ISTQB Advanced Level Technical Test Analyst Course

• Professional Background: Learner should have substantial experience in software testing, ideally having completed the ISTQB Foundation Level Certification. Practical knowledge of testing techniques, including test design and execution, will significantly benefit learners. 

• Language Proficiency: Learners must possess a strong command of English, as all course content, discussions, and assessments are conducted in English. 

• Interest in Technical Testing: The course is ideal for individuals seeking to advance their careers in testing, focusing on the technical aspects of test analysis, test design, and test management for complex software applications. 

• Master Advanced Test Design Techniques: Develop the ability to apply advanced test design methods, including boundary value analysis, decision tables, and state transition testing, to ensure comprehensive test coverage. 

• Enhance Test Automation Knowledge: Gain insights into test automation frameworks, scripting languages, and tools, learning how to integrate automated testing into the development process for more efficient and reliable testing. 

• Strengthen Test Management Skills: Learn how to manage and prioritise test cases, track defects, and ensure the efficiency of testing processes, contributing to the overall quality assurance strategy within the team. 

• Improve Technical Communication: Master the art of clearly documenting and reporting test results, communicating effectively with both technical and non-technical stakeholders, and ensuring transparency in the testing process. 

• Navigate Complex Testing Scenarios: Develop the skills to handle complex testing environments, including performance testing, security testing, and risk-based testing, to deliver high-quality software products in challenging conditions. 

• Utilise Testing Tools Effectively: Learn how to leverage modern testing tools, including those for test case management, defect tracking, and continuous integration, to streamline testing processes and enhance collaboration among development teams. 

This course is designed for experienced professionals in Software Testing who aspire to advance their careers by gaining specialised expertise in technical testing strategies and methodologies. It is particularly suited for: 

• Technical Test Analysts 

• Test Engineers 

• Test Automation Specialists 

• Senior Software Testers 

• Quality Assurance Engineers 

• Test Leads 

• Technical Test Consultants 

Module 1: Technical Test Analyst's Tasks in Risk-Based Testing

• Introduction

• Risk-Based Testing Tasks

• Risk Identification

• Risk Assessment

• Risk Mitigation
   

Module 2: White-Box Testing Techniques

• Introduction

• Techniques of White-Box Testing

• Statement Testing

• Decision Testing

• Modified Condition/Decision Testing

• Multiple Condition Testing

• Basis Path Testing

• API Testing

• Selecting a White-Box Test Technique
   

Module 3: Static and Dynamic Analysis

• Introduction

• Static Analysis

• Control Flow Analysis

• Data Flow Analysis

• Improving Maintainability

• Dynamic Analysis

• Detecting Memory Leaks

• Detecting Wild Pointers

• Analysis of Performance Efficiency
   

Module 4: Quality Characteristics for Technical Testing

• Introduction

• General Planning Issues

• Stakeholder Requirements

• Test Environment Requirements

• Required Tool Acquisition and Training

• Organisational Considerations

• Data Security and Data Protection

• Security Testing

• Security Test Planning

• Security Test Specification

• Reliability Testing

• Performance Testing

• Maintainability Testing

• Portability Testing

• Compatibility Testing

• Operational Profiles

Module 5: Reviews

• Technical Test Analyst Tasks in Reviews

• Using Checklists in Reviews

• Architectural Reviews and Code Reviews

 Module 6: Test Tools and Automation

• Defining the Test Automation Project

• Selecting the Automation Approach

• Automating Through the GUI

• Applying a Data-Driven Approach

• Applying a Keyword-Driven Approach

• Considering System State

• Handling Software Failures

• Modeling Business Processes for Automation

• Specific Test Tools

• Fault Seeding Tools

• Fault Injection Tools

• Performance Testing Tools

• Tools for Testing Websites

• Tools to Support Model-Based Testing

• Component Testing and Build Tools

• Tools to Support Mobile Application Testing

• Simulators and Common Aspects