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 Duration 21 hours

Course Outline

Foundations of AI in QA

  • The basics of Artificial Intelligence
  • Distinguishing between Machine Learning, Deep Learning, and Rule-based Systems
  • The progression of software testing driven by AI
  • Primary advantages and potential challenges of AI in QA

Essential Data and ML Concepts for Testers

  • Differentiating between structured and unstructured data
  • Understanding features, labels, and training datasets
  • Overview of Supervised and Unsupervised Learning
  • Introduction to model assessment metrics (accuracy, precision, recall, etc.)
  • Analysis of real-world QA datasets

Practical AI Applications in QA

  • Automating test case generation with AI
  • Predicting defects using ML techniques
  • Optimizing test prioritization and risk-based strategies
  • Implementing visual testing via computer vision
  • Performing log analysis and anomaly detection
  • Applying NLP for automated test scripts

AI Tools and Technologies for QA

  • Survey of AI-enabled QA platforms
  • Leveraging open-source libraries (e.g., Python, Scikit-learn, TensorFlow, Keras) for QA prototypes
  • Role of LLMs in test automation
  • Creating a basic AI model to forecast test failures

Embedding AI into QA Workflows

  • Assessing the AI-readiness of current QA processes
  • Integrating AI into CI/CD pipelines for continuous intelligence
  • Architecting intelligent test suites
  • Handling AI model drift and managing retraining schedules
  • Ethical implications of AI-driven testing

Practical Labs and Capstone Exercise

  • Lab 1: Automating test case creation with AI
  • Lab 2: Developing a defect prediction model from historical test data
  • Lab 3: Utilizing LLMs to audit and refine test scripts
  • Capstone: End-to-end deployment of an AI-powered testing pipeline

Requirements

Prospective participants are expected to possess:

  • At least two years of professional experience in software testing or QA roles.
  • Working knowledge of test automation frameworks (such as Selenium, JUnit, or Cypress).
  • Fundamental programming proficiency, ideally in Python or JavaScript.
  • Practical experience with version control systems and CI/CD tools (including Git and Jenkins).
  • No prior background in AI or ML is necessary, although a strong curiosity and a readiness to experiment are highly valued.

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