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ISTQB Test Automation Engineer (CTAL-TAE) v2.0 Masterclass
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Introduction to ISTQB Advanced Test Automation Engineer (CTAL-TAE) Course
ISTQB CTAL-TAE Course Contents
Entry Requirements for Taking ISTQB CTAL Test Automation Engineering Exam
1 Introduction and Objectives for Test Automation
1.1 Purpose of Test Automation
1.1.1 Explain the Advantages and Disadvantages of Test Automation
1.2 Test Automation in the Software Development Lifecycle
1.2.1 Explain How Test Automation is Applied Across Different SDLC Model
1.2.2 Select Suitable Test Automation Tools For a Given System Under Test
2 Preparing for Test Automation
2.1 Understand the Configuration of an Infrastructure to Enable Test Automation
2.1.1 The Config Needs of an Infra that Enable Implementation of Test Automation
2.1.2 Explain How Test Automation is Leveraged within Different Environments
2.2 Evaluation Process for Selecting the Right Tools and Strategies
2.2.1 Analyze a SUT to Determine the Appropriate Test Automation Solution
2.2.2 Illustrate the Technical Findings of a Tool Evaluation
3 Test Automation Architecture
3.1 Design Concepts Leveraged in Test Automation
3.1.1 Explain the Major Capabilities in a Test Automation Architecture
3.1.2 Explain How to Design a Test Automation Solution
3.1.3 Apply Layering of Test Automation Frameworks
3.1.4 Apply Different Approaches for Automating Test Cases
3.1.5 Apply Design Principles and Design Patterns in Test Automation
4 Implementing Test Automation
4.1 Test Automation Development
4.1.1 Apply Guidelines that Support Effective Test Automation Pilot & Deployment
4.2 Risks Associated with Test Automation Development
4.2.1 Analyze Deployment Risks and Plan Mitigation Strategies for Test Automation
4.3 Test Automation Solution Maintainability
4.3.1 Explain Which Factors Support and Affect Test Automation Solution Maintain
5 Implementation and Deployment Strategies for Test Automation
5.1 Integration to CI/CD Pipelines
5.1.1 Apply Test Automation at Different Test Levels within Pipelines
5.1.2 Explain Configuration Management for Testware
5.1.3 Explain Test Automation Dependencies for an API Infrastructure
6 Test Automation Reporting and Metrics
6.1.1 Apply Data Collection Methods from the Test Automation Solution
6.1.1 Apply Data Collection Methods from the TAS Part- 2
6.1.2 Analyze Data from TAS and SUT to Better Understand Results
6.1.3 Explain How a Test Progress Report is Constructed and Published
7 Verifying the Test Automation Solution
7.1 Verification of the Test Automation Infrastructure
7.1.1 Plan to Verify the Test Automation Environment Including Test Tool Setup
7.1.2 Explain the Correct Behavior for a Given Automated Test Script and/or Test
7.1.3 Identify Where Test Automation Produces Unexpected Results
7.1.4 Explain How Static Analysis Can Aid Test Automation Code Quality
8 Continuous Improvement
8.1 Continuous Improvement Opportunities for Test Automation
8.1.1 Discover Opportunities for Improving Test Cases Through Data Collection an
8.1.2 Analyze the Technical Aspects of a Deployed Test Automation Solution and P
8.1.3 Restructure the Automated Testware to Align with System Under Test Updates
8.1.4 Summarize Opportunities for Use of Test Automation Tools
Course Conclusion
How to Take ISTQB Exams
Introduction
Introduction to ISTQB Advanced Test Automation Engineer (CTAL-TAE) Course
Preview
ISTQB CTAL-TAE Course Contents
Preview
Entry Requirements for Taking ISTQB CTAL Test Automation Engineering Exam
Preview
1 Introduction and Objectives for Test Automation
1 Introduction and Objectives for Test Automation
Preview
1.1 Purpose of Test Automation
Preview
1.1.1 Explain the Advantages and Disadvantages of Test Automation
Preview
1.2 Test Automation in the Software Development Lifecycle
1.2.1 Explain How Test Automation is Applied Across Different SDLC Model
1.2.2 Select Suitable Test Automation Tools For a Given System Under Test
2 Preparing for Test Automation
2 Preparing for Test Automation
2.1 Understand the Configuration of an Infrastructure to Enable Test Automation
2.1.1 The Config Needs of an Infra that Enable Implementation of Test Automation
2.1.2 Explain How Test Automation is Leveraged within Different Environments
2.2 Evaluation Process for Selecting the Right Tools and Strategies
2.2.1 Analyze a SUT to Determine the Appropriate Test Automation Solution
2.2.2 Illustrate the Technical Findings of a Tool Evaluation
3 Test Automation Architecture
3 Test Automation Architecture
3.1 Design Concepts Leveraged in Test Automation
3.1.1 Explain the Major Capabilities in a Test Automation Architecture
3.1.2 Explain How to Design a Test Automation Solution
3.1.3 Apply Layering of Test Automation Frameworks
3.1.4 Apply Different Approaches for Automating Test Cases
3.1.5 Apply Design Principles and Design Patterns in Test Automation
4 Implementing Test Automation
4 Implementing Test Automation
4.1 Test Automation Development
4.1.1 Apply Guidelines that Support Effective Test Automation Pilot & Deployment
4.2 Risks Associated with Test Automation Development
4.2.1 Analyze Deployment Risks and Plan Mitigation Strategies for Test Automation
4.3 Test Automation Solution Maintainability
4.3.1 Explain Which Factors Support and Affect Test Automation Solution Maintain
5 Implementation and Deployment Strategies for Test Automation
5 Implementation and Deployment Strategies for Test Automation
5.1 Integration to CI/CD Pipelines
5.1.1 Apply Test Automation at Different Test Levels within Pipelines
5.1.2 Explain Configuration Management for Testware
5.1.3 Explain Test Automation Dependencies for an API Infrastructure
6 Test Automation Reporting and Metrics
6 Test Automation Reporting and Metrics
6.1.1 Apply Data Collection Methods from the Test Automation Solution
6.1.1 Apply Data Collection Methods from the TAS Part- 2
6.1.2 Analyze Data from TAS and SUT to Better Understand Results
6.1.3 Explain How a Test Progress Report is Constructed and Published
7 Verifying the Test Automation Solution
7 Verifying the Test Automation Solution
7.1 Verification of the Test Automation Infrastructure
7.1.1 Plan to Verify the Test Automation Environment Including Test Tool Setup
7.1.2 Explain the Correct Behavior for a Given Automated Test Script and/or Test
7.1.3 Identify Where Test Automation Produces Unexpected Results
7.1.4 Explain How Static Analysis Can Aid Test Automation Code Quality
8 Continuous Improvement
8 Continuous Improvement
8.1 Continuous Improvement Opportunities for Test Automation
8.1.1 Discover Opportunities for Improving Test Cases Through Data Collection an
8.1.2 Analyze the Technical Aspects of a Deployed Test Automation Solution and P
8.1.3 Restructure the Automated Testware to Align with System Under Test Updates
8.1.4 Summarize Opportunities for Use of Test Automation Tools
Conclusion and How to Take ISTQB Exams
Course Conclusion
How to Take ISTQB Exams
Preview
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