A Quality Manual is a document that outlines an organization's quality management system, including its policies, procedures, and responsibilities for achieving quality objectives.
The testing life cycle consists of several phases:
1. **Requirement Analysis**: Understanding and analyzing the requirements.
2. **Test Planning**: Defining the scope, approach, resources, and schedule for testing.
3. **Test Design**: Creating test cases and test scripts based on requirements.
4. **Test Environment Setup**: Preparing the environment where testing will be conducted.
5. **Test Execution**: Running the test cases and reporting defects.
6. **Test Closure**: Evaluating cycle completion criteria based on test coverage, quality, cost, time, critical business objectives, etc., and preparing test closure reports.
DVBS stands for Digital Video Broadcasting - Satellite. It is a standard for transmitting digital television signals via satellite.
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The Bug Life Cycle consists of the following stages:
1. **New**: The bug is identified and reported.
2. **Assigned**: The bug is assigned to a developer for fixing.
3. **Open**: The developer starts working on the bug.
4. **Fixed**: The developer has fixed the bug and it is ready for testing.
5. **Retest**: The tester verifies the fix.
6. **Closed**: The bug is confirmed as fixed and is closed.
7. **Reopened**: If the bug still exists after retesting, it is reopened for further investigation.
These stages help track the status of bugs throughout the development process.
We use a combination of black-box testing, white-box testing, regression testing, exploratory testing, and user acceptance testing (UAT) to ensure comprehensive coverage and quality of the software.
Software testing is the process of evaluating a software application to identify any defects or issues before it is released. It involves executing the software under various conditions to ensure it meets the specified requirements and functions correctly. Testing can be manual or automated and includes different types such as unit testing, integration testing, system testing, and acceptance testing. The goal is to ensure quality, reliability, and performance of the software.
The Software Testing Engineer / Test Automation Engineer category on takluu.com is tailored for individuals aspiring to specialize in ensuring the quality, functionality, and reliability of software products. Testing engineers play a critical role across all development stages, identifying issues before they reach end-users and ensuring the final product meets business and technical expectations.
A Software Testing Engineer typically focuses on manual testing, working with test cases, test plans, and requirement traceability matrices. They are responsible for functional testing, regression testing, system testing, and exploratory testing, ensuring every feature works as intended. On the other hand, a Test Automation Engineer develops scripts and frameworks using tools like Selenium, Cypress, Playwright, JUnit, TestNG, Appium, Postman, and REST Assured, enabling the execution of tests efficiently and repeatedly across different platforms.
This category covers a comprehensive range of topics including SDLC/STLC models, defect lifecycle, test strategies, automation frameworks (Hybrid, POM, BDD), API testing, CI/CD integration, version control (Git), and tools like JIRA, Jenkins, and TestRail. Interviews often include practical scenarios, such as identifying the best automation strategy, writing reusable functions, or debugging flaky tests.
Candidates preparing for roles such as QA Engineer, SDET, Test Architect, or Automation Lead will benefit from real-world interview questions, coding challenges, test case design problems, and discussions around performance, security, and usability testing.
By mastering both manual and automation techniques, testers not only improve quality assurance but also become a bridge between development and product teams. With our structured interview content, you’ll build the confidence to answer technical questions and demonstrate your ability to deliver high-quality software under real-world constraints.