Project Requirements Management Training Course

Duration 10 days 19 modules · 65 contact hours
Level Intermediate Certificate on completion
Who attends Project Managers, Business Analysts and others
Fee from USD 2,200 KSh 190,000 for Kenyan organisations
Where 52 cities + online See dates by city
Next start 9 Nov 2026 Course code SD-PM-063

Before you join: Participants should understand the basic project life cycle and have contributed to, reviewed or used project requirements, business cases, scope statements or work packages.

Dates & prices

Two start dates a month in every city, and live online on weekdays or weekends. Fees are per participant; classroom fees include tuition, materials, lunch and refreshments, and the certificate.

Suggest a date or city

Showing the next six months. Later dates, other cities and private deliveries for your team are available on request.

Course overview

Projects fail requirements management long before delivery dates slip: sponsors describe outcomes differently, users request features rather than needs, policy obligations are found late, and changes enter without impact analysis. The result is avoidable rework, disputed scope, weak acceptance criteria and products that meet documented requirements but do not solve the operational problem. Requirements managers and project professionals need a disciplined way to turn stakeholder needs into agreed, testable and traceable commitments.

This course teaches participants to plan, elicit, analyse, specify, validate, prioritise and control project requirements from initiation through acceptance. Participants use stakeholder analysis, interview planning, workshops, process models, use cases, user stories, acceptance criteria, non-functional requirements, MoSCoW prioritisation, traceability matrices and change-control methods. The course addresses predictive, agile and hybrid delivery models, including requirements for regulated programmes, procurement packages, technology implementation and business-process change.

Teaching combines concise instructor briefings with worked cases, facilitated analysis, role-based simulations and structured peer reviews. Participants progressively build requirements artefacts for a realistic project case, then adapt the methods to a live or planned initiative. They leave with a requirements management pack containing a management plan, stakeholder and elicitation approach, prioritised requirements set, traceability matrix, validation checklist and change-control workflow.

The course suits project managers, business analysts, product owners, operational leaders, technical leads and subject-matter specialists who must define scope clearly and maintain agreement as projects change.

What you will be able to do

  • Develop a requirements management plan aligned with project governance and delivery methods
  • Conduct stakeholder analysis and select elicitation techniques for competing stakeholder groups
  • Write testable business, functional and non-functional requirements using defined quality criteria
  • Model processes, use cases and data relationships to clarify requirements and interfaces
  • Prioritise requirements using MoSCoW, Kano analysis and value-risk assessment
  • Create a requirements traceability matrix linking needs, scope, design, tests and acceptance
  • Validate requirements through reviews, prototypes, acceptance criteria and stakeholder sign-off
  • Control requirement changes using impact analysis, baseline management and decision records

Benefits of attending

For you

  • Produce clearer requirements that can be approved, built and tested
  • Handle conflicting stakeholder requests with documented prioritisation criteria
  • Reduce personal exposure to scope disputes through traceable decisions
  • Lead requirements workshops with a defined agenda and evidence trail
  • Move into project, business analysis or product ownership responsibilities

For your organisation

  • Fewer late requirement defects and less avoidable delivery rework
  • Earlier agreement on scope, exclusions, assumptions and acceptance conditions
  • Stronger audit trail from business need through testing and approval
  • More consistent handling of changes across projects and suppliers
  • Better investment decisions through visible value, risk and dependency priorities

Course modules

19 modules over 10 days

Participants can explain the requirements lifecycle and establish shared terminology for a project.

  • Requirements lifecycle from business need through acceptance and operational handover
  • Distinguishing needs, requirements, scope, design decisions and implementation tasks
  • BABOK Guide requirements categories and their project management implications
  • ISO 21502 treatment of scope, stakeholders and project governance
  • Requirement quality criteria: necessary, feasible, unambiguous, verifiable and traceable
  • Common failure patterns behind rework, disputes, omissions and scope creep

Participants can prepare a requirements management plan with roles, controls and decision points.

  • Requirements management plan structure, approvals, repositories and review cadence
  • Defining ownership using RACI for drafting, review, approval and change
  • Governance gates linking requirements maturity to funding and delivery decisions
  • Configuration management principles for versions, baselines and controlled records
  • Selecting predictive, agile or hybrid requirements approaches by project context
  • Requirements repository fields for source, rationale, status and ownership

Participants can identify stakeholder needs, influence and engagement requirements.

  • Stakeholder register built from roles, interests, influence and decision authority
  • Power-interest grid used to plan engagement and escalation routes
  • Personas representing users, administrators, customers and operational support teams
  • Mapping hidden stakeholders including regulators, suppliers, auditors and maintainers
  • Conflict analysis for competing outcomes, constraints and success measures
  • Communication preferences documented for interviews, workshops, reviews and approvals

Participants can plan and conduct structured requirements interviews that produce usable evidence.

  • Elicitation plan linking stakeholder groups, questions, methods and outputs
  • Semi-structured interview guides using open, probing and confirmation questions
  • Contextual inquiry observations capturing actual workarounds, handoffs and exceptions
  • Document analysis of policies, contracts, procedures, forms and incident records
  • Five Whys analysis separating stated solutions from underlying business problems
  • Interview notes converted into candidate requirements, assumptions and issues

Participants can design and facilitate requirements workshops for diverse stakeholder groups.

  • Joint application development workshops structured around decisions, evidence and outputs
  • Workshop agendas balancing discovery, analysis, prioritisation and agreement activities
  • Affinity mapping used to cluster observations, pain points and opportunities
  • Nominal group technique for ranking options without dominant voices
  • Facilitating disagreement through decision criteria, evidence and recorded assumptions
  • Parking-lot management for unresolved questions, dependencies and follow-up actions

Participants can frame a project problem, objectives, boundaries and measurable outcomes.

  • Problem statements defining current condition, impact, cause and affected groups
  • SMART objectives linked to measurable business outcomes and timeframes
  • Scope statements identifying included capabilities, exclusions, constraints and assumptions
  • Context diagrams showing external actors, systems and information exchanges
  • Business rules separated from process steps, preferences and solution choices
  • Success measures translated into acceptance targets and operational performance indicators

Participants can model current and future processes to identify requirement gaps.

  • SIPOC diagrams defining suppliers, inputs, process, outputs and customers
  • Swimlane process maps revealing roles, handoffs, delays and control points
  • BPMN notation for events, gateways, tasks, exceptions and message flows
  • As-is analysis identifying failure demand, bottlenecks and manual workarounds
  • To-be process design linked to business rules and required capabilities
  • Gap analysis comparing current performance with target operating requirements

Participants can write clear business and functional requirements at appropriate levels of detail.

  • Business requirements expressing outcomes, value drivers and measurable success criteria
  • Functional requirements describing system behaviours, inputs, outputs and rules
  • IEEE 29148 requirement statements using clear, singular and testable language
  • Atomic requirement construction avoiding compound statements and hidden assumptions
  • Requirement identifiers, rationale, source and owner recorded consistently
  • Ambiguity checks for terms such as efficient, user-friendly, timely and appropriate

Participants can select and write scenario-based requirements for predictive and agile delivery.

  • Use case structure covering actors, triggers, preconditions and main flows
  • Alternate and exception flows documenting errors, cancellations and recovery actions
  • User stories written with role, goal and value statements
  • INVEST criteria applied to assess user story quality and readiness
  • Given-When-Then acceptance criteria specifying observable scenario outcomes
  • Story mapping connects user activities, releases and minimum viable scope

Participants can specify quality attributes, regulatory obligations and operational constraints.

  • Quality attributes covering performance, availability, security, usability and accessibility
  • Non-functional requirements expressed with measurable thresholds and test conditions
  • NFR categories separated from functional features, constraints and design preferences
  • Privacy requirements derived from data categories, retention and consent rules
  • Regulatory traceability linking obligations to controls, evidence and acceptance tests
  • Service-level requirements defining support hours, response targets and recovery objectives

Participants can define information needs, system interfaces and reporting requirements.

  • Data dictionaries defining fields, formats, ownership, validation and retention
  • Entity relationship diagrams identifying core records, relationships and cardinality
  • Interface requirements specify triggers, payloads, protocols, failures and acknowledgements
  • Data flow diagrams trace information movement across processes and systems
  • Reporting requirements define audiences, decisions, measures, filters and frequencies
  • Master data ownership resolves conflicting definitions and update responsibilities

Participants can prioritise requirements using value, risk, urgency and delivery constraints.

  • MoSCoW prioritisation separates essential scope from desirable future capability
  • Kano model distinguishes basic, performance and attractive customer requirements
  • Value-risk matrix compares benefits, uncertainty, dependencies and implementation exposure
  • Weighted scoring models make prioritisation criteria explicit and reviewable
  • Minimum viable product scope defined through outcomes, risks and learning goals
  • Release plans sequence requirements around dependencies, capacity and acceptance readiness

Participants can establish traceability from business need through verification and acceptance.

  • Requirements traceability matrix links objectives, requirements, design, tests and approvals
  • Forward traceability confirms every approved requirement reaches implementation and testing
  • Backward traceability identifies business rationale for each proposed feature
  • Baseline criteria define completeness, review evidence, approval and version status
  • Coverage analysis exposes orphan requirements, untested conditions and unsupported features
  • Unique identifiers support reporting, impact analysis and controlled change history

Participants can validate stakeholder needs and define evidence for requirement acceptance.

  • Requirements reviews check correctness, consistency, completeness and testability
  • Walkthroughs use realistic scenarios to expose missing rules and exceptions
  • Prototypes test workflow, terminology, screens and user expectations early
  • Verification methods include inspection, analysis, demonstration and formal testing
  • Acceptance test plans link criteria, evidence, owners and approval decisions
  • Definition of done aligns delivered features with agreed acceptance conditions

Participants can assess, approve and communicate requirement changes under controlled governance.

  • Change requests capture rationale, urgency, source, proposed requirement and alternatives
  • Impact analysis assesses scope, cost, schedule, risk, quality and benefits
  • Change control boards apply authority thresholds and documented decision criteria
  • Baseline comparison identifies additions, deletions, modifications and requirement drift
  • Decision logs preserve approvals, rejected options, assumptions and rationale
  • Stakeholder communications explain approved changes, deferred items and implementation effects

Participants can prepare requirement packages that support supplier selection and delivery control.

  • Statement of requirements structures scope, outputs, constraints and acceptance conditions
  • Evaluation criteria distinguish mandatory requirements from scored differentiators
  • Supplier questions managed through controlled clarifications and shared responses
  • Contract requirements allocate responsibilities, dependencies, warranties and service levels
  • Bid traceability matrices compare supplier responses against mandatory requirements
  • Acceptance governance defines evidence, defect handling, payment milestones and sign-off

Participants can manage requirements across backlogs, stage gates and iterative delivery cycles.

  • Product backlogs organise epics, features, stories and technical enablers
  • Backlog refinement clarifies priorities, dependencies, estimates and acceptance criteria
  • Definition of ready establishes minimum information before development commitment
  • Stage-gate requirements align discovery evidence with investment and assurance decisions
  • Hybrid traceability connects backlog items with business cases and regulatory controls
  • Sprint reviews gather feedback while protecting approved scope and release commitments

Participants can measure requirements quality, maturity and change performance for governance reporting.

  • Requirements volatility measures approved changes against baseline requirement counts
  • Defect leakage tracks requirement omissions discovered during testing and operation
  • Review metrics record defects, rework effort, approval lead times and participation
  • Traceability coverage reports links across objectives, requirements, tests and releases
  • Requirements health dashboards highlight overdue decisions, gaps and unresolved dependencies
  • Assurance reviews test adherence to plans, standards, records and approvals

Participants can build, review and present a complete requirements management pack for a project case.

  • Project brief analysed for objectives, constraints, stakeholders and delivery context
  • Requirements management plan assembled with governance, roles and review controls
  • Elicitation findings converted into prioritised functional and non-functional requirements
  • Process model, user stories and acceptance criteria clarify selected project scope
  • Traceability matrix connects objectives, requirements, tests, approvals and changes
  • Peer review tests quality, completeness, conflicts, risks and baseline readiness
  • Capstone presentation defends priorities, change controls and acceptance approach

Exercises and examples are adapted to each cohort's sectors and roles.

What you take back to work

  1. Requirements management plan template
  2. Stakeholder analysis and elicitation plan
  3. Requirements specification template
  4. Requirements traceability matrix
  5. Acceptance criteria and validation checklist
  6. Change request and impact analysis form

Who should attend

  • Project Managers — need controlled scope, agreed acceptance and defensible change decisions
  • Business Analysts — need repeatable methods for eliciting and specifying stakeholder needs
  • Product Owners — need prioritised backlogs tied to customer value and release decisions
  • Operations Managers — need process requirements translated into workable delivery commitments
  • Technical Leads — need clear functional, interface and quality requirements before solution design
  • Subject-Matter Experts — need structured ways to contribute knowledge and review requirements

Skills and tools covered

Requirements elicitationStakeholder analysisRequirements specificationScope prioritisationTraceability managementChange control

Tools and standards

BABOK Guide, ISO 21502, IEEE 29148, MoSCoW prioritisation

How the course runs

Training methodology

Instructor briefings introduce each method before participants apply it to realistic project scenarios. Case work covers public-service digitisation, banking process change, infrastructure delivery and enterprise system implementation. Small groups conduct elicitation planning, analyse ambiguous requests, write requirements, prioritise scope and review traceability evidence. Simulations place participants in sponsor, user, supplier and assurance roles to test decisions under change pressure. Individual application planning helps participants adapt the methods, templates and governance steps to a current project.

Requirements and prerequisites

Participants should understand the basic project life cycle and have contributed to, reviewed or used project requirements, business cases, scope statements or work packages. Experience working with stakeholders, operational processes, technology change or service improvement is useful. Participants should be comfortable reading project documents and discussing business needs with colleagues. Formal project management certification, business analysis certification, software development knowledge and prior experience with agile methods are not required. The course explains the methods before participants apply them to cases and their own work.

A typical training day

08:30 – 10:30First session
10:30 – 10:45Refreshment break
10:45 – 12:30Second session
12:30 – 13:30Lunch and networking
13:30 – 15:00Third session
15:00 – 15:15Refreshment break
15:15 – 16:30Workshop and daily review

Live online deliveries follow the same structure in East Africa Time, with shorter screen blocks and longer breaks.

What the fee includes

  • Instruction by a practitioner facilitator
  • Full course workbook and materials
  • Exercise files, templates and case studies
  • Refreshments and lunch on classroom deliveries
  • Certificate of completion
  • Post-course application plan

Frequently asked questions

You should understand basic project work and have some exposure to project documents, operational processes or stakeholder discussions. Formal project management or business analysis certification is not required.

Bring a laptop if possible and a non-confidential example of a current project, process problem or change initiative. Course templates and case materials are provided.

It is designed for project managers, business analysts, product owners, technical leads, operations managers and subject-matter experts. It is particularly useful for people responsible for agreeing scope between users, sponsors and delivery teams.

General project management courses cover planning, scheduling, cost, risk and delivery control across the project life cycle. This course concentrates on defining, documenting, prioritising, validating and controlling requirements in depth.

You can use the templates on a live project to plan elicitation, improve requirement quality, establish traceability and manage changes. The application planning session helps you identify the first documents and stakeholder conversations to address.

Training runs from 08:30 to 16:30 each day, with about 6.5 contact hours. Early modules build elicitation and specification skills; later modules address prioritisation, traceability, validation, change control and the final capstone.

Questions about this course?

Ask about dates, fees, group bookings or running it for your team. Our training team replies by email.

Ask on WhatsApp info@skillsetdevelopment.com

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