Duration 3 days – 21 hrs

 

Overview

This training provides a complete, practical foundation in software testing—covering the testing lifecycle (STLC), testing methodologies, test design techniques, defect management, test documentation, and quality practices used in real projects. Participants will learn how to plan, design, execute, and report tests effectively across web/mobile/API systems, and build a strong understanding of how testing integrates with Agile/DevOps delivery.

Objectives

• Explain the role of QA/testing in software delivery and how quality is built-in.
• Apply the Software Testing Life Cycle (STLC) from requirements to test closure.
• Distinguish testing levels (unit, integration, system, UAT) and testing types (functional, non-functional).
• Create effective test plans, test scenarios, and test cases using standard templates.
• Use core test design techniques (equivalence partitioning, boundary value analysis, decision tables, state transition, exploratory).
• Execute tests, manage evidence, and report results with clear traceability to requirements.
• Log, triage, and verify defects using defect lifecycle best practices and severity/priority guidelines.
• Perform Agile testing practices (user stories, acceptance criteria, sprint testing) and communicate risks and quality status.

Target Audience

• Beginner to intermediate QA/Testers
• Developers who need stronger testing discipline
• Business Analysts/Product Owners involved in acceptance criteria and UAT
• Project Managers/Scrum Masters who need QA visibility and governance
• Support/Operations staff involved in regression and release verification

Prerequisites 

• Basic understanding of software applications (web/mobile)

• Basic SDLC awareness helpful but not required

• Comfort with reading requirements/user stories is recommended

• No coding required (automation is optional add-on)

 

Course Outline 

Module 1 — Introduction to Software Quality and Testing

• Why testing matters: cost of defects, customer impact, risk control
• QA vs QC; verification vs validation
• Common myths and realities of testing
• Quality attributes overview (functionality, reliability, usability, security, performance)

Module 2 — SDLC and STLC (Testing Lifecycle)

• SDLC models: Waterfall, Agile, V-Model (testing perspective)
• STLC phases:
  1. Requirements analysis
  2. Test planning
  3. Test design/development
  4. Test environment setup (concepts)
  5. Test execution
  6. Defect reporting & re-test/regression
  7. Test closure and lessons learned
• Entry/exit criteria, Definition of Ready/Done (Agile context)

Module 3 — Testing Levels and Testing Types

• Test levels: unit, integration, system, UAT (roles and ownership)
• Functional testing: UI, API, workflow-based
• Non-functional testing overview: performance, security, usability, compatibility, accessibility
• Smoke vs sanity vs regression vs re-test
• Static testing: reviews, walkthroughs, and requirement inspection

Module 4 — Requirements Understanding and Traceability

• Translating requirements into testable statements
• User stories and acceptance criteria (Given-When-Then)
• Traceability Matrix (RTM): mapping requirements ↔ test cases ↔ defects
• Managing changes: impact analysis for test updates

Module 5 — Test Planning and Test Strategy

• What goes into a test plan: scope, approach, schedule, resources, risks
• Test estimation basics (coverage, complexity, effort)
• Test environment and test data planning
• Risk-based testing: prioritizing what to test first
• Test metrics and reporting expectations

Module 6 — Test Design Techniques (Core Competency)

• Test scenario design: happy path + negative path + edge cases
• Black-box techniques:
  • Equivalence Partitioning (EP)
  • Boundary Value Analysis (BVA)
  • Decision Table Testing
  • State Transition Testing
  • Pairwise / combinatorial testing (intro)
• Exploratory testing: charters, time-boxing, note-taking, debriefing
• Coverage thinking: functional coverage vs risk coverage

Module 7 — Test Documentation Standards (Practical Templates)

• Writing effective test cases: clarity, steps, expected results, data, preconditions
• Test suite organization and naming conventions
• Evidence collection standards (screenshots, logs, video)
• Versioning and maintaining test artifacts

 

Module 8 — Test Execution and Result Management

• Execution discipline: how to run tests consistently
• Recording outcomes: pass/fail/block, notes, evidence
• Handling blockers and environment issues
• Regression planning and execution for releases
• Retest vs regression: when and why

Module 9 — Defect Management and Defect Lifecycle

• Defect lifecycle: new → triage → assigned → fixed → retest → closed/reopen
• Writing high-quality bug reports (steps, expected vs actual, evidence, environment)
• Severity vs priority (with examples)
• Triage meeting practices and root-cause thinking
• Preventing defect leakage: when to stop the line

Module 10 — Agile Testing Practices and Collaboration

• Testing in Scrum: story refinement, sprint testing, sprint review readiness
• Acceptance testing and UAT support
• Collaboration patterns: QA + Dev + BA + PO
• Continuous testing mindset in DevOps (overview)
• Test pyramid concept (unit vs service vs UI), high-level

Module 11 — Test Reporting, Metrics, and Test Closure

• Test reports: what stakeholders need (status, risks, readiness)
• Useful metrics: execution progress, defect trends, escape rate (intro)
• Go/No-Go decision support
• Test closure: summary, lessons learned, improvement actions

Module 12 — Capstone Workshop (Hands-On)

Participants complete an end-to-end mini testing cycle using a sample application/system case:

• Extract testable requirements from a feature description
• Create test scenarios and test cases using EP/BVA/decision tables
• Execute a subset (simulated) and record results
• Write defect reports with severity/priority
• Create a simple test summary report + risks