Description
PRC1003 – Artificial Intelligence United: GenAI-Assisted Test Automation Engineer (GenAiA-TAE)
Overview
The GenAI-Assisted Test Automation Engineer (GenAiA-TAE) certification program is designed to validate professionals’ competency in applying Generative Artificial Intelligence (GenAI) to test automation activities in a structured, responsible, and governed manner.
This program integrates core test automation foundations—architecture, strategy, development, execution, maintenance, and governance—with GenAI-assisted practices. Participants will learn how GenAI can enhance automation efficiency, quality, diagnostics, and sustainability while maintaining human accountability, ethical use, and industry best practices.
The certification aligns GenAI-assisted techniques with established automation principles, ensuring participants are capable of applying AI responsibly in real-world software testing and quality engineering environments.
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This program can be tailored to your specific business needs.
A little bit of personalization goes a long way. Ask us for a no-obligation Training Needs Analysis (TNA) so we can tailor this, or any other CSG program to meet your learning outcomes.
Objectives
Objectives At the end of the training, participants would be able to:
- Understand the role and impact of GenAI in modern test automation practices
- Design and evaluate effective test automation architectures and frameworks
- Apply GenAI to support test design, development, execution, and maintenance
- Analyze automation results and failures using structured, data-driven approaches
- Manage test data and environments with GenAI support while ensuring compliance
- Apply ethical, risk, and governance principles in GenAI-assisted testing
Duration
Duration 4 Days
Target Audience
Target Audience - Test Automation Engineers
- QA Automation Engineers
- Software Development Engineers in Test (SDET)
- Test Leads and QA Leads
- Professionals involved in automated software testing
Modules:
Module 1: Foundations of Test Automation
- Purpose and benefits of test automation
- Limitations and risks of automation
- Role and responsibilities of the Test Automation Engineer
Module 2: Introduction to GenAI in Testing
- Overview of Generative AI and Large Language Models (LLMs)
- Evolution of software testing and automation
- Opportunities and constraints of GenAI in testing
Module 3: Test Automation Architecture & Frameworks
- Test automation architecture layers
- Types of automation frameworks
- Tool selection considerations
- Integrating GenAI within automation frameworks
Module 4: Automation Strategy & Governance
- Defining an automation strategy
- Scope, prioritization, and ROI of automation
- Risk management and governance for GenAI usage
Module 5: GenAI-Assisted Test Design & Development
- Test script design principles
- Maintainability and reusability
- GenAI-assisted test script creation and optimization
- Human review and validation of AI-generated artifacts
Module 6: Test Execution, Analysis & Reporting
- Automated test execution management
- Failure analysis and defect reporting
- GenAI-assisted diagnostics and insight generation
Module 7: Test Data & Environment Management
- Test data requirements
- Synthetic data generation using GenAI
- Data privacy, security, and compliance considerations
Module 8: Automation Maintenance & Continuous Improvement
- Automation maintenance challenges
- Managing technical and automation debt
- GenAI-assisted maintenance and optimization strategies
Module 9: Ethics, Risk & Responsible Use of GenAI
- Ethical considerations in AI-assisted testing
- Bias, hallucination, and intellectual property risks
- Human-in-the-loop governance and accountability