the differences between organisational projects and research projects.

Answer:

The main differences between organisational projects and research projects are the objectives, level of uncertainty, planning processes and criteria for success. 

Organisational Projects

• Primary Objective: To provide a defined product, service or business result (e.g., a software system, facility or company event). 
  
  
• Nature of the Solution: It is usually well known what should be done to find the solution, and several tools, processes and best practices are used to construct or implement the solution. 
  
  
• Uncertainty & risk: Low to moderate. It's about doing it quickly, abiding by limitations, and achieving targets that have been set. 
  
  
• Linear and structured plan and life cycle. Teams rely on deterministic management techniques such as Gantt charts, Work Breakdown Structures (WBS) and Critical Path Method (CPM), and they work to a tight schedule and budget. 
  
  
• Leadership & Control: Operates under formal command and control, clear delegated authority, and accountability. 
  
  
• Definition of Success: Complete on time and budget to specification.

Research Projects

• Primary Objective: The exploration of an unknown gap, testing of hypotheses, and the generation of new knowledge and/or scientific insights, but not the development of a commercial product.
  
  
• Nature of the Solution: What they're getting at is that the result is unknown, the project asks "why" or "how" something occurs, and the answer will not be known prior to beginning the project.
  
  
• High Uncertainty: High degree of creative and technical uncertainty; the path taken changes as experimentation and investigation ensue.
  
  
• Planning & Life Cycle: Iterative and probabilistic. Traditional rigid schedules (such as PERT or CPM) don't work well because a timeline and milestones change as discoveries are made.
  
  
• Leadership & Control: Greatly depends on influence and trust among peers, intellectual independence and shared “distributed minds” over formal authority.
  
  
• Measuring Success: Obtaining valid results, contributing to the understanding of the academic community or organisation, publishing papers or informing future direction, whether or not the initial hypothesis was verified or refuted.  

2.3 Understand the research funding landscape.

Answer:

In England, the funding of Higher Education Institutions (HEIs) is underpinned by a block grant system for government funding, based on the amount and grade of research work they undertake, plus open, competitive government funding for individual academics and institutions to apply for.

There are two funding bodies:

Research England allocates public money to HEIs through block grants, called Quality-related Research (QR) funding, which cover the University's research infrastructure and enable knowledge exchange activities to take place, and provides core funding.

Specific research projects and programmes are funded by UK Research and Innovation (UKRI) mainly through a competitive process. UKRI is comprised of the seven Research Councils – AHRC, BBSRC, ESRC, EPSRC, MRC, NERC and STFC – Innovate UK and Research England.

Research Funding is also available from other sources such as charities, industry and government departments.

2.4 Explain the stages of a DBA project.

Answer:

A Doctorate of Business Administration (DBA) project (dissertation) is a real-world problem to be addressed in an organisation or a management problem that is solved through applied research.

Stage 1: Identify and formulate the topic.

• Topic Selection: Find an urgent issue or need in your industry, work environment or career area.
  
  
• Preliminary literature review: Review academic and industry literature to ensure that the problem has not been solved before and to identify the theory.
  
  
• Research Question Formulation: Establish well-crafted research questions, objectives, or hypotheses.

Stage 2: Proposal Development & Approval

• Writing the Proposal: Prepare the formal research proposal (typically the first three chapters of the research: Introduction/Background, Literature Review, and Methodology). 
  
  
• Methodology Design: Qualitative, Quantitative, or mixed-methods, and design the data collection (surveys, executive interviews, case study). 
  
  
• Committee Defence: Present the idea for official Committee Review and Approval.

Stage 3: Data Collection & Empirical Investigation

• Field Access & Ethics: Ensure that permissions are granted for the field, ethical clearances are obtained, and participant consent is obtained.
• Data Gathering: Conduct interviews, surveys, observational or case study data gathering.
• Data Analysis – Process and analyse data through statistical software, such as SPSS and/or qualitative software, such as NVivo and Power BI.

Stage 4: Writing and Model/ Framework refinement

• Results & Discussion: Analyse the results in light of your literature review and organisational context.
• Practical Contribution: Create a viable managerial framework, policy suggestion or operational model based on your results.
• Drafting Chapters: Complete thesis/dissertation manuscript, including conclusions, limitations and suggestions for further research.

Stage 5: Defence & Dissemination

• Final Review: Have advisors or evaluation panel review and revise as needed.
• Dissertation Defence: Present and defend applied research work to a reviewing board.
• Impact & Publication: Turn the work into publishable articles, executive briefs or practical strategies for your organisation.

2.5 Discuss how to manage risk in a DBA project.

Answer:

1. A project risk register is developed.

Fill in a risk register for your project in a spreadsheet. Add date of risk logging, risk description, likelihood, impact, owner, risk response, action and status fields. A means of accurately tracking information is a crucial first step to a successful project risk management framework.

2. Identify project risks

List all current risks for your project with other project key personnel and stakeholders. Review all factors necessary for the project and discuss the concerns or problems that people may have. Brainstorm project risks: those that are linked to the project requirements, technology, materials, budget, people, quality, suppliers, legislation, and any other risk you can imagine.

3. Identify opportunities

Identify risks, but also consider positive risks and issues. For instance, consider all events that in any way might positively impact your project. What would the impact be, for instance, if too many people turned up to the concert? What could you do to take advantage of this opportunity and make plans for it? Expect and plan for issues, just as you do for problems, but expect and plan for success, too.

4.  Identify risk and consequence

Identify the probability of the project risk (1-5) and the impact of the risk if it were to happen on a time, cost, quality and even benefit basis (based on a scale of 1-5). For example, a likelihood of five could mean that the risk is almost certain to occur, and an impact of four could mean that the project risk would cause serious delays or significant rework if it were to happen.

5. Determine the response

Pay attention to those risks that are likely to occur (e.g., estimate 3 or more on the scale described in No.4) and have the greatest impact. List what action can be taken to minimise the probability and/or severity of each project risk. To lower the impact, get to the root cause by asking why,

6. Estimation

After deciding what you will do to deal with each risk, work out the cost to you of doing it. For instance, let's take the concert example: what does it cost to take care of the performer's health before the show, and how much does it cost to prepare for an alternate? Give a range of estimates (best case and worst case) and add the combined cost of these risk responses as a contingency to your project estimate.

LO3. Be able to demonstrate the capacity to research and write up a highly effective research proposal.

3.1 Divide the research project into work packages, activities, milestones, estimate duration and establish relationships between activities.

Answer:

The work of a research project can be divided into several work packages, which consist of a set of related activities. There are specific packages with specific tasks, estimated times and milestones. This type of approach simplifies the project management and monitoring process.

The following table is an example of a 12-week research project plan.

Relationships between activities: Research planning should be completed first, and the final research design should be completed after the literature review. The literature review is used to inform the methodology, and if needed, ethical approval must be secured prior to the beginning of the related primary data collection. After collection of data, the data is analysed, and the results of the data analysis are used to write the discussion and conclusion. The report draft is completed and then proofread and submitted.

These activities can be represented in a Gantt chart against a calendar, indicating the start date, duration and any overlaps and deadlines. If the duration of activities is not certain, PERT (Program Evaluation and Review Technique) can be used. It uses the following to estimate duration:

TE=O+4M+P6

Here, O is the optimistic estimate, M is the most likely estimate, and P is the pessimistic estimate.

If data collection might be 2, 3 or 5 weeks, then the expected time is:

TE=2+4(3)+56=3.17weeks

These tools aid realistic scheduling and progression monitoring. 

3.2 Estimate resource and cost requirements for a given activity.

Answer:

Resource estimation defines the resources, including people, equipment, technology, materials and money, needed to finish each research activity. Precise estimates prevent shortages of resources and overspending.

For instance, data collection. A researcher might require a survey platform, a computer and internet, research software, and remuneration to the participant(s) for their time and involvement in the interview or questionnaire.

Below is an illustrative budget for a small research project in Indian Rupees (INR).

These are illustrative and should be modified based on the research design, setting and population size.

Resources are divided into four types:

• Human resources: Researcher, academic supervisor, statistician and research assistants.
• Technological resources: Computer, Internet, survey tools and statistical software.
• Travel, software subscription, transcription and participant costs.
• Information resources: Academic journals, databases, books and organisational records.

Suppose that it takes 30 hours of a researcher's time to collect the data and the value of the researcher's time is estimated to be ₹500 per hour, then the labour cost would be ₹15,000. Should the researcher be required to provide a full economic cost estimate for the project, then this should be included.

Project constraints like budget restrictions, deadlines, participant availability, ethical approval and data availability should be taken into account when estimating costs. Regular budget reviews allow the differences between planned and actual expenditure to be identified. 

3.3 Identify the critical path and optimise resource usage.

Answer:

Critical Path Analysis (CPA) is a technique used to pinpoint the longest string of activities in a project that are dependent on each other. This sequence represents the least amount of time possible to finish the project, if the durations of the activities do not change, nor does the sequence in which they rely on each other. 

Let's look at the following simplified schedule:

The critical path is:
A → B → C → D → E → F → G
The total time is:
1+2+1+3+2+2+1=12weeks

The activities in this example are all interdependent with each other, so if one activity is delayed, then the whole project is delayed if something isn't done. Activities are flexible in scheduling (have no float time). In a more complex project, there might be non-critical activities with some float time, which means that they can be delayed, but only to a certain extent before the project's completion date is impacted.

Resource optimisation is the efficient use of available resources, without compromising research quality. The researcher can:

• Focus on the critical activities: Ensure adequate time, budget and effort are dedicated to activities that impact the completion date.
  
  
• Use independent activities to overlap: Organise elements of references or report sections while data collection or analysis is still ongoing, where appropriate.
  
  
• Reduce manual work: Online questionnaires, reference-management software and statistical applications can save time.
  
  
• Plan for resource conflicts: Ensure that no individual resource is scheduled for multiple events or tasks.
  
  
• Track progress: Regularly review Gantt charts and milestones to identify delays and redistribute resources as needed.
  
  
• Carefully manage the schedule: Crashing, or adding resources to make an activity shorter, can make a project shorter but can be more expensive. It should only be considered when the activity can genuinely be completed in less time. 

LO4.  Be able to evaluate the challenges related to managing research projects.

4.1 Apply project life cycle approach to examine the project management challenges.

Answer:

There are five phases to the project life cycle: initiation, planning, execution, monitoring and controlling, and closure. The challenges that a DBA researcher faces are different for each stage.

1. Initiation: The researcher identifies a business problem, chooses a research topic and sets the research goals. One of the most frequent problems is a topic that is too general or not very academic or useful. This can be solved by stating a particular research problem and talking to the supervisor about its significance.
   
   
2. Planning: The researcher creates a research proposal, reads through previously conducted research, identifies appropriate research methods, determines budget, and sets a schedule. Difficulties include a lack of access to academic sources, research methods and time constraints. These risks can be mitigated by a detailed project plan and realistic milestones.
   
   
3.  Implementation: Data is gathered and analysed by the researcher through interviews, surveys, case studies or secondary sources. Some challenges are low response rates, limited access to company information and delayed ethical approval. The researchers need to gain consent at an early stage, ensure participants remain anonymous, and plan for other ways of collecting data.
   
   
4. Monitoring and control: the researcher checks current progress against the project plan, comparing progress to the original plan and budget. The progress may be impacted by professional obligations, unexpected discoveries and delays in data collection. It is possible to keep things in check with regular meetings with supervisors, progress reports, and revised schedules.
   
   
5. Closure: The researcher is finishing the dissertation, checking the references, proofreading and preparing for submission and examination. Common problems are writing fatigue, arguments that are not consistent, or last-minute corrections. Drafting early and giving constant feedback and a final quality review can enhance the product.
   
   
6. The supervisor needs to be present during the entire process; he/she can give the researcher academic guidance, challenge assumptions, review progress and maintain methodological rigour. The researcher, however, is still responsible for all decisions made on the project, independent work production and project submission. 

4.2 Identify best practices related to project management.

Answer:

There are a number of good project management practices that help in successful DBA projects.

• Clear objectives: Justify clear research questions in relation to a real problem in the organisation.
• Realistic scheduling: Track activities with Gantt charts, milestones and frequent progress meetings.
• Effective supervision: Set up regular meetings, provide drafts before meetings, and respond to feedback quickly.
• Risk management: Identify potential problems, such as participant withdrawal, data access restrictions and budget limitations, before they occur.
• Ethical research: Get required approvals, obtain informed consent and maintain confidentiality.
• Systematic documentation: Maintain research notes, references, data records and decisions throughout the project.
• Continuous quality assurance: Check literature, methodology, analysis and writing throughout the process, not at the end.

Common experiences of DBAs indicate that it is necessary to refine the research question; get access to the organisation early; communicate with the supervisors regularly; and begin academic writing as early as possible in the research process before data collection. These practices minimise rework and assist researchers in juggling multiple tasks. Specific case studies should be used to make claims about specific DBA graduates or institutions, because individual project experiences may differ.

4.3 Provide recommendations for successful delivery of projects.

Answer:

DBA researchers should have a systematic and flexible approach to increase the chances of successful project delivery.

Firstly, create a research proposal that clearly states the problem, research objectives, research questions and method, and potential contribution. Second, develop a comprehensive plan with realistic timelines and foresee contingency delays. Third, establish communication plans and feedback requirements with the supervisor at the start of the programme.

Fourthly, do a feasibility study prior to data collection. This should validate the availability of the necessary participants, information, technology and funds. Fifth, keep a risk register of risks, risk probability, impact and response. Sixth, use digital tools appropriately for reference management, data analysis and progress tracking.
Last but not least, do self-evaluations regularly based on the research goals, academic standards, time and budget. Adjust the plan in a timely manner, but without compromising the quality of research or ethical principles.