ECBA - IIBA Certification Training

Explore the IIBA core concepts of change, need, solution, stakeholder value, and context, and learn how business analysis links stakeholders, risk, and requirements to deliver value.

Explore the IIBA knowledge areas, including planning and monitoring, elicitation, collaboration, requirements lifecycle management, strategy, governance, information management, and performance improvement, with emphasis on stakeholder engagement and change evaluation.

Plan business analysis approach by aligning stakeholder engagement, governance, and communication plans with the problem or opportunity. Evaluate predictive versus adaptive methods, risks, and organizational standards to guide execution.

Develop a plan for establishing and maintaining effective stakeholder relationships through thorough stakeholder analysis, identifying internal and external stakeholders, assessing power and influence, and defining tailored collaboration and communication approaches.

Define a governance body and decision-makers, establish change control and approvals, engage stakeholders, and outline escalation paths to guide BA governance and changes.

Plan information management for business analysis by defining storage and access practices, stakeholder needs, governance, and traceability to ensure regulatory compliance and secure, reusable information assets.

Identify business analysis performance improvements through planning and monitoring, assessing performance, establishing measures, analyzing results, and reporting findings to stakeholders via tailored metrics and workshops.

Lead business analysis planning and monitoring by applying five key tasks: plan b approach, stakeholder engagement and analysis, governance for decision making and change control, information management, and performance assessment.

Coordinate with stakeholders to elicit requirements and understand needs, using suitable techniques to define change characteristics, foster collaboration, and communicate value within the project context.

Prepare for elicitation by defining scope, selecting suitable techniques, securing materials and logistics, and engaging stakeholders to produce clear requirements and supporting documents.

Learn to conduct elicitation by engaging stakeholders through collaborative, research-based, and experimental techniques to explore information needs, capture outcomes, and align solutions with change.

Validate elicited information by comparing it to sources, ensuring accuracy and consistency, and resolving errors, omissions, conflicts, and ambiguities through stakeholder collaboration and workshops before proceeding to specification modeling.

Communicate BA information to stakeholders with a shared understanding by tailoring formats and language to the audience and applying a stakeholder engagement approach.

Learn to build a trust-based stakeholder collaboration through a structured engagement approach and performance assessment. Align commitments and communication with risk analysis to drive the common good.

The lecture presents elicitation and collaboration as core knowledge, guiding how to identify stakeholder needs, wants, and expectations, choose elicitation types, and ensure accuracy and shared understanding through communication.

Manage and monitor requirements through their lifecycle from inception to retirement, establishing government and business alignment, assessing changes and their impacts, and maintaining reusable requirements for future solutions.

Learn to trace requirements across business, design, and government levels, align them, and assess change impacts. Identify gaps and document relationships, including test cases, in a traceability repository.

Maintain requirements to preserve accuracy and consistency across the entire economic life cycle, enabling reuse and easily accessible, understandable information for stakeholders in future initiatives.

Prioritize requirements by ranking them in order of importance, considering stakeholders, business constraints, costs, risks, and dependencies to guide implementation and ensure value realization.

Evaluate the implications of proposed requirements changes on business value, risk, and deliverables, using change assessment, governance, and stakeholder analysis to inform decision making.

Approve requirements and designs through stakeholder consensus, ensuring clear communication and formal sign-off before development. Learn how governance and conflict management secure alignment for progression.

Establish traceability and link equipment and design across lifecycle levels to manage change effectively. Evaluate cost, risk, and impact to approve updates, maintain requirements accuracy, and reuse requirements throughout development.

This lecture outlines using knowledgebase and strategy analysis to plan change, define business objectives, assess uncertainties, perform gap analysis, identify needs and requirements, and guide stakeholder-driven change.

Analyze the current state to identify the reasons for change, map stakeholders, capabilities, processes, and external drivers, and define the future state with measurable performance goals.

Define future state by assessing current state, identifying risks, and applying qualitative and quantitative risk analysis to guide change strategies and stakeholder engagement.

Assess risks by developing and evaluating alternative change strategies, engaging stakeholders, and selecting the recommended plan to bridge current and future states.

Define change strategy by evaluating alternative approaches, perform gap analysis between current and future state, and engage stakeholders to select and implement the recommended migration plan with multiple releases.

Analyze requirements analysis and design definition to verify, validate, and align with organizational goals; assess multiple design options, determine business value, and select the best solution for delivery.

Analyze and refine requirements through specify and model activities, using visual representations to convey needs to stakeholders. Employ multiple viewpoints and lifecycle management to ensure complete, clear requirements.

Verify that requirements and design specifications meet quality standards so they are usable for the next stage, with stakeholder validation and clear acceptance.

Validate requirements to ensure alignment between stakeholder needs and business requirements, negotiate conflicting needs, and establish measurable evaluation criteria and baseline metrics to confirm delivery of value.

Explore how to define design options for government architecture by evaluating requirements, validating and prioritizing them, and comparing build, buy, or combination solutions to maximize value and minimize cost.

Analyze potential value and recommend the best solution by evaluating benefits, costs, risks, and stakeholder impacts to maximize enterprise value.

Explore requirements analysis and design definition to align stakeholder needs with business requirements, validating models and designs against quality standards, and traceability of requirements to design options for delivery.

Explore how solution evaluation assesses value delivery across limited working models, pilots, and production releases, measuring performance and identifying limitations, defects, and actions to maximize realized value.

Define and apply performance measures aligned with business objectives to evaluate solution effectiveness using quantitative and qualitative data, key performance indicators, and stakeholder feedback.

Analyze performance measures by interpreting metrics to assess solution value, risks, and alignment with business objectives and key performance indicators. Evaluate data accuracy, trends, and variance to guide stakeholder decisions.

Identify internal dependencies and root causes that limit solution performance, assess risks and impacts, and use stakeholder insights to mitigate production and configuration issues.

Assess enterprise limitations during solution evaluation by examining external factors, culture, stakeholders, interdependencies, and organizational structure to inform the current state description and performance analysis.

Identify solution limitations and external factors, measure performance against business objectives, and recommend actions to replace, retain, or enhance the solution to increase value.

Define performance measures and collect quantitative and qualitative data to evaluate a solution. Assess limitations and ensure reproducibility, and recommend actions to reduce complexity and improve value.

Explore underlying competencies that drive business analysis, including analytical thinking, problem solving, decision making, systems thinking, and effective communication for stakeholder engagement.

Define acceptance criteria to specify requirements a solution must meet, and use evaluation criteria to compare options by cost, performance, usability, and functionality, often via expert judgment or scoring.

Backlog management defines what to include, how to detail items, and how to prioritize them against capacity and dependencies. Stakeholder input and regular reviews adapt plans and remove completed items.

The balanced scorecard measures performance beyond finance and aligns strategy across four dimensions—learning and growth, business process, customer, and financial—using leading and lagging indicators.

Benchmark and analyze markets to compare practices with best-in-class standards, identify gaps, and inform project proposals that enhance enterprise performance and stakeholder value.

Brainstorming uses collaborative group sessions to generate many ideas quickly, with structured preparation, idea sharing, recording, evaluation, and a nonjudgmental environment that supports broad participation.

Explore how business capability analysis provides a framework for scoping and planning, generating a shared understanding of outcomes, aligning with strategy, and prioritizing initiatives.

Learn how to justify change initiatives with a formal business case, outlining costs, benefits, assumptions, and recommended strategies to initiate projects.

Learn how the business model canvas maps value creation, delivery, and capture. Discover how it highlights key partnerships, activities, resources, channels, customer relationships, segments, cost structure, and revenue streams.

Explore how business rules analysis identifies, expresses, validates, and organizes definitional and behavioral rules to govern daily operations, support policy changes, and enable rule reuse across departments.

Collaborative games empower participants to build a joint understanding of the problem in a safe, fun setting. A facilitator guides a three-step process—opening, exploration, closing—to generate ideas.

Explore concept modelling to organize business vocabulary with high-quality definitions, enabling clear, stakeholder-wide communication and unambiguous business rules within a knowledge-intensive domain.

Standardizes element definitions to ensure a common interpretation, manage metadata, and document origins, formats, usage, and relationships across data in a metadata repository.

Explore data flow diagrams that illustrate data entering a system, transforming through processes, and storing outputs, with context diagrams, data stores, and boundaries guiding system scope.

Data mining improves decision making by uncovering patterns and insights from data through business analytics. It yields mathematical models and dashboards for human decision making, aiming to reduce bias.

Demonstrate data modeling by defining entities, attributes, and relationships with cardinality to build a consistent logical model for business elements, transactions, and activities.

Explore decision analysis to assess uncertain outcomes and select the best option. Apply criteria, matrices, and trees to compare alternatives and consider trade-offs.

Explore decision modelling in information systems, using decision tables and knowledge to determine loan eligibility and support rules-based, data-driven decisions.

Explore document analysis techniques to elicit requirements from public or proprietary sources, verify authenticity, capture notes in a document analysis chart, identify gaps, and translate findings into visual aids.

Learn how estimation forecasts cost and effort, supports decision making, and evaluates risk using confidence intervals, three-point estimates, expert judgment, and historical performance.

Analyze the financial viability of investment options by evaluating costs, benefits, ROI, NPV, IRR, and payback. Compare total cost of ownership and ongoing operational costs to guide a solution recommendation.

focus groups elicit ideas and opinions in interactive sessions; a trained moderator guides discussion, selects participants, records insights, and surfaces stakeholder needs for strategy and improvement.

Master functional decomposition to break complex systems into manageable components, enhancing estimation, measurement, and optimization by isolating functions, processes, and activities.

Explore how a glossary standardizes domain-specific terms, captures multiple definitions, and supports interfaces and documentation to improve stakeholder communication and consistency in business requirements.

Identify interfaces between two solution components and analyze who uses them, what information is exchanged, data volumes, frequency, and implementation through APIs and devices.

Learn how interviews, as an elicitation technique, elicit information from individuals or groups, build trust with stakeholders, and document responses through structured or unstructured formats in face-to-face or remote settings.

Explain how lessons learned function as a retrospective assessment to capture successes, failures, and recommendations, guiding future projects through formal or informal sessions with proactive facilitation and stakeholder engagement.

Define key performance indicators and metrics to measure progress toward goals, monitor implementation, and report results to stakeholders within a monitoring and evaluation framework.

Explore mind mapping as a nonlinear note-taking technique using a central idea, colored branches, keywords, and images to map relationships, support collaboration, stakeholder engagement, and effective presentations.

Analyze non-functional requirements to assess quality attributes, including availability, reliability, security, usability, portability, localization, and scalability, and learn how to measure them with clear criteria.

Observe to elicit information, identify needs, and assess performance within business processes. Compare active and passive observation, natural versus lab settings, and contextual methods to support improvement and training.

Explore organizational models to map roles, responsibilities, reporting structures, and interfaces, aligning the hierarchy with stakeholders and organizational units through organizational charts.

Apply a prioritization framework to determine the relative importance of information based on value, risk, and difficulty, guiding analysis, budgeting, and implementation priorities for stakeholders.

Analyze a process to assess efficiency and identify gaps between current and future state, using Six Sigma, lean, and value stream mapping to improve and automate aligned with strategy.

Explore process modelling to standardize graphical representations of work, describe sequences and decisions, and apply flowcharts, activity diagrams, business process model innovation, and data modeling for stakeholder clarity and compliance.

Prototyping uses limited working models to validate stakeholder understanding, explore design options, and test functionality through throwaway and working prototypes, storyboarding, and simulation.

Explain how reviews function as techniques to evaluate project artifacts, define objectives, select formal or informal methods, identify participants, and document feedback to improve products and requirements.

Identify uncertainties that could affect value, assess probability and impact, and plan to avoid or mitigate risks. Engage stakeholders and experts to monitor and adapt responses continually.

Learn to identify and analyze root causes using tools like the fishbone diagram and the five whys, to drive corrective actions and prevent recurrence.

Define and communicate the boundaries of project scope using scope models, including functional decomposition and modularity, to show internal and external elements, stakeholder impacts, and phased solution delivery.

Use a stakeholder list, map, and personas to identify engagement needs. Apply a responsibility assignment approach to manage accountability, impact, and influence, and align collaboration with stakeholders.

Explore survey and questionnaire as an elicitation technique to capture stakeholders' attitudes, needs, and expectations, comparing open-ended and closed questions, with quick, inexpensive data collection across dispersed groups.

Learn SWOT analysis as a simple, powerful tool to assess internal and external conditions. Identify strengths, weaknesses, opportunities, and threats across an organization, project, or individual, and craft actionable plans.

Define state modelling as a technique to describe an entity’s possible states and transitions, detailing events, conditions, and actions across its life to support complex rules and communication.

Explore use cases and scenarios by modeling actors, triggers, and step-by-step sequences to achieve goals. Use diagrams and relations like extensions and inclusions to clarify scope and business value.

Discover how user stories capture stakeholder needs as small, concise statements of functionality, guiding acceptance criteria, estimating and planning, and measuring value delivery through clear, testable descriptions.

Use a structured vendor assessment to evaluate external vendors for reliability, pricing, and compliance, guiding bidding, tender, due diligence, and independent authority checks to ensure viable, high-quality solutions.

Explore workshops as a collaborative elicitation technique that brings stakeholders together for brainstorming, decision making, and producing functional specifications, with roles like facilitator, scribe, and timekeeper.

A decades-old lender faces data duplication and manual entry across fragmented systems, and explores predictive versus adaptive approaches, external solution integration, data dictionaries, and process improvement to enhance customer experience.

Explore case study 2 concepts in business analysis for e-commerce: selecting survey techniques with predefined options, and evaluating adaptive approaches to changing requirements and system performance for concurrent users.

Analyze a case study for a financial transaction processing system, evaluating core, executive, and reporting components, vendor options, and total cost (customization, implementation, ongoing support) with regulated access controls.

Explore how a multinational bank reduces loan dispersal from three days to 24 hours by using value stream mapping to eliminate non-value time and analyze application verification and creditworthiness.