Testing document templates
Every document a tester is asked to produce, as a file you can open and type into. A QA resume and a covering letter for applying; basic and advanced test case templates; a test plan, a test strategy and a requirements traceability matrix for designing; a bug report, a defect log and an execution tracker for running; and a test summary report, a status report, a project report, a project completion report and a UAT sign-off for reporting. Word documents and Excel workbooks, generated in your browser and downloaded straight away.
These are templates rather than samples, and the difference is deliberate. Every field is a placeholder in square brackets, and every grid carries one worked example row that is clearly marked as one. A template with no example leaves you guessing what belongs in a column; a template stuffed with invented project data leaves you deleting somebody else's work before you can start. One filled row showing the level of detail to write at is the shape that actually gets used.
The test case templates come in two sizes because two different jobs get called the same thing. The basic one is ten columns — identifier, module, title, pre-conditions, steps, data, expected, actual, status, comments — and it is what most teams need. The advanced one adds the columns you need when the suite has to be traceable and auditable: requirement identifier, priority, test type, build, environment, executed by, execution date, defect identifier and an automation-candidate flag.
The reporting documents are built around the sections reviewers look for rather than a wall of prose. A test summary report puts execution and defect counts in tables and ends with an explicit recommendation — go, go with conditions, or no-go — because a report that describes the position without stating one leaves the decision to whoever skims it last. A project completion report sets planned against actual for scope, schedule and cost, then records what happens to the defects nobody fixed.
The test plan follows the IEEE 829 section order, including the two sections most plans quietly omit: suspension criteria and resumption criteria. Knowing in advance what stops a test cycle, and what has to be true before it restarts, is what keeps a bad build from consuming a week of the schedule. The test strategy is kept separate from the plan on purpose — a strategy is stable across releases, a plan changes every time, and merging them is why so many plans are copied forward with last quarter's dates still in them.
The Word files carry real named styles, so headings appear in Word's navigation pane, Insert Table of Contents works with no further setup, and restyling the document is one change rather than fifty. Tables repeat their header row on every page, which matters the moment a test case template runs past page one. The Excel files open with the header row frozen and every column already sized to its content.
Nothing is uploaded and nothing is stored. The documents are assembled in your browser from the structure described on this page, and the file is handed to your downloads folder. There is no account, no watermark, no trial limit and no charge, and the resume and cover letter templates contain no invented personal details — names, employers and contact details are placeholders, so there is nothing of somebody else's to find and remove.
Software tester resume (DOCX, Applying for a job). A one-to-two page QA resume laid out the way testing recruiters read them. Includes: Summary, core skills table, experience, projects, certifications, education; Bullets written as achievements with a number in them, not duties; A tools-and-environments block, which is what keyword filters scan first.
Cover letter (QA role) (DOCX, Applying for a job). A short covering letter for a testing role, structured so each paragraph does one job. Includes: Addressed, dated, and scoped to one named role; Four paragraphs: why this role, proof, fit, close; Prompts for the numbers that make a letter concrete.
Basic test case template (XLSX, Test design). The ten columns every test case needs, with one worked example row. Includes: ID, module, title, pre-conditions, steps, data, expected, actual, status, comments; One filled example row showing the level of detail to write at; Opens straight into Excel, Google Sheets or a test management import.
Advanced test case template (XLSX, Test design). The full grid — traceability, priority, type, environment, build, automation and defect links. Includes: Everything in the basic template plus requirement ID, priority, severity and test type; Execution columns: build, environment, executed by, date, defect ID; An automation-candidate flag, so the suite can be triaged without a second pass.
Test plan (DOCX, Test design). The IEEE 829 sections in the order a reviewer expects to find them. Includes: Scope, approach, entry and exit criteria, environment, risks, schedule; In-scope and out-of-scope stated as two explicit lists; Suspension and resumption criteria, which is the section most plans omit.
Test strategy (DOCX, Test design). The organization-level document a test plan refers back to, rather than repeats. Includes: Testing levels, types, automation policy and tooling standards; Severity and priority definitions, defect workflow and service levels; Metrics, environment policy and risk approach.
Requirements traceability matrix (XLSX, Test design). Requirement to test case to defect, both ways, so coverage gaps show up as blanks. Includes: Forward trace: every requirement to its cases; Backward trace: every case to a requirement, which finds orphan tests; Defect and status columns, so a gap and a failure look different.
Bug report (DOCX, Execution and defects). One defect, written so a developer can reproduce it without asking you anything. Includes: Steps, expected, actual, environment, build and evidence; Severity and priority captured separately, because they are different questions; A reproducibility field — intermittent is information, not an apology.
Defect log (XLSX, Execution and defects). The whole defect list in one grid — sortable by severity, status, module and owner. Includes: Raised, triaged, fixed, retested and closed dates in one row; Severity, priority and status as separate columns for filtering; Root cause and phase-found columns, which is what a closure report needs.
Test execution tracker (XLSX, Execution and defects). Day-by-day execution status across cycles, with the run summary built in. Includes: Per-case status across two cycles, so a regression re-run is visible; Executed-by, date, build and blocked-reason columns; A blocked reason column — blocked is not failed, and reporting them together hides both.
Testing report (test summary) (DOCX, Reports). What was tested, what was found, and whether it is safe to release. Includes: Execution and defect metrics as tables, not prose; Open defects listed individually with the accepted risk against each; An explicit recommendation — go, go with conditions, or no-go.
Test status report (daily / weekly) (DOCX, Reports). The short recurring update — progress, blockers, and what changes tomorrow. Includes: Progress against plan in one table, not a paragraph; Blockers with an owner and a date against each; Planned-for-next-period, which is what makes it a report rather than a log.
Project report (DOCX, Reports). A full status report on a project in flight — scope, schedule, quality, risk and budget. Includes: RAG status per workstream with the reason for anything not green; Milestones with baseline and forecast dates side by side; Quality, risk, issue and change sections a steering group expects.
Project completion report (DOCX, Reports). The closure document — what was delivered against what was promised, and what was learned. Includes: Delivered-versus-planned scope, schedule and cost in three tables; Quality outcome, open defects handed over, and warranty arrangements; Lessons learned and formal closure sign-off.
UAT sign-off (DOCX, Reports). The one-page acceptance record that says the business has agreed to release. Includes: Scope accepted, exit criteria met, and defects explicitly accepted; Conditional acceptance handled properly, with the conditions listed; Named signatories with role, date and what each is signing for.