
Understand AI evolution from symbolic to generative; explain how LLMs function, including model types (foundation, instruction-tuned, reasoning) and multimodal capabilities.
Explore how GenAI supports testing tasks — test analysis, design, defect reporting, and automation — using LLM reasoning and summarization.
Practical walkthrough showing how a prompt generates, evaluates, and refines test cases from a sample user story using ChatGPT.
Learn prompt structure (role + context + task + constraints) and techniques like zero-shot, few-shot, and chain-of-thought prompting.
In this demo, we’re going to practice what we learned in the last lesson — how to design, test, and refine prompts that deliver accurate results for software testing tasks.
Apply structured prompting for requirement analysis, test design, implementation, regression, and reporting.
In this demo, we’ll look at how to use prompt chaining — a step-by-step technique that lets us work with GenAI iteratively to refine our results.
In this demo, we’ll use GenAI to generate functional test cases from a user story, and refine them step-by-step.
In this demo, we’ll look at using few-shot prompting to generate Gherkin-style test cases from a new user story.
In this hands-on demo, we’re going to pull everything together. You’ll learn how to choose the right prompting technique for a given software-testing task — whether it needs precision, repetition, or adaptability.
Evaluate GenAI outputs using metrics (accuracy, coverage, relevance) and iterative refinement loops for higher quality.
Identify common LLM issues (fabrication, flawed reasoning, bias) and learn to detect and mitigate them.
Understand data privacy, leakage, and confidentiality concerns when using GenAI tools in QA.
Explore frameworks and standards (ISO/IEC 42001, EU AI Act, NIST AI RMF) relevant to software testing.
Understand architecture for AI-assisted testing: APIs, RAG, vector databases, and agent frameworks.
Learn fine-tuning concepts, data selection, and operational management (deployment, CI/CD, monitoring).
Define a GenAI adoption roadmap, phases (pilot → scale), and risk control (shadow AI, governance, and ROI).
Identify team roles, skills, and process evolution needed for AI-enabled QA teams.
Generative AI is reshaping the software testing world and testers who learn how to use it effectively will gain a massive career advantage. This course gives you a complete, structured, and practical guide to applying Generative AI and Large Language Models (LLMs) across the entire testing lifecycle, fully aligned with the ISTQB® Certified Tester – Foundation Level: GenAI (CT-GenAI) syllabus.
Whether you’re a manual tester, automation engineer, SDET, QA lead, or preparing for the official ISTQB exam, this course will help you confidently integrate GenAI into real testing tasks.
You’ll learn how to design structured prompts, apply prompt engineering techniques, generate high-quality acceptance criteria and test cases, analyze screenshots with multimodal prompts, and refine AI outputs using ISTQB-aligned evaluation metrics. You’ll also explore how to identify and mitigate common AI risks like hallucinations, reasoning errors, bias, privacy concerns, and security vulnerabilities.
Beyond the fundamentals, you’ll dive into modern test-AI architectures including Retrieval-Augmented Generation (RAG), vector databases, and LLM-powered test agents, plus fine-tuning concepts and LLMOps practices for deploying GenAI at scale.
Throughout the course, you’ll complete hands-on exercises and demos, including prompt chaining, few-shot prompting, test case generation, prioritization, and building a mini RAG-based test assistant.
By the end, you’ll not only master GenAI-enabled testing but be fully prepared to sit for the ISTQB CT-GenAI certification exam with confidence.
Enroll today and become the AI-empowered tester the industry needs next.