1.2The Test Plan Document

IEEE 829 Standard

IEEE 829 defines a comprehensive test plan structure that was designed for waterfall projects with long lifecycles and strict documentation requirements.

IEEE 829 Test Plan Components:

Section	Purpose	Typical Content
Test Plan Identifier	Unique ID for tracking	TP-PROJECT-001
Introduction	Context and scope	What is being tested, why, and project background
Test Items	What software/features are tested	Module names, version numbers, build identifiers
Features to Be Tested	Specific functionality in scope	Feature list with references to requirements
Features Not to Be Tested	What is explicitly excluded	Out-of-scope items with justification
Approach	Testing strategy and methods	Test types, techniques, tools, automation approach
Item Pass/Fail Criteria	How to determine if a test passes	Pass/fail definitions, thresholds, decision rules
Suspension/Resumption Criteria	When to stop and restart testing	Blocking conditions, escalation procedures
Test Deliverables	What QA will produce	Test cases, reports, defect logs, evidence
Testing Tasks	Breakdown of work	Task list with dependencies and assignments
Environmental Needs	Infrastructure required	Hardware, software, network, test data, access
Responsibilities	Who does what	Roles and assignments
Staffing and Training	People and skills needed	Team size, skill gaps, training plans
Schedule	When testing happens	Dates, milestones, dependencies
Risks and Contingencies	What could go wrong	Risk list with mitigation strategies
Approvals	Sign-off	Names, roles, dates

When to use IEEE 829: Regulated industries (medical devices, aerospace, finance), government contracts, large enterprise projects with formal governance, and any project where an auditor might ask "where is your test plan?"

Lightweight Agile Test Plans

Most modern software teams do not need a 20-section formal document. They need a concise plan that answers five questions:

1. What are we testing? (Scope)
2. What are we not testing? (Out of scope and why)
3. How are we testing? (Approach, tools, techniques)
4. What could go wrong? (Risks)
5. How do we know we are done? (Exit criteria)