Learn Software Testing with advance strategies , Testing , How to Test a software
What you will learn
Fundamentals of Software Testing
Types Of software Testing, bug’s & it’s lifecycle
How to plan & write test cases ?
Software Testing Tools for 2023
Real time software testing using Bugzilla
How to find find defects in software?
Different types of technics to test a software quality , security and portability
Decision tables and data Flow
What is defect score ,metrices , review process and responsibility as tester
How to Effectively create test cases & execute using various methods
Why Manuel testing is the base of software testing?
Project management & test projects designing
Description
This course is designed to equip students with the skills and knowledge needed to effectively test software using advanced testing strategies. The course covers the fundamentals of testing, including the importance of testing, software quality, and the various types of testing. Students will learn how to test software using a range of techniques, including manual and automated testing methods.
The course explores the testing process, from planning and design to execution and analysis. Students will learn how to create test plans, write test cases, and use different testing tools and frameworks. The course also covers advanced testing strategies, such as exploratory testing, risk-based testing, and model-based testing.
Throughout the course, students will have the opportunity to practice their software testing skills through hands-on projects and assignments. They will work on testing real-world applications, using both manual and automated testing techniques. Students will also learn how to write test reports and communicate their findings effectively to stakeholders.
By the end of the course, students will have a solid understanding of how to test software effectively using advanced testing strategies. They will be able to apply these skills in their work and be able to explain the importance of software testing to others.
Learn Testing, How to Test a software, Manual testing, Automated testing, Test plans, Test cases, Testing tools, Exploratory testing, Risk-based testing, Model-based testing, Test reports, Stakeholder communication.
Content
- Course Overview: This 2023 edition of the Software Testing Mastery program is meticulously designed to transform learners into proficient Quality Assurance specialists who understand the holistic lifecycle of digital products. Instead of merely identifying defects, you will learn the strategic implementation of quality gates within the Software Development Life Cycle (SDLC). The curriculum focuses heavily on the modern shift towards Quality Engineering, emphasizing how testing acts as a catalyst for faster, more reliable software releases in competitive markets. You will explore the intricate balance between exploratory manual testing and the precision of automated frameworks, ensuring a comprehensive understanding of how to maintain high-quality standards in high-velocity agile teams.
- Requirements / Prerequisites: To get the most out of this course, students should have a functional understanding of navigating various operating systems and a keen interest in dissecting how digital interfaces work. While a background in computer science is helpful, it is not mandatory; however, a basic grasp of logical reasoning and a persistent, detail-oriented personality are essential for success. Access to a modern computer with administrative rights and a stable internet connection is required to engage with the various open-source tools and cloud-based testing environments used throughout the practical lessons.
- Skills Covered / Tools Used: You will gain deep technical proficiency in Selenium WebDriver for automating browser interactions and Cucumber for implementing Behavior Driven Development (BDD) workflows. The course provides extensive training in Postman for verifying API endpoints and JIRA for sophisticated defect tracking and agile project management. Additionally, you will be introduced to SQL for back-end data-driven testing and GitHub for version control, ensuring you are comfortable with the standard toolkit used by professional software development engineers in test (SDET).
- Benefits / Outcomes: Upon completion, you will be equipped to architect comprehensive test plans that cover functional, regression, and sanity testing phases from scratch. You will have built a robust professional portfolio showcasing your ability to write clean, maintainable automation scripts that can be presented to potential employers. Beyond the technical skills, you will develop a specialized “Testerβs Mindset,” enabling you to anticipate obscure edge cases and advocate for the end-user, making you an invaluable asset to any cross-functional product team looking to reduce technical debt.
- PROS: The course utilizes 2023 industry benchmarks, ensuring that the methodologies and tool integrations taught are currently in use by top-tier tech firms. It perfectly balances manual intuition with automation power, providing a well-rounded education that prepares students for diverse job roles across the entire QA sector.
- CONS: The intensive depth of the “Mastery” curriculum creates a steep learning curve that may require absolute beginners to dedicate significant additional hours to independent practice and logic building to keep pace with the advanced modules.