System Analyst Course

Lesson 1 • Problem Definition and Scope

Teaches structured problem framing before solution design begins. Prevents scope creep by establishing clear boundaries early.

Lesson 2 • Software Development Lifecycle Overview

Surveys major SDLC models and the analyst's role in each phase. Establishes context for requirements, design, and testing chapters.

Lesson 3 • The Systems Analyst Role

Defines the analyst's responsibilities, stakeholder relationships, and career scope. Anchors all subsequent technical content to real job context.

Lesson 4 • Introduction to Analysis Documentation

Covers standard analyst document types and their purposes. Prepares students to produce and evaluate professional artifacts.

Lesson 1 • Elicitation Planning and Execution

Structures the end-to-end elicitation process from preparation to follow-up. Ensures consistent, repeatable information gathering.

Lesson 2 • Stakeholder Identification and Analysis

Maps all parties affected by or influencing a system. Feeds directly into elicitation planning and communication strategies.

Lesson 3 • Elicitation Techniques

Covers interviews, workshops, surveys, observation, and document analysis. Students select and apply the right technique per context.

Lesson 4 • Conflict and Ambiguity Resolution

Addresses contradictory stakeholder inputs and unclear requirements. Equips analysts to negotiate consensus and document decisions.

Lesson 1 • Writing High-Quality Requirements

Applies quality criteria—complete, unambiguous, testable, consistent—to requirement statements. Directly reduces rework in later project phases.

Lesson 2 • Requirements Traceability

Links requirements to business goals, design elements, and test cases. Supports impact analysis and change management throughout the project.

Lesson 3 • Requirements Prioritization

Applies MoSCoW, weighted scoring, and value-risk matrices to rank requirements. Enables scope decisions under time and budget constraints.

Lesson 4 • Requirements Classification

Distinguishes business, stakeholder, functional, and non-functional requirements. Correct classification drives appropriate design and testing responses.

Lesson 5 • Use Cases and User Stories

Teaches two dominant formats for capturing functional behavior from a user perspective. Bridges elicitation output to design input.

Lesson 1 • BPMN Notation and Diagrams

Teaches Business Process Model and Notation elements for precise process representation. Produces diagrams readable by both technical and business audiences.

Lesson 2 • Process Analysis Fundamentals

Identifies process inputs, outputs, activities, roles, and pain points. Establishes the baseline needed before modeling improvements.

Lesson 3 • Process Improvement Analysis

Applies root cause analysis and redesign patterns to optimize processes. Produces to-be models that justify system changes.

Lesson 4 • Process Metrics and KPIs

Defines measurable indicators to evaluate process performance before and after change. Connects process models to business value measurement.

Lesson 1 • Data Concepts for Analysts

Introduces entities, attributes, relationships, and data types from an analyst perspective. Builds vocabulary for communicating with database designers.

Lesson 2 • Data Dictionary Creation

Documents every data element with name, type, format, and business meaning. Serves as the authoritative reference for developers and testers.

Lesson 3 • Normalization Principles

Applies first through third normal form to eliminate data redundancy. Produces cleaner data models that reduce update anomalies.

Lesson 4 • Entity-Relationship Modeling

Constructs ER diagrams using standard notation to represent business data structures. Directly informs database schema and system design.

Lesson 1 • UML for Systems Analysts

Covers the UML diagram types most relevant to analysts: use case, class, sequence, and state. Enables precise communication with architects and developers.

Lesson 2 • UI and UX Requirements

Captures screen layouts, navigation flows, and usability requirements. Bridges user needs and front-end design without prescribing visual style.

Lesson 3 • System Architecture Concepts

Introduces layered, client-server, microservices, and event-driven patterns at a conceptual level. Helps analysts write architecture-aware requirements.

Lesson 4 • Non-Functional Requirements in Design

Translates performance, security, scalability, and reliability requirements into design constraints. Ensures non-functional needs are addressed before coding begins.

Lesson 1 • Testing Concepts for Analysts

Distinguishes unit, integration, system, and acceptance testing from an analyst viewpoint. Clarifies the analyst's contribution to each testing level.

Lesson 2 • User Acceptance Testing

Plans and facilitates UAT sessions with business stakeholders to confirm system fitness. Produces acceptance sign-off documentation.

Lesson 3 • Test Case Design Techniques

Applies equivalence partitioning, boundary value analysis, and decision tables to derive test cases. Links test cases directly to requirements.

Lesson 4 • Regression and System Testing Support

Defines regression scope and supports system testing by providing traceability and test data. Ensures changes do not break existing functionality.

Lesson 1 • Post-Implementation Review

Evaluates whether delivered systems meet original business goals and requirements. Generates lessons learned that improve future analysis work.

Lesson 2 • Analyst Contribution to Project Governance

Defines the analyst's role in status reporting, risk management, and steering committee inputs. Positions analysts as strategic project contributors.

Lesson 3 • Requirements Management in Agile

Adapts requirements practices to sprint-based delivery, backlog refinement, and continuous feedback. Maintains traceability in iterative environments.

Lesson 4 • Change Control Processes

Establishes formal procedures for requesting, evaluating, and approving requirement changes. Prevents uncontrolled scope expansion during development.