ISTQB® Certified Tester - AI Testing (CT-AI)

Price
Net: €
VAT: €

Price
Price on Request

Duration
3 days

For companies and job seekers:
this course is 100% fundable!
 

Location

Course Language
English

Training Solutions
Online Live

Intelligent systems make decisions based on data. Quality assurance must therefore systematically test models, training processes, and dynamic behavior. Current expertise in the field of AI testing combines classic testing methodology with data science and modern software architecture.

Key topics

  • Special features of AI systems in a testing context.
  • Verification and validation of machine learning models.
  • Test data management and data integrity.
  • Explainability, fairness, and bias control.
  • Testing strategy for adaptive and self-learning systems.
  • Governance, compliance, and risk management.

Prerequisites
Experience in software testing or quality assurance; understanding of basic development processes and test concepts.

Target audience
QA professionals, test analysts, IT project managers, development teams, data analysts, and those responsible for AI-supported products.

Conclusion
: Structured testing procedures for AI create reliability, traceability, and trust in data-based applications—essential for organizations that want to shape innovation responsibly.

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Course Content
  • AI-Based and Conventional Systems
  • Narrow AI, general AI, and super AI
  • Different Types of AI Technologies
  • Generative AI
  • Hardware for machine learning systems
  • Development and deployment of AI models
  • Machine learning development frameworks
  • Regulations and Standards for AI
  • AI-Specific Quality Characteristics
  • AI and Security
  • Acceptance Criteria for AI-Based Systems
  • Various Forms of Machine Learning
  • The Machine Learning Process
  • Pre-trained models
  • Fine-tuning
  • Retrieval-Augmented Generation
  • Data Preparation Measures
  • Calculation of Performance Metrics for Machine Learning
  • Structure and Functioning of a Deep Neural Network
  • Coverage Metrics for Neural Networks
  • Closed and Adaptive AI-Based Systems
  • Rationale for a Statistical Approach to Testing AI-Based Systems
  • Test oracles for AI-based systems
  • Test Generative AI
  • Red Teaming
  • Testing Levels for Machine Learning Systems.
  • Risk-Based Testing of Machine Learning Systems.
  • Risks Associated with Input Data and Measures to Mitigate Them
  • Bias Check
  • Data pipeline check
  • Data representativeness check
  • Data restriction test
  • Label Accuracy Test
  • Risks Associated with Machine Learning Models and Measures to Mitigate Them
  • Documentation and Validation of Machine Learning Models
  • Functional performance tests for probabilistic machine learning systems
  • Adversarial Testing for Machine Learning Systems
  • Metamorphic Tests
  • Drift Tests
  • Tests for overfitting and underfitting
  • A/B tests
  • Back-to-back tests
  • Risks in Machine Learning Development and How to Mitigate Them.
  • Testing During the Deployment of Machine Learning Systems.

Frequently asked questions

  • AI testing refers to the systematic testing of AI-based systems and machine learning models. The focus is on data quality, model behavior, bias, traceability, risk analysis, and special testing methods for learning systems.
  • Key topics include the fundamentals of AI and machine learning, testing strategies for AI systems, data validation, bias detection, model evaluation, testing environments, and risks and quality assurance for AI-based applications.
  • Basic knowledge of software testing is recommended, as well as ISTQB Foundation certification, ideally. Basic knowledge of data analysis, machine learning, or AI concepts facilitates understanding of the test methods.
  • This topic is relevant for software testers, test managers, QA engineers, data scientists, AI engineers, developers, and those responsible for quality assurance in AI or data-driven projects.
  • AI systems make autonomous decisions and are based on training data. Testing procedures must therefore evaluate data quality, model behavior, fairness, robustness, and transparency in order to reduce risks, wrong decisions, and bias.
  • The focus is on data dependency, non-deterministic results, and learning models. Classic testing methods are expanded to include procedures for data validation, model evaluation, bias analysis, and continuous quality assurance.
  • Certification documents expertise in testing strategies for AI-based systems. Organizations benefit from structured quality assurance, while professionals demonstrate competence in a rapidly growing technology field.
  • Areas of application include machine learning, such as automated decision-making processes, image recognition, speech processing, and predictive analytics. The goal is reliable quality, secure systems, and traceable AI results.

Do you have any further questions? Please contact us.