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Expertise / Programme / Project Management

Programme / Project Management

Choose the delivery approach, connect workstreams and govern change around measurable business outcomes.

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Bring structure to complex change

Understand the challenge. Shape the way forward.

Supply Chain programmes span operations, technology teams, vendors and partners. Without clear dependencies and decision ownership, activity can progress while the overall outcome remains uncertain.

We begin with your business objectives and current ways of working. Our advice remains independent of any obligation to recommend a particular software vendor.

Programme / Project Management
Bring structure to complex change

Choose the right level of control

A project delivers a change. A programme connects the benefits.

A project can deliver a defined capability, such as a system interface or a site rollout. A programme coordinates related projects and operational changes so their combined benefits can be realised. APM includes business-as-usual activity within programme management, which matters when new systems depend on training, revised processes and operational ownership. [1]

For SCP, the starting question is what must change in the business, who owns that outcome and which workstreams depend on each other. The proposed approach below scales to a single project or a wider programme.

Waterfall, Agile or hybrid?

Select the method around the work.

APM distinguishes linear, iterative and hybrid life cycles. GOV.UK’s Agile guidance emphasises adapting plans as learning develops. The examples below are SCP applications of those principles. [2] [3]

Waterfall / predictive

Consider when: requirements are sufficiently understood, work follows a necessary sequence and commitments need a controlled baseline.

Example: a site installation with agreed designs, procurement lead times and commissioning dependencies.

Controls: reviewed requirements, milestone plan, change assessment and evidence-based approval points. Plan testing early; sequential delivery does not mean leaving all testing until the end.

Agile / iterative

Consider when: users can provide frequent feedback and the solution can be developed and tested in useful increments.

Example: refining a planner’s exception workflow through short trials.

Controls: prioritised backlog, clear goals, acceptance criteria, frequent inspection and adaptation. Scrum is one framework; its Definition of Done sets shared quality expectations for an increment, alongside item-specific acceptance criteria. [4]

Hybrid

Consider when: fixed operational dependencies coexist with uncertain software or process needs.

Example: fixed equipment and cutover milestones, with iterative integration and user-workflow development.

Controls: one integrated roadmap, explicit interfaces between workstreams and common readiness decisions. Explain how backlog changes affect committed dates, costs and dependencies.

Agree the method with the sponsor and delivery teams, considering uncertainty, reversibility, supplier contracts, operational risk and user availability. Revisit it as evidence changes. Agile delivery still requires budgets, accountability and acceptance decisions.

Proposed SCP delivery approach

From business need to sustained benefit.

These six activities connect to our continuous improvement approach. They are reviewed as learning develops, rather than treated as a one-way sequence.

  1. Define the outcome and authority

    Agree the problem, business case, baseline, benefit owners and scope boundary.

    Output: delivery brief and sponsor responsibilities. Decision: is the work justified and who may authorise it?

  2. Understand the delivery landscape

    Map stakeholders, current processes, systems, suppliers, constraints and operational capacity.

    Output: workstream and dependency map. Decision: can the organisation support the proposed change?

  3. Diagnose risk and select the method

    Assess uncertainty, delivery risks and alternatives. Choose a predictive, iterative or hybrid approach for each workstream.

    Output: delivery strategy and risk responses. Decision: which approach is feasible within the agreed constraints?

  4. Design the plan and controls

    Connect milestones, resources and budgets to features, requirements and acceptance criteria. Where appropriate, consolidate the agreed business need and scope in a Business Requirements Document (BRD). Agree escalation routes and change authority.

    Output: integrated plan, prioritised backlog where relevant, and assurance/test plan. Decision: is the next delivery commitment ready to approve?

  5. Deliver, test and accept

    Review working outputs, track changes and defects, and run integration tests, UAT and operational rehearsals against agreed criteria.

    Output: linked test evidence, readiness assessment, support and rollback arrangements. Decision: proceed, proceed with authorised conditions, rework or stop? A named owner records the acceptance and release decision.

  6. Embed and review benefits

    Transfer ownership, monitor adoption and service, and compare outcomes and full costs with the baseline.

    Output: handover, benefit reviews and lessons. Decision: close, stabilise further or commission the next improvement? Benefits may need tracking beyond project closure.

Acceptance criteria define what must be met before testing. Results, defects and UAT evidence show what was demonstrated and support acceptance. The same distinction applies whichever delivery method is chosen.

Tools and techniques

Use controls that answer a delivery question.

APM’s project-controls guidance covers scope, time, cost, risk and change. Governance defines authority and escalation. SCP would select a proportionate combination of the techniques below. [5] [6]

Business case and benefits map

When activity risks losing its purpose: link capabilities to outcomes, measures and named benefit owners; revisit cost and value assumptions.

Work breakdown and dependency mapping

When several teams or suppliers must coordinate: identify deliverables, interfaces, responsible owners and prerequisite work.

Milestone and critical-path planning

When sequence and lead times constrain delivery: build a logic-linked schedule, check resource capacity and identify tasks that govern completion.

RAID and decision logs

Illustrative RAID and decision logs example

When uncertainty needs action: track risks, assumptions, issues and dependencies, with owners and review dates. Record decisions and escalation triggers separately.

RACI and stakeholder mapping

Illustrative RACI and stakeholder mapping example

When responsibilities are unclear: identify who is responsible, accountable, consulted and informed, then confirm actual decision authority and user involvement.

Backlog prioritisation and delivery boards

When work can be refined incrementally: prioritise by value, risk and dependencies; make blockers visible. A delivery Kanban board manages work flow; it is distinct from inventory-replenishment Kanban.

Change impact and forecast review

When scope or dates change: assess effects on cost, benefits, operations and tests before approval. Compare milestone and cost forecasts with evidence, rather than reporting task completion alone.

Readiness, cutover and benefits reviews

Before operational release: check acceptance, training, data, support, contingency and business ownership. After release: review adoption, service and benefits with operations and finance.

Explore analytical, requirements and testing techniques →

Delivery control and clear ownership

RAID logs and RACI matrices in the project plan.

A plan needs more than dates. It should identify who delivers and approves each output, what could disrupt delivery, and which decisions need escalation. SCP would link the records below to workstreams, milestones and deliverables, with named owners and a proportionate review rhythm.

RAID: risks, assumptions, issues and dependencies

  • Risks: uncertain events that may affect objectives. Record likelihood, impact, response, owner, trigger and remaining exposure.
  • Assumptions: planning statements not yet confirmed. Record how and when they will be validated and the consequence if they prove false.
  • Issues: problems already present. Record the impact, action owner, resolution date and decisions needed.
  • Dependencies: inputs or commitments needed from another activity, team or supplier. Record the supplying and receiving owners, required-by date and affected milestone.

Use a unique ID, linked work item, status, last review, next action and due date. Review high-impact or overdue items and escalate against agreed tolerances. Link a risk that materialises to its resulting issue; retain the history. Keep decisions and change requests linked rather than losing them in meeting notes.

Example: a supplier interface specification is due before integration design can be approved. Track that dependency, its owner and required date; assess and escalate any delay against the development milestone.

RACI: responsible, accountable, consulted and informed

  • Responsible: the person or people who perform the work and produce the deliverable.
  • Accountable: the named owner answerable for the deliverable or decision, with the authority agreed for that scope.
  • Consulted: people whose expertise or input is needed before the work or decision is completed; communication is two-way.
  • Informed: people who need to know the outcome or progress, without being required to approve it.

For each deliverable or decision, SCP would normally agree one accountable owner and at least one responsible owner. Check that they accept the assignment and have the capacity and authority to act. A person may hold both roles where appropriate.

Use rows for concrete outputs, such as the functional specification, interface design, UAT completion or release decision. Match them to plan IDs, completion criteria and dependencies. Refresh the matrix when scope, suppliers or roles change.

Illustrative example: provider-written functional specification

Responsible
The provider’s analyst authors and revises the specification.
Accountable
The client’s designated business owner approves its business scope, or explicitly delegates that authority.
Consulted
SCP, operational users, technical, security and testing representatives review the relevant content.
Informed
The project manager and affected workstream leads receive the decision and approved version.

SCP may instead own authorship or delegated approval where agreed. Identify technical-design approvals separately where different authority is needed. The RACI records those responsibilities; it does not replace the specification review or acceptance criteria.

RAID definitions can vary between organisations; agree them before use. Risk, issue and assumption records can remain in separate systems if they are connected and reviewed consistently. The same ownership and escalation discipline applies in Waterfall, Agile and hybrid delivery.

References: APM: responsibility and RACI ↗; UK Infrastructure and Projects Authority: project-initiation lessons ↗. Reviewed 17 October 2026. Record fields, review practices and the example are SCP proposals.

Explore specification and design reviews →

Keep the links intact

Use a connected delivery record.

Jira and Confluence can connect work items with requirements and decision documentation. Microsoft Azure DevOps can combine Boards and Delivery Plans with Test Plans for requirements-linked testing and UAT records. Confirm the capabilities, configuration, licences and access needed in the client’s environment. [7] [8] [9]

For SCP, the essential record connects business outcome → workstream or epic → feature → requirements → acceptance criteria. Linked beneath it are test cases, execution results, defects and UAT evidence supporting the authorised acceptance decision. Programme dependencies and benefit ownership remain visible above team-level tasks.

Agree one source of truth, stable IDs, ownership and version history. Avoid maintaining conflicting schedules, backlogs and status reports. Tools support the process; they do not establish authority or prove benefits by themselves.

Explore delivery tools and traceability →

Illustrative application

A coordinated delivery risk management rollout.

A proposed programme could link data integration, planner workflows, training and operational rollout. The integration team can refine exception handling iteratively, while supplier commitments and site release windows sit in an integrated milestone plan.

Before each release, the sponsor reviews linked acceptance criteria, integration and UAT results, unresolved risks and operational readiness. After release, named owners review service performance and full costs. This is an illustrative delivery design, not a claim of completed client work.

Sources and further reading

Sources reviewed 17 October 2026. These professional and vendor references inform the discussion; the delivery sequence, selection questions and examples are SCP proposals. They do not imply endorsement or accreditation.

  1. APM: programme management ↗ — scope, coordination and benefits.
  2. APM: project life cycles ↗ — linear, iterative and hybrid approaches.
  3. GOV.UK: planning in Agile ↗ — adaptive planning guidance for digital services.
  4. Schwaber and Sutherland: Scrum Guide, November 2020 ↗ — Scrum accountabilities, events and Definition of Done.
  5. APM: project controls ↗ — planning, forecasting and control.
  6. APM: governance ↗ — authority, accountability and assurance.
  7. Atlassian: Jira and Confluence together ↗ — vendor guidance on linked work and documentation.
  8. Microsoft: Azure Boards Delivery Plans ↗ — vendor guidance on planning across teams.
  9. Microsoft: Azure Test Plans ↗ — vendor guidance on tests, UAT and traceability.

Practical outputs

Make the work clear and usable.

The scope and deliverables are agreed around your engagement. Depending on your needs, these could include:

01

Delivery strategy and integrated roadmap

02

Governance, dependencies and delivery controls

03

Acceptance, readiness and benefits review plan

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