
Please check out AI Technologies, each technolgy has it's own logic. You don't need to remember all, just need to know there's different types of logic to use when create AI. If you need more examples for each logic please use chatgpt.
Explore how artificial intelligence models run on hardware from cloud training to mobile inference, compare CPUs and GPUs, and learn about ASICs, SoCs, and neuromorphic chips.
In this session, you will get to know about AI Frameworks. Just like how we use Framework as a tool to build our software system, we also use AI Frameworks to build AI systems. You don't have to learn all the frameworks, because these framework changes quick. However you need to know how to read framework document that's available and from the document you need to know how to use it, that's also how you should answer in interview.
In earlier session we have talked about one of the main ways to get AI components, do you remember? it was AIaaS. On this session we are going to talk about the another main way -- which is Pre-trained Models. Please check the course document to understand what is Pre-trained models, and differences with AIaas.
Please carefully read the document for transfer learning ~ it's a self study session.
Explore how AI-based systems differ from traditional software by examining flexibility, adaptability, autonomy, and evolution, and learn to test for bias, ethics, safety, and explainability.
Please read the document very carefully, this is a very easy session. You can just understand the whold concept by reading it.
This self-study guide is designed to help learners independently understand how to select the right machine learning approach and recognize common modeling issues like overfitting and underfitting. Through real-world explanations and tester-focused insights, you’ll learn how to evaluate ML problems, choose between supervised, unsupervised, and reinforcement learning, and understand what factors influence algorithm selection. You'll also explore how model complexity can affect performance — and how to detect when things go wrong.
This guide requires no prior instruction and is written in an accessible, conversational style to support deep understanding even for self-paced learners.
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Master AI tester skills by understanding training, validation, and test datasets in a self-paced, accessible course. Read the official ISTQB AI testing syllabus to connect concepts and deepen understanding.
Once you finish session course, please download the assignment and follow the instuctions, also download data set file use it as demo data for your assignment
Please download self study script
Please download self study script
Explore the confusion matrix to evaluate classification models, mastering true positives, true negatives, false positives, and false negatives, and compare accuracy, precision, recall, and f1 score for tester-led decision making.
Please download self study session, please read the document carefully
You will have self learning session, please download the document.
Learn how to specify AI based systems with flexible, data-driven requirements, and apply a layered testing approach from input data testing, ML model testing, to component, integration, and acceptance testing.
Learn to detect concept drift and implement an ml test approach combining risk analysis, data quality checks, and a/b testing to ensure explainable, robust models.
Please download the self study version
Are you ready to step into one of the fastest-growing roles in the tech industry?
Artificial Intelligence is changing everything – including how we test software. This course is your complete roadmap to becoming an AI/ML Tester, even if you have no prior experience with AI or machine learning.
Based on the official ISTQB Certified Tester AI Testing (CT-AI) syllabus, this course gives you the practical knowledge and skills to understand AI systems and confidently test them. Whether you're a manual tester, automation engineer, QA lead, or aspiring tech professional, this course will help you stay ahead of the curve and land opportunities in this exciting and future-proof field.
- What You’ll Learn
The fundamentals of AI and machine learning, including key algorithms and data concepts
The challenges of testing AI-based systems and how they differ from traditional software
Hands-on techniques for adversarial testing, metamorphic testing, pairwise testing, back-to-back testing, and more
How to use AI tools to support software testing – including defect prediction, test case generation, and regression optimization
How to test machine learning models, evaluate data quality, and ensure fairness, transparency, and safety
Real-world AI testing practices and how to align them with industry standards like ISTQB CT-AI
- Who This Course Is For
Manual and automation testers looking to upskill into AI/ML testing
QA engineers and software developers curious about AI’s role in testing
Anyone preparing for the ISTQB AI Testing certification
Tech professionals interested in cutting-edge testing roles
Beginners in AI who want to break into this career path with clear guidance