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  • Software testing and programming through applied learning.
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Curriculum in Software Testing

Introduction to Software Testing
  • Definition and goals of software testing
  • Importance of software testing
  • Software development life cycle and testing phases
  • Testing Fundamentals
  • Types of testing (functional, non-functional, etc.)
  • Testing levels (unit, integration, system, acceptance)
  • Testing strategies (black box, white box, grey box)
  • Testing Fundamentals
  • Test planning process
  • Test plan creation
  • Test case design
  • Traceability matrix
  • Manual Testing
  • Manual testing process
  • Test execution and reporting
  • Defect reporting and tracking
  • Exploratory testing
  • Automated Testing
  • Introduction to test automation
  • Test automation tools and frameworks
  • Test script development
  • Test data and test environment setup
  • Testing Tools and Technologies
  • Overview of popular testing tools (e.g., Selenium, JUnit, TestNG)
  • Continuous integration and continuous testing
  • API testing and tools
  • Performance Testing
  • Introduction to performance testing
  • Load testing, stress testing, and scalability testing
  • Performance testing tools (e.g., JMeter, LoadRunner)
  • Security Testing
  • Introduction to security testing
  • Common security vulnerabilities
  • Security testing tools (e.g., OWASP ZAP)
  • Usability Testing
  • Introduction to usability testing
  • User interface (UI) and user experience (UX) testing
  • Usability testing techniques and tools
  • Test Management and Quality Assurance
  • Test management tools (e.g., TestRail, Jira)
  • Test reporting and metrics
  • Quality assurance and quality control
  • Test Environments and Data Management
  • Test environment setup
  • Test data management
  • Data-driven testing
  • Test Case Management and Execution
  • Test case management tools
  • Test execution, regression testing, and test cycles
  • Test result analysis and reporting
  • Agile Testing
  • Agile testing principles
  • Testing in Scrum and other Agile methodologies
  • Test-driven development (TDD) and behavior-driven development (BDD)
  • Test Automation Frameworks
  • Introduction to automation frameworks
  • Data-driven and keyword-driven frameworks
  • Hybrid and modular frameworks
  • Test Automation Best Practices
  • Code reviews and version control for automation scripts
  • Continuous integration and continuous testing for automation
  • Maintenance of automated test scripts
  • Curriculum in Software testing

    Software testing is preferred by more than 35% of developers. In the tech world, software testing is the most well-known and in-demand programming language.

    • Definition and goals of software testing
    • Importance of software testing
    • Software development life cycle and testing phases
    • Types of testing (functional, non-functional, etc.)
    • Testing levels (unit, integration, system, acceptance)
    • Testing strategies (black box, white box, grey box)
    • Test planning process
    • Test plan creation
    • Test case design
    • Traceability matrix
    • Manual testing process
    • Test execution and reporting
    • Defect reporting and tracking
    • Exploratory testing
    • Introduction to test automation
    • Test automation tools and frameworks
    • Test script development
    • Test data and test environment setup
    • Overview of popular testing tools (e.g., Selenium, JUnit, TestNG)
    • Continuous integration and continuous testing
    • API testing and tools
    • Introduction to performance testing
    • Load testing, stress testing, and scalability testing
    • Performance testing tools (e.g., JMeter, LoadRunner)
    • Introduction to security testing
    • Common security vulnerabilities
    • Security testing tools (e.g., OWASP ZAP)
    • Introduction to usability testing
    • User interface (UI) and user experience (UX) testing
    • Usability testing techniques and tools
    • Test management tools (e.g., TestRail, Jira)
    • Test reporting and metrics
    • Quality assurance and quality control
    • Test environment setup
    • Test data management
    • Data-driven testing
    • Test case management tools
    • Test execution, regression testing, and test cycles
    • Test result analysis and reporting
    • Agile testing principles
    • Testing in Scrum and other Agile methodologies
    • Test-driven development (TDD) and behavior-driven development (BDD)
    • Introduction to automation frameworks
    • Data-driven and keyword-driven frameworks
    • Hybrid and modular frameworks
    • Code reviews and version control for automation scripts
    • Continuous integration and continuous testing for automation
    • Maintenance of automated test scripts

    Software Testing Training Projects

    Gain Experience in Software Testing with Useful and Interesting Projects.

     

    Usability Assessment (Mobile App)

    Analyze a website's or mobile app's usability and offer suggestions for changes that should be made.

     

    Test Case Creation (Login System)

    Make a series of test cases covering different circumstances for a basic login system. Basic test case design ideas are introduced in this project.

     

    Bug Hunt

    Find and report issues by exploring a simple online application. Acquire a comprehension of the testing process and learn how to create concise bug reports.

     

    Security Vulnerability Assessment

    In order to find vulnerabilities like CSRF, SQL injection, and XSS, an online application should undergo security testing.

     

    Test Automation (Selenium)

    Create automated test scripts for a web application with Selenium. Utilize excellent practices while automating tests.

     

    Mobile App Functionality Testing

    Test a mobile application on various hardware configurations and operating systems. Prioritize testing for usability, compatibility, and functionality.

     

    Database Integrity Testing

    Compose scripts and SQL queries to verify a database's consistency. Make certain that the data is performing, consistent, and reliable.

     

    Complex System Testing

    With little documentation, test a multi-tiered, sophisticated application. Record results and make suggestions for strengthening robustness.

     

    Accessibility Testing (WCAG)

    After reviewing the Web Content Accessibility Guidelines (WCAG), test an application or website for accessibility.

    Key Highlights

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    Software Testing Training Overview

    Software training is a structured educational journey that empowers individuals or groups with the necessary knowledge and competencies to excel in the realm of software-related domains. This comprehensive training spans a multitude of subjects, ranging from programming and software development to software testing, cybersecurity, and the proficient utilization of specific software applications. Typically, software training is characterized by the establishment of well-defined learning objectives, the utilization of various pedagogical approaches, practical hands-on exercises, evaluation mechanisms, and, in certain instances, the attainment of certifications. The advantages of software training encompass heightened productivity, opportunities for career progression, elevated software quality, and recognition within the software industry. Given the rapid evolution of the software landscape, the pursuit of continuous learning and the enhancement of one's skill set are pivotal for maintaining relevance and competitiveness in this ever-changing field.

    Additional Information

    Benefits of Software Testing Certification Training

    • Software testing certification training delivers a structured and all-encompassing educational experience in testing methodologies, tools, and best practices. This training equips individuals with the essential proficiencies required to excel as adept software testers.
    • Certification granted by esteemed entities like ISTQB (International Software Testing Qualifications Board) or Certified Software Tester (CSTE) holds considerable recognition within the software testing domain. It serves as a validation of one's expertise and contributes to a bolstered professional standing.
    • Certified software testers are often sought after by employers due to their demonstrated commitment to quality and a high level of competence. Certification broadens the spectrum of job possibilities, extending from entry-level positions to more senior roles.
    • Software testing certification serves as a stepping stone to ascending to higher-tier positions within the field, including roles like Test Lead, Test Manager, or Quality Assurance Manager. Furthermore, it paves the way for career growth in interrelated areas such as Test Automation, Performance Testing, or Security Testing.
    • Certified testers hold a pivotal role in guaranteeing the delivery of top-tier, defect-free software. Their proficiency in identifying defects early in the development process contributes to the creation of more dependable products and increased customer satisfaction.
    • In a technology-oriented job market, the demand for proficient software testers remains unwavering. Certification offers a sense of job security as companies consistently rely on testing to uphold software quality standards.

    Appropriate Positions for Software Testing:

    Testing applications provides a wide range of job options for people that specialize in this field and is a crucial part of the software development process. Suitable positions in software testing include:

    • Software Tester: These professionals are responsible for meticulously planning, executing, and assessing testing procedures to uncover defects and uphold software product quality.
    • Quality Assurance Engineer: This role centers on the formulation and implementation of rigorous quality standards, processes, and protocols to guarantee the delivery of top-notch software.
    • Test Automation Engineer: This specialized position involves crafting and deploying automated test scripts and frameworks to enhance testing efficiency and broaden test coverage.
    • Test Manager: A Test Manager oversees testing teams and takes charge of the entire testing lifecycle, encompassing test planning, execution, and comprehensive reporting.
    • Performance Tester: These experts concentrate on assessing software application performance, scalability, and responsiveness, ensuring that performance prerequisites are met.
    • Security Tester: Their role is to pinpoint vulnerabilities and security deficiencies within software applications, culminating in comprehensive security assessments.

    Updated and Specialized Software Testing Components:

    In the dynamic realm of software testing, there has been a proliferation of updated and specialized components tailored to cater to the evolving requirements of modern software development practices. These components encompass a diverse array of innovative methodologies and approaches. Notably, Continuous Integration/Continuous Delivery (CI/CD) testing ensures the swift and dependable deployment of software by automating testing at each stage of the delivery pipeline. Shift-Left Testing strategically focuses on the early detection of defects during the development cycle, ultimately reducing the cost associated with bug resolution. Exploratory Testing taps into tester ingenuity to unearth defects, complementing the use of predefined test cases. Meanwhile, the integration of AI and machine learning has revolutionized test case generation, execution, and result analysis. Additionally, specialized niches like IoT testing, blockchain testing, and accessibility testing have garnered prominence, adeptly addressing the distinct challenges linked to these domains. These specialized components exemplify the software testing field's unwavering dedication to remaining at the vanguard of technological advancements and attuned to the ever-evolving requisites of the software industry.

    Why Should You Think About Learning the Programming Language Software Testing?

    Considering the acquisition of a programming language relevant to software testing, particularly in the context of test automation, can prove highly advantageous and advance your career prospects in the realm of software testing and quality assurance. There are several compelling rationales for embracing the learning curve of a programming language for software testing:

    • Test automation stands as a pivotal pillar in modern software testing. Proficiency in a programming language empowers you to craft automated test scripts, thereby expediting testing procedures, enhancing test coverage, and executing repetitive tests with optimal efficiency.
    • Programming languages equip you to conceive custom testing frameworks, libraries, and tools fine-tuned to address your specific testing requirements. This tailored approach markedly amplifies testing efficiency.
    • With adeptness in programming, you possess the capability to conceptualize and execute a diverse array of test scenarios, encompassing intricate and edge cases. This broadens the scope of your software testing, ensuring comprehensive coverage.
    • Automation renders regression testing a straightforward process, guaranteeing that new updates or features do not disrupt existing functionalities—an imperative facet of continuous testing.
    • Automated tests deliver expeditious feedback to development teams, expediting the identification and resolution of bugs, thus facilitating a more agile development cycle.
    • Automated test scripts hold the advantage of reusability, readily transferrable across varied projects and applications. This not only conserves time but also streamlines the testing process.

    In conclusion, gaining proficiency in a programming language for software testing stands to equip you with an arsenal of automation tools that expedite testing, enhance coverage, and ultimately elevate the quality of software products. It aligns with industry best practices and paves the way for career growth in the dynamic field of software testing.

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    Software Testing Training Objectives

    Yes, many Software Testing courses are structured to accommodate beginners. They typically encompass the foundational aspects of software testing, including key concepts, methodologies, and practical techniques, making them suitable for individuals with limited to no prior experience in the field.

    The availability of certifications may vary based on the specific course you select. Several reputable courses do offer certifications upon successful completion, which can significantly bolster your professional standing. Distinguished certifications such as those from ISTQB (International Software Testing Qualifications Board) or Certified Software Tester (CSTE) are widely esteemed within the industry.

    Yes, the demand for Software Testing persists. Given the pivotal role of software in diverse industries, the requirement for adept software testers to ensure quality and reliability remains steady. It presents a reliable career path with abundant employment opportunities.

  • The detection of defects and errors in software.
  • Assurance that software aligns with prescribed requirements.
  • Validation of software functionality, correctness, and efficiency.
  • Verification of user-friendliness and alignment with user expectations.
  • Enhancement of overall software quality, dependability, and security.
  • A substantial contribution to the success and standing of businesses.
  • The ease of mastering software testing hinges on your background and the course or resources you engage with. While certain aspects can be swiftly acquired, achieving proficiency as a software tester often necessitates resolute commitment and an ongoing journey of skill development.

  • The identification of defects, errors, and anomalies.
  • Confirmation that software complies with user-defined requirements.
  • Validation of the correct functionality and efficiency of software.
  • The scrutiny of user-friendliness and overall software quality.
  • Augmentation of software reliability and fortification of security measures.
  • A crucial part in guaranteeing the effective delivery of superior software solutions.
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    Industry Statistics

    Jobs / Month

    248

    Avg. Salary

    ₹ 13,55,200

    Job Roles

    Test Lead

    Test Analyst

    QA Manager

    Test Manager

    Software Testing Certification

    Certificate
    GET A SAMPLE CERTIFICATE

    Yes, it is entirely feasible to earn multiple certifications in Software Testing. Many professionals opt for multiple certifications to expand their knowledge, specialize in distinct areas, and enhance their career prospects.

  • Mastery of testing methodologies and techniques.
  • Aptitude in designing and executing test cases.
  • Comprehension of software development processes.
  • Familiarity with testing tools and automation.
  • The capability to detect and effectively report defects.
  • Strong analytical and problem-solving skills.
  • Meticulous attention to detail.
  • Effective communication for documentation and reporting.
  • Automation and AI
  • Shift-Left Testing
  • DevOps and Continuous Testing
  • Performance and Security Testing
  • IoT and Mobile Testing
  • Remote proctoring is a common practice for online certification exams, employed to uphold the exam's integrity. It typically includes the utilization of a webcam and microphone to observe the test-taker's environment, ensuring adherence to exam guidelines and regulations. The exact protocols and prerequisites may differ according to the certifying body, underscoring the importance of thoroughly reviewing the guidelines provided by the organization that administers the certification.

    The prerequisites for Software Testing Certification can vary according to the certification program. Typically, they involve completing specific training or coursework, successfully passing a certification exam, and, in some instances, fulfilling experience requirements.

    Having a certification in software testing is very valuable. It strengthens your reputation in the industry, increases your career options, and attests to your expertise. It can also open doors to possible pay increases and professional progress.

  • Test Lead
  • Quality Assurance Manager
  • Automation Architect
  • Software Testing certifications contribute to career progression by affirming your capabilities, enhancing your standing in the industry, and expanding your employment possibilities. They can lead to higher-level roles and specialized positions, charting a path for your professional growth within the software testing field.

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    The Preferred Partner for 100+ Organizations' Hiring

    Learn from the certified and real time working professionals.

    • Over 100 firms that are looking for top talent for their open positions have come to rely on ACTE as their go-to partner.

    • Businesses have confidence in our ability to match them with the best individuals because of our considerable expertise and proven track record of success.

    • In this section, we'll examine the primary elements influencing this trust and examine how our constant commitment to excellence regularly results in remarkable results for our clients.

    Corporate Clients

    Software Testing Course Duration and Fees

    Level Course Duration Fees Structure
    Basic 1 - 1.5 Months 7,000₹ - 9,000₹
    Advanced 1.5 - 2 Months 7,000₹ - 10,000₹

    Job Opportunities in Software Testing

    Over 35% of developers say that testing software is their preferred method. In the IT sector, software testing is the most often used and sought-after programming language.

    Salary In Software testing
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    Manual TesterAutomation TesterMobile App TesterAgile TesterAI/ML Test EngineerBlockchain Test EngineerIoT Test Engineer

    Upcoming In-Demand Jobs

    Quantum Computing Test EngineerData Privacy and Compliance Tester5G Testing EngineerExplainable AI (XAI) TesterEdge Computing Test Engineer

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    Software testing Training FAQ's

    Software Testing Training: From Basic to Advanced: Boost Your Coding Ability!

    Manual testing and automated testing vary in their execution and when they should be applied. Manual testing entails human testers manually executing test cases without utilizing automation tools. It proves valuable in scenarios such as exploratory testing, usability testing, and those where human intuition and creativity are pivotal. In contrast, automated testing leverages testing tools and scripts to automate test case execution, making it well-suited for tasks like repetitive testing, regression testing, and scenarios demanding rapid feedback.

  • Unit Testing
  • Integration Testing
  • System Testing
  • Acceptance Testing
  • Regression Testing
  • Performance Testing
  • Security Testing
  • Usability Testing
  • Regression testing is a fundamental practice that involves retesting software to ensure that recent code modifications do not introduce new defects or compromise existing functionality. It is essential to software development because it maintains the software's dependability and guards against unintentional consequences of code modifications.

    A test case, on the other hand, is a document outlining a test scenario, including test inputs, expected outcomes, and execution steps. It serves as a fundamental component of the software testing process by offering a structured approach to verify the correctness of software functionality and its adherence to specified requirements.

    In Agile and DevOps environments, testing is seamlessly integrated throughout the software development cycle. This integration encompasses practices like test automation, shift-left testing, and continuous testing. Testing teams collaborate closely with development teams to provide swift feedback, ensuring that testing aligns with the rapid pace of continuous integration and delivery.

    The field of software testing presents various challenges, including effective test data management, achieving comprehensive test coverage, addressing evolving requirements, and grappling with test automation-related issues. By using test management systems, writing organized test plans, interacting with stakeholders, and putting best practices for test automation into practice, these difficulties may be addressed.

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    Absolutely, you can access a wealth of free and open-source resources for learning software testing online. These resources include online tutorials, courses, comprehensive documentation, active discussion forums, and open-source testing tools and frameworks, all of which provide valuable insights and practical experience in the field.

    The typical process for online certification exams involves candidates registering with the relevant certifying organization, selecting a convenient exam date and time, and then proceeding to take the exam online. The specific criteria for passing or failing an exam depend on the particular certification program and often revolve around achieving a minimum passing score, which is determined by the certifying authority.

    The post-completion access to course materials and support in online software testing courses varies from one provider to another. Some courses grant lifetime access to their materials and resources, while others may offer more limited access or ongoing support for a specified duration. It is essential to carefully review the course details to ascertain the specific post-completion offerings.

    Employers widely recognize and value online software testing certifications, particularly if they are issued by reputable and well-established certifying bodies. These certifications effectively convey your commitment to ongoing professional development and can significantly bolster your professional credibility and employment opportunities.

    Online training can be remarkably advantageous for professionals who are already actively engaged in software testing. It provides opportunities to enhance existing skills, remain up-to-date with the latest industry trends, acquire proficiency in new testing methodologies and tools, and even pursue advanced certifications. This can pave the way for career advancement and a wider array of job prospects.

    When assessing the quality and credibility of online training providers, it is advisable to consider several key factors. These include the provider's reputation, the qualifications and expertise of the instructors, the comprehensiveness of the course content, industry recognition, feedback from previous students, and the availability of certifications upon successful course completion. It is prudent to select providers that align with your career goals and are affiliated with recognized certification programs.

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    Within the area of computer program evaluation, test automation is essential since it helps to speed and simplify the testing procedure. The successful use of test automation requires a methodical process that begins with the selection of appropriate instances of testing for automation. A thoughtful choice of automating frameworks and tools in accordance with your unique testing needs comes next.

    Measuring the Return on Investment (ROI) of your software testing initiatives is a multifaceted process that hinges on tracking various essential metrics. These metrics encompass the defect detection rate, cost savings derived from defect prevention, reductions in testing time, as well as the broader implications on project costs and timelines.

    To overcome the impediments and challenges encountered in the sphere of software testing, multiple strategic approaches can be deployed. These strategies encompass the optimization of test environments and data management to ensure efficient testing practices. Furthermore, they entail enhancements to test planning and test case design, which form the foundation of effective testing processes.

    Ensuring that your software testing adheres to industry standards and regulatory requirements necessitates aligning your testing processes with the specific mandates relevant to your industry. This could involve implementing meticulous testing practices, thorough documentation, and robust controls that not only ensure compliance but also demonstrate your commitment to standards and regulations.

    Cultivating a culture of quality assurance and testing within your organization is a holistic endeavor that extends across the development process. It involves championing the pivotal role of testing and quality at all stages. This could encompass promoting close collaboration between developers and testers to foster a shared commitment to quality. Emphasizing the value of testing as a cornerstone of high-quality software delivery is vital.

    When considering the prospect of outsourcing software testing services for your projects, it's essential to weigh the potential benefits and risks. The advantages of outsourcing include cost savings, access to specialized testing expertise, flexibility in scaling testing resources as needed, and the ability to concentrate on core competencies. However, to mitigate risks, it's crucial to meticulously select a reputable outsourcing partner.

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