Fundamentals of Business Analysis

Examine the BACCM-based framework for business analysis, linking change, need, context, value, solution, and stakeholders to enable enterprise change and deliver stakeholder value.

Define clear goals and associated tasks to guide the project toward its end result. Apply the smart framework to make goals specific, measurable, achievable, relevant, and timebound, then monitor progress.

Explore requirements analysis and design definition, including elicitation and collaboration, planning and monitoring, and life cycle management, to align stakeholders and define a user interface prototype and comprehensive requirements specification.

Explore how elicitation gathers stakeholder needs and business goals to define requirements, then analyze, specify, and validate them using interviews, surveys, observations, and workshops.

Explore how a product vision guides development and how requirements modeling blends written and graphical approaches, from usage-centric to product-centric elicitation, with user stories and visual modeling—iteratively.

Explore how questionnaires, or surveys, collect data from large groups using closed-ended and open-ended questions, plus best practices in neutrality, clarity, online deployment, response rates, and result analysis.

Master the observation technique for requirement elicitation through job shadowing, active and passive sessions, preparation, and analysis to capture accurate process data and identify improvements.

Learn data modeling techniques for requirement elicitation to transform data chaos into a structured framework, covering conceptual, logical, and physical models, entities, attributes, relationships, and normalization.

Create a requirement elicitation glossary to align terminology, clarify terms and acronyms, and improve project communication with clear definitions and consistent naming.

Apply the MoSCoW method to quickly prioritize backlog by categorizing tasks into must have, should have, could have, and won’t have, guiding MVP decisions and defining the minimum working value.

Prioritize product tasks with rice and ice scoring, weighing reach, impact, confidence, and effort against ease. Compare models, note common mistakes, and apply decision-making to context-driven prioritization.

Align priorities with stakeholders using clear logic, data-driven arguments, and transparent trade-offs, and evaluate tasks with value vs. effort, MoSCoW, or WSJF to inform decisions.

Explore user requirements and how to document them with use cases and user stories, identify actors, preconditions, postconditions, and alternative flows to guide agile requirements engineering.

Maintain requirements to stay correct and up-to-date after changes, named and accessible to stakeholders, and manage relationships between requirements, requirement sets, and analysis information. Identify the current state and owner.

Prioritization ranks requirements by relative value and their implementation sequence for stakeholders. Continually resolve conflicts between stakeholders, considering benefit, penalties, cost, risk, dependencies, stability, compliance, and time sensitivity.

Assessing requirements changes guides proactive evaluation and communication, weighing benefit, cost, impact, schedule, and urgency to align with strategy and stakeholder value in software projects.

Mediates between stakeholders to resolve conflicting requirements, identifies data, interests, values, relationship conflicts, and structural conflicts, and applies negotiation, compromise, voting, option assignment, and a decision matrix to reach consensus.

Understand agile software development through its four core values, twelve principles, and practices that emphasize individuals and interactions, working software, customer collaboration, and self-organizing cross-functional teams.

Apply the Kanban method to visualize workflows, limit work in progress, manage flow, and implement explicit policies, feedback loops, and collaborative improvements for knowledge-work teams.