PMI-PBA
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PBA
The PMI‑PBA certification course teaches professionals how to conduct needs assessments, engage stakeholders, elicit and analyze requirements, and ensure traceability and monitoring across any project lifecycle.
240
Minutes
175
Questions
$405
Exam Cost
Who Should Take This
Business analysts, product managers, and project leads who have several years of experience in gathering and managing requirements should pursue this certification. They seek to validate their expertise in stakeholder engagement, elicitation, analysis, and solution evaluation to advance their careers and support diverse project methodologies.
What's Covered
1
All domains and task statements in the PMI Professional in Business Analysis (PMI-PBA) examination content outline: Domain 1 Needs Assessment
2
, Domain 2 Stakeholder Engagement
3
, Domain 3 Elicitation
4
, Domain 4 Analysis
5
, and Domain 5 Traceability and Monitoring
What's Included in AccelaStudy® AI
Adaptive Knowledge Graph
Practice Questions
Lesson Modules
Console Simulator Labs
Exam Tips & Strategy
20 Activity Formats
Course Outline
70 learning goals
1
Needs Assessment
3 topics
Problem and Opportunity Identification
- Apply root cause analysis techniques including fishbone diagrams, five whys, and interrelationship diagrams to identify the underlying business problem driving the proposed initiative
- Evaluate business opportunity alignment with organizational strategic objectives by assessing market conditions, competitive positioning, and capability gaps requiring solution investment
- Assess current-state organizational capabilities using gap analysis and benchmarking to quantify the difference between existing performance and the desired future state
Business Case Development
- Create a business case that articulates the problem statement, proposed solution alternatives, cost-benefit analysis, expected return on investment, and alignment with strategic objectives
- Apply feasibility analysis across technical, operational, economic, schedule, and legal dimensions to evaluate solution viability and inform the business case recommendation
- Evaluate SWOT analysis outputs to determine organizational strengths that support the initiative, weaknesses that may impede delivery, and external factors affecting solution success
- Recommend the optimal solution approach from multiple alternatives by synthesizing feasibility findings, risk assessments, and strategic alignment scores into a defensible recommendation
Situation and Solution Assessment
- Apply context diagrams and ecosystem maps to define the solution scope boundary including internal and external interfaces, data flows, and system interactions
- Determine solution scope constraints by analyzing regulatory requirements, technology limitations, budget boundaries, and organizational change readiness factors
2
Stakeholder Engagement
4 topics
Stakeholder Identification and Analysis
- Apply stakeholder identification techniques including organizational charts, process maps, and RACI matrices to create a comprehensive stakeholder register for the business analysis effort
- Analyze stakeholder influence, interest, attitude, and authority using power-interest grids and salience models to classify engagement levels and communication priorities
- Design a stakeholder engagement strategy that maps communication channels, meeting cadences, and participation levels to each stakeholder category for optimal requirements collaboration
Business Analysis Planning
- Establish a business analysis plan that defines the requirements development approach, deliverables, activities, roles and responsibilities, and decision-making processes
- Evaluate predictive, adaptive, and hybrid business analysis approaches to select the methodology that best fits the project complexity, stakeholder availability, and requirements volatility
- Develop a requirements management plan that specifies elicitation techniques, documentation standards, approval workflows, traceability requirements, and change control procedures
Stakeholder Collaboration and Conflict Resolution
- Apply facilitation techniques including structured workshops, focus groups, and brainstorming sessions to build consensus among stakeholders with competing requirements priorities
- Assess stakeholder resistance patterns and organizational change readiness to identify barriers to requirements acceptance and solution adoption
- Recommend conflict resolution and negotiation approaches to align divergent stakeholder expectations while preserving the solution scope integrity and business value objectives
Shared Understanding and Communication
- Create requirements communication artifacts including glossaries, domain models, and process flow diagrams that establish shared terminology and understanding across business and technical stakeholders
- Evaluate the effectiveness of different requirements communication formats for diverse audiences to optimize comprehension and reduce ambiguity in requirements specifications
3
Elicitation
3 topics
Elicitation Planning and Preparation
- Establish elicitation activity plans that define techniques, participants, logistics, preparation materials, and expected outputs for each requirements gathering session
- Evaluate elicitation technique suitability by comparing interviews, workshops, observation, document analysis, surveys, and prototyping against stakeholder availability, domain complexity, and requirements type
- Design a multi-technique elicitation strategy that sequences collaborative, research, and experimental methods to progressively discover, elaborate, and confirm requirements
Elicitation Execution Techniques
- Execute structured interviews using open-ended and probing question sequences to extract detailed business rules, process steps, and exception handling requirements from subject matter experts
- Apply facilitated workshop techniques including JAD sessions, requirements prioritization workshops, and story mapping sessions to collaboratively develop and validate requirements with stakeholder groups
- Apply observation and job shadowing techniques to discover undocumented workflows, tacit knowledge, and actual versus documented processes in the current business environment
- Create prototypes and wireframes to elicit user interface requirements, validate workflow assumptions, and surface unstated usability expectations through iterative stakeholder feedback
- Apply document analysis and interface analysis to extract requirements from existing system documentation, regulatory standards, contracts, and integration specifications
Elicitation Results Confirmation
- Execute elicitation results confirmation by reviewing documented requirements with original sources to verify accuracy, completeness, and consistent interpretation of stakeholder intent
- Assess elicitation completeness by identifying requirements gaps, unstated assumptions, conflicting information, and areas requiring follow-up investigation across multiple source inputs
4
Analysis
6 topics
Requirements Modeling and Specification
- Create use case specifications with actors, preconditions, main flows, alternate flows, exception flows, and postconditions to document functional requirements for system interactions
- Apply user story format with acceptance criteria using the role-feature-benefit template and INVEST criteria to specify agile requirements at the appropriate level of granularity
- Create process models using BPMN notation to document current-state and future-state business processes including activities, gateways, events, pools, lanes, and message flows
- Apply data modeling techniques including entity-relationship diagrams and data dictionaries to define data requirements, relationships, cardinality, and business rules governing data integrity
- Evaluate the appropriate modeling technique by comparing use cases, user stories, process models, state diagrams, and data models based on the requirement type, audience, and project methodology
Requirements Classification and Organization
- Implement requirements classification schemes that categorize functional, non-functional, business, stakeholder, solution, and transition requirements for structured analysis and traceability
- Analyze requirements dependencies and interrelationships to identify conflicts, redundancies, and gaps that require resolution before proceeding to design and implementation
- Design a requirements architecture that organizes business rules, functional specifications, and quality attributes into a coherent structure supporting incremental delivery and solution traceability
Requirements Prioritization
- Apply MoSCoW prioritization to categorize requirements into must-have, should-have, could-have, and will-not-have groups aligned with release scope and stakeholder value expectations
- Execute weighted scoring prioritization using multi-criteria decision matrices that balance business value, implementation effort, risk, dependencies, and regulatory compliance factors
- Apply Kano model analysis to classify requirements as basic, performance, and excitement attributes to inform prioritization decisions that maximize stakeholder satisfaction and competitive differentiation
- Compare prioritization techniques to recommend the optimal method for a given project context considering stakeholder dynamics, requirements volume, delivery approach, and decision-making authority structure
- Develop a release planning strategy that sequences prioritized requirements into delivery increments balancing business value realization, technical dependencies, and organizational change absorption capacity
Requirements Verification and Validation
- Execute requirements verification using structured walkthroughs, peer reviews, and inspection checklists to confirm that documented requirements meet quality standards for clarity, completeness, and testability
- Apply requirements validation techniques including stakeholder reviews, acceptance criteria definition, and prototype demonstrations to confirm requirements accurately represent stakeholder needs and expectations
- Evaluate requirements quality attributes including atomicity, measurability, feasibility, unambiguity, and consistency to identify specification defects requiring remediation before approval
- Design a requirements approval workflow that defines review gates, sign-off authorities, and formal acceptance criteria ensuring stakeholder commitment before proceeding to design and implementation
Non-Functional Requirements Analysis
- Apply quality attribute specification techniques to define measurable non-functional requirements for performance, scalability, security, usability, reliability, and maintainability
- Analyze tradeoffs between competing non-functional requirements to recommend quality attribute priorities that align with stakeholder expectations and solution architecture constraints
Decision Analysis and Business Rules
- Create decision tables and decision trees to document complex business rules with multiple conditions, outcomes, and exception paths for unambiguous implementation guidance
- Apply state transition diagrams to model object lifecycle behavior including states, events, guards, and actions that define valid status progressions and business constraints
- Assess business rule completeness and consistency by cross-referencing decision tables with process models and use cases to identify missing conditions and contradictory logic
5
Traceability and Monitoring
3 topics
Requirements Traceability
- Create a requirements traceability matrix that links business objectives to stakeholder requirements, solution requirements, design elements, and test cases for bidirectional coverage analysis
- Implement forward and backward traceability procedures to verify that every business need maps to solution requirements and every implementation artifact traces back to an approved requirement
- Analyze traceability coverage gaps to identify orphaned requirements without implementation links, gold-plating where implementation exceeds approved requirements, and missing test coverage
- Design a traceability framework that scales across requirements hierarchies and integrates with configuration management tools to maintain trace links through iterative development cycles
Requirements Change Management
- Execute requirements change control procedures by documenting change requests, performing impact analysis on scope, schedule, cost, and traceability, and routing through the approval authority
- Evaluate the cumulative impact of approved requirements changes on the solution scope baseline, delivery timeline, and stakeholder expectations to determine re-baselining necessity
- Develop a requirements configuration management strategy that maintains version control, baseline integrity, and audit trails for all requirements artifacts across the solution lifecycle
Requirements Monitoring and Reporting
- Implement requirements status tracking that monitors approval state, implementation progress, verification status, and defect rates across the requirements baseline
- Assess requirements volatility trends by analyzing change request frequency, scope creep indicators, and requirements stability metrics to forecast potential delivery risks
6
Solution Evaluation
3 topics
Solution Validation and Acceptance
- Execute solution validation by developing and executing acceptance test plans that verify the delivered solution satisfies approved functional and non-functional requirements
- Evaluate user acceptance testing results against defined acceptance criteria to determine solution readiness for deployment and identify defects requiring remediation
- Recommend go or no-go deployment decisions based on acceptance testing outcomes, outstanding defect severity, workaround availability, and business urgency considerations
Transition and Organizational Readiness
- Create transition requirements that define data migration needs, training requirements, cutover procedures, and parallel operation plans for moving from current to future state
- Assess organizational readiness for solution deployment by evaluating user competency levels, process maturity, infrastructure preparedness, and change management plan effectiveness
- Develop an organizational transition strategy that sequences deployment activities, training programs, and support structures to maximize user adoption and minimize operational disruption
Solution Performance and Value Realization
- Implement solution performance monitoring using key performance indicators, service level metrics, and user satisfaction surveys to measure post-deployment value realization against the business case
- Analyze solution performance data to identify gaps between expected and actual business value, determine root causes of underperformance, and quantify realized versus projected benefits
- Recommend solution enhancement or replacement strategies based on post-implementation performance analysis, evolving business needs, and total cost of ownership assessment
Scope
Included Topics
- All domains and task statements in the PMI Professional in Business Analysis (PMI-PBA) examination content outline: Domain 1 Needs Assessment (18%), Domain 2 Stakeholder Engagement (22%), Domain 3 Elicitation (12%), Domain 4 Analysis (35%), and Domain 5 Traceability and Monitoring (15%), plus Solution Evaluation as an integrated cross-cutting discipline.
- Business analysis planning including stakeholder analysis, requirements management plans, communication plans, elicitation strategies, and business analysis approach selection for predictive, adaptive, and hybrid project environments.
- Requirements engineering techniques: use cases, user stories, process modeling (BPMN), data modeling, state diagrams, context diagrams, interface analysis, prototyping, wireframing, story mapping, acceptance criteria definition, and requirements specification documentation.
- Analysis and prioritization methods: gap analysis, SWOT analysis, root cause analysis, benchmarking, MoSCoW prioritization, weighted scoring models, Kano model, cost-benefit analysis, feasibility studies, and decision analysis techniques.
- Requirements traceability matrix construction and maintenance, change control for requirements, configuration management, requirements verification, validation, and sign-off procedures.
- Solution evaluation including transition requirements, organizational readiness assessment, solution performance monitoring, and post-implementation review for continuous improvement.
Not Covered
- Detailed software development methodology implementation beyond its direct impact on business analysis approach selection and requirements delivery lifecycle.
- Project management processes such as schedule development, cost estimation, procurement administration, and resource management that fall outside the business analysis scope.
- Technical architecture design, database schema implementation, and coding practices that extend beyond the business analysis role in defining solution requirements.
- Industry-specific regulatory compliance detail that is not part of the PMI-PBA examination content outline.
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