Overview

Coursera Plus Flash Sale: All Certificates & Courses 40% Off. 72 Hours Only!

Grab it

This course offers a comprehensive exploration of both static and dynamic analysis techniques, along with a deep dive into quality characteristics crucial for technical testing. Beginning with an introduction to static analysis, the course covers essential techniques such as code reviews and static code analysis tools, and moves on to dynamic analysis, focusing on performance, load, and stress testing. Learners will also gain insights into quality characteristics like security, reliability, performance, and maintainability testing, supported by practical examples and case studies. This course is designed to equip participants with the skills needed to effectively implement both static and dynamic testing practices, ensuring high-quality software products. Learning Objectives 1. Describe static and dynamic analysis concepts and their role in software testing. 2. Apply techniques and best practices for static and dynamic analysis. 3. Evaluate quality characteristics, including security, reliability, and performance in technical testing. 4. Implement effective strategies for maintainability, portability, and compatibility testing. Target Audience This course is intended for advanced participants who have already gained several years of practical experience in software testing and have completed the basic ISTQB Certified Tester Foundation Level (CTFL) course. It is ideal for professionals looking to reinforce their existing knowledge with more robust theoretical concepts and gain deeper insights into advanced testing practices. It is particularly suited for professionals aiming to enhance their skills in advanced testing techniques and quality assurance methodologies. Prerequisites 1. Foundation Level Certification: Learners should ideally hold the ISTQB Certified Tester Foundation Level (CTFL) certification, as this course builds on the foundational concepts covered at that level. 2. Basic Understanding of Software Testing: A fundamental understanding of software testing principles, methodologies, and processes, including test design techniques and the testing life cycle, is required. Please refer to this link for detailed prerequisites- https://www.istqb.org/certifications/technical-test-analyst

Syllabus

Static Analysis

This module focuses on static analysis, a method used to examine code without executing it. Learners will gain insights into the importance and benefits of static analysis, explore various techniques, and learn how to implement them effectively. By understanding static analysis, participants can detect and correct defects early in the development cycle, improving code quality and reducing costs.

Dynamic Analysis

This module delves into dynamic analysis, which involves examining the behavior of software by executing it. Participants will learn about the fundamental concepts and benefits of dynamic analysis, explore various testing techniques such as performance, load, and stress testing, and discover best practices for implementing dynamic analysis in their projects.

Quality Characteristics for Technical Testing

This module covers essential quality characteristics crucial for technical testing, including security, reliability, and effective planning strategies. Learners will explore different types of testing and understand how to plan and implement them to ensure comprehensive software quality. By mastering these quality characteristics, participants can enhance their testing processes and deliver robust software solutions.

Performance, Maintainability, and Other Testing Types

This module explores various specialized testing types, including performance, maintainability, portability, and compatibility testing. Participants will learn the basics and techniques of each testing type, understand the tools available, and discover how to create operational profiles. This knowledge will enable learners to address diverse testing needs and ensure comprehensive software quality.