Five Essential Techniques for Project Management - British Academy For Training & Development

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Five Essential Techniques for Project Management

In every successful organization, regardless of its size or industry, one undeniable fact remains: project management is both an art and a science. Projects are not completed by chance or optimism alone. They require conscious control of variables and the application of proven techniques that guide teams confidently toward their goals.Even if you have highly skilled teams, ample budgets, and modern tools, without strong and tested project management techniques, these factors remain like scattered papers, failing to create a clear path to success. That is why global institutions, such as the British Academy for Training and Development, emphasize teaching practical techniques that every project manager needs—from beginners to professionals.Here, we present five project management techniques that have proven effective in real-world scenarios, along with practical explanations to help you apply and adapt them according to the nature of your project.1. Network Planning and Critical Path Control (PERT / CPM)What is this technique?
This is one of the oldest and most important methods for analyzing and managing project schedules. It includes:

  • PERT (Program Evaluation and Review Technique): Focuses on estimating task durations based on three scenarios—optimistic, pessimistic, and most likely.

  • CPM (Critical Path Method): Used to determine the critical path in a project, i.e., the sequence of tasks that, if delayed, will delay the entire project.

Why is it important?
Many projects fail not because tasks are poorly planned but because the temporal relationships between tasks are misunderstood. Network planning helps visualize the full picture: which tasks must occur first, which can be delayed, and which are non-negotiable.How it works in practice:Identify all key project tasks.

Arrange them in logical order—determine dependencies.

Estimate durations using the three scenarios.

Create network diagrams to determine the critical path.

Use results to adjust timelines and mitigate risks.

Practical example:
Imagine managing a new product launch. Without identifying the critical path, product development could be delayed while other tasks progress smoothly. PERT/CPM highlights task dependencies, preventing unexpected delays at critical moments.2. Agile MethodologyWhat is Agile?
Originally developed for software development, Agile is now widely used across industries. Instead of executing a project in one long phase, Agile uses short cycles called sprints, delivering small, usable portions of work incrementally.Why is it important?
In dynamic environments where requirements change rapidly, long-term rigid plans are often ineffective. Agile provides:

  • Faster feedback from teams and clients.

  • Flexibility to adjust and improve throughout the project.

  • Tangible value delivery in each cycle.

How it works in practice:Break the project into small, deliverable parts.

Set short, fixed periods (usually 2–4 weeks) for each part.

Review outcomes with the team and stakeholders at the end of each sprint.

Adjust plans based on feedback before starting the next sprint.

Practical example:
In a website development project, instead of waiting six months to discover design flaws, Agile allows early testing of partial releases, minimizing losses and increasing success rates.3. Kanban TechniqueWhat is Kanban?
Kanban is a visual method to manage workflow using a board divided into columns such as “To Do,” “In Progress,” and “Done.”Why is it important?
Teams often juggle multiple tasks simultaneously, reducing focus and productivity. Kanban helps:

  • Limit work in progress.

  • Identify process bottlenecks.

  • Accelerate overall workflow.

How it works in practice:Create a Kanban board (physical or digital).

Divide it into columns representing workflow stages.

Represent tasks as cards that move across columns as they progress.

Limit the number of tasks in the “In Progress” column to avoid overload.

Practical example:
A design team using Kanban focuses on 3–4 tasks at a time instead of 10, reducing errors and speeding up delivery.4. Seven Quality Control (7 QC) ToolsWhat is this technique?
A set of simple but effective tools to analyze problems and improve processes, including:

  • Fishbone diagram (cause and effect)

  • Pareto chart

  • Flow charts

  • Check sheets

  • Scatter diagrams

  • Histograms

  • Control charts

Why is it important?
Problems and errors are natural in any project. These tools help identify root causes instead of merely addressing symptoms, ensuring long-term solutions.How it works in practice:Select the appropriate tool (e.g., Fishbone for root cause analysis).

Gather the team and analyze the problem thoroughly.

Prioritize solutions using Pareto analysis.

Implement changes and monitor results.

Practical example:
If weekly reports are consistently late, a Fishbone diagram can identify whether the cause is lack of training, poor tools, or communication issues, solving the problem permanently.5. Stakeholder ManagementWhat is this technique?
Stakeholder management focuses on identifying stakeholders, understanding their expectations, and communicating effectively.Why is it important?
Even with an excellent internal team, failure to engage external stakeholders (clients, partners, suppliers) can turn a successful project into a failure. It helps:

  • Build clear relationships and realistic expectations.

  • Reduce surprises and objections.

  • Ensure stakeholder support at all project stages.

How it works in practice:Identify all stakeholders, internal and external.

Assess their influence and interest in the project.

Create a communication plan specifying what information to share, when, and how.

Monitor expectations and adjust communications regularly.

Practical example:
In governmental or community projects, understanding sponsor or local community expectations significantly enhances project success because stakeholders feel heard.Choosing the Right TechniqueNo single technique fits every project. Ask yourself:

  • Complex timeline? → PERT/CPM

  • Frequent changes? → Agile

  • Multiple tasks at once? → Kanban

  • Recurring quality issues? → 7 QC Tools

  • Complex external expectations? → Stakeholder Management

Combining Techniques:
Professional project managers rarely rely on one technique alone. For example:

  • Early project phase: PERT/CPM and Stakeholder analysis

  • Execution: Agile and Kanban to optimize performance

  • Problem-solving: 7 QC Tools for root-cause analysis

By balancing these techniques, management transforms from reactive to proactive, delivering consistent value throughout the project lifecycle.