Software Testing Training

Software Testing Training Software Testing is a crucial phase in the software development lifecycle, ensuring that applications run smoothly and efficiently. It's the backbone of quality assurance , validating that software is reliable, secure, and user-friendly. In an era where technology is intertwined with every aspect of our lives, the importance of robust software testing cannot be overstated.

Whether it's for web applications , mobile apps, or large-scale enterprise systems, software testing helps in identifying bugs, performance issues, and security vulnerabilities. This process includes various methods like unit testing , integration testing , system testing , and acceptance testing .

Learning about software testing opens doors to multiple career opportunities, equipping professionals with the skills to maintain high-quality standards in software development. Someone proficient in testing methodologies can ensure products meet customer expectations, which is crucial for business success.

Real-world use cases of software testing range from e-commerce platforms managing thousands of transactions to healthcare systems storing sensitive patient data. Big corporations like Google, Microsoft, and Amazon invest heavily in software testing to maintain their reputation for delivering reliable services.

By mastering software testing, individuals can contribute to the development of cutting-edge technologies and be part of a community that values precision and excellence. As digital solutions continue to evolve, the demand for skilled software testers is on the rise, making it a wise and future-proof career choice.
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History of Software Testing

History of Software Testing

The journey of software testing has evolved significantly since its inception. In the early days of computing, testing was often overlooked, with the focus primarily on developing functionalities. However, as software complexity increased and the cost of failure became evident, the importance of rigorous testing gained recognition. By the 1980s, a structured approach to test software began to emerge, laying the groundwork for modern practices.

Throughout the 1990s and into the 2000s, software development methodologies such as Agile and DevOps placed greater emphasis on continuous testing and quality assurance. This period also saw the rise of automated testing tools, allowing for more efficient and accurate testing processes. Today, software testing is a critical component of the development lifecycle, ensuring reliability, security, and user satisfaction.

With the advent of AI and machine learning , the future of software testing is poised for even more exciting developments. These technologies promise to revolutionize how testing is performed, making it more predictive and intelligent. As software continues to permeate every aspect of modern life, the role of testing remains indispensable, safeguarding the digital solutions that drive our world.

Recent Trends in Software Testing

Software Testing Trends are rapidly evolving to meet the demands of modern development cycles. With the integration of AI and Machine Learning , testing processes have become more intelligent and predictive. Automation in testing is now a necessity rather than a luxury, enabling faster release cycles and more reliable software delivery.The shift towards DevOps and Agile methodologies has made Continuous Testing a critical part of the software development lifecycle, ensuring that testing keeps pace with continuous delivery. Test Environment and Data Management have also seen advancements, providing more sophisticated tools to create and manage test data and environments.Security Testing has gained prominence due to increasing cyber threats, making it essential to integrate security protocols from the initial stages of development. Additionally, Performance Testing has advanced with the rise of cloud computing, ensuring that applications can handle varied loads and perform optimally across platforms.In this landscape, Koenig Solutions offers cutting-edge Software Testing training , equipping professionals with the skills to navigate the latest industry trends and technologies.

Ans - No, the published fee includes all applicable taxes.

The skills required include knowledge of programming, basic knowledge of Database/SQL and experience in using Automation tool.

The average salary of a Software Tester ranges from approximately $58,706 per annum for a Quality Assurance Analyst to $101,841 per annum for a Software Engineer, as per a survey done by Indeed.

Software testing lifecycle refers to a sequence of activities performed during software testing. It includes phases such as Requirements, Planning, Analysis, Design, Implementation, Execution, Conclusion and Closure.

Yes, software testing is still critical even in a time where automation has swept away most of the tasks. There is a need for human intervention when it comes to writing user test cases and mapping automated testing with the checklist provided according to the product/business needs. Not everything can be automated; software testing still needs individuals who can understand the outputs of automated testing reports to suggested necessary changes in the features accordingly. So, the software testing profession is here to stay, and professionals without the right skill set will be left behind. In this regard, there are various software testing courses that professionals can opt for to stay relevant in a challenging technological business environment.

To become a certified software testing professional, do follow the below mentioned steps:
  • Choose the relevant software testing course from a wide portfolio
  • Prepare for your software testing training by going through pre-reading materials provided
  • Attend the live online instructor-led software testing course to gain a thorough understanding of the course agenda
  • Resolve as many sample papers as possible to get the hang of the software testing certification exam
  • Clear your exam on your first attempt to become a certified software testing professional

Types of software testing are: 1. Unit Testing - refers to the testing of an individual unit or a group of inter-related units 2. Integration Testing – refers to a type of testing wherein a group of components are combined to produce a result 3. Functional Testing - checks whether the output is as per the requirement or not 4. System Testing - checks the software in different environments 5. Stress Testing - checks the system’s behaviour during unfavourable conditions 6. Performance Testing - tests the speed and effectiveness of a system and that it is generating results within a stipulated time 7. Usability Testing - testing is done keeping in mind a user’s perspective 8. Acceptance Testing - tests if the software meets the customer’s expectations 9. Regression Testing - testing upon modification to ensure that the modification doesn’t alter other modules 10. Beta Testing - a testing done by end users or releasing a pre-version of the product known as beta version

1. Black Box Testing - In this type of testing, a tester doesn’t know the internal structure or design of the item being tested. 2. White Box Testing - In this type of testing, a tester already knows the internal structure and design of the item being tested. 3. Grey Box Testing - This is a combination of Black Box testing method and White Box testing method. 4. Agile Testing - This method follows the principles of agile software development. 5. Ad Hoc Testing - This method is executed without any prior planning and documentation.

There are many responsibilities of a software developer: 1. identifies business requirements 2. plans projects 3. monitors and manages applications and software systems 4. writes and executes test scripts 5. executes tests 6. assures quality 7. provides feedback related to errors and bugs to teams 8. analyses risks and designs tests to mitigate them

If you meet the criteria required to sit for the CSQA certification, a fee of USD $350 or $420 is to be paid for the application. The application fee includes instant access to a PDF document to prepare for the exam. The USD $420 fee includes a book of the CBOK materials. Keep in mind the content in the book is the same as the content within the CBOK pdf. 
In order to apply for the certification, candidates must first log in to their customer portal account. If new to the system, they will need to create one by “Registering as a New User.” 

In order to qualify to sit the CSTE certification exam, participants must meet one of the below-listed criteria:
  • A 4 year college degree & 2 years of experience in the information services field 
  • A 3 year college degree & 3 years of experience in the information services field 
  • A 2 year college degree & 4 years of experience in the information services field 
  • A full fledged 6 years of work experience in the information services domain

They also need to be working or have worked at any time within the prior 18 months within the field covered by the certifi

The exam comprises 40 multiple-choice questions. It must be completed within 90 minutes and candidates must achieve a grade of 65% or higher to pass. Examinations can be taken as part of a course or in a public exam. 

The expansive examination syllabus for CTFL consists of:
  • Fundamentals of Software Testing
  • Testing throughout the Software Lifecycle
  • Static Techniques
  • Test Design Techniques
  • Test Management 
  • Tools that support testing 

Software testing is a process of finding software bugs by running a program or application. It determines whether the end result matches the expected results. Software testing is important because it: 1. figures out the errors and defects made during development 2. ensures customer’s reliability and satisfaction 3. ensures quality of the product 4. provides surety of effective performance of the software product

There are seven principles of software testing: 1. Testing shows the presence of bugs - testing reveals defects 2. Exhaustive testing is impossible - unless the application is simple, it is impossible to test various combinations of data and scenarios 3. Early testing - sooner the testing starts, better is the utilisation of the available time 4. Defect clustering - maximum defects are found in less number of modules 5. The pesticide paradox - running tests repeatedly doesn’t take out more defects 6. Testing is context dependent - different software applications require different methodologies, techniques and types of testing 7. Absence of errors fallacy - finding and fixing errors at times do not help if the software doesn’t meet the user’s needs and requirements

The modules can be attended through public training weeks offered at different cities over varied schedules. Alternatively, for those that prefer self training, there are online courses available with special scheduling at your company site for teams of eight or more individuals.