
Learn prompt engineering techniques to improve AI accuracy in quality assurance, emphasizing clear questions, context and acceptance criteria, and avoiding hallucinations through zero-shot and iterative prompting.
Explore chain of thought prompting by asking AI to reason step by step before answering. See how explicit thinking traces verify logic and reduce hallucinations to refine prompts.
Learn how tokens are building blocks of text, how input and output tokens affect model cost, and why precise prompts and prompt engineering matter for maximizing quality within token limits.
Explore how context window limits and token memory impact AI conversations, and learn token-saving prompt engineering—start with precise prompts, avoid reuploading documents, and use concise follow-ups.
Generate test cases from requirements using AI to convert test plans into functional test cases for user accounts and product catalog, with test data and end-to-end automation.
Generate input and output combinations for unit testing using ai, and transform them into Cucumber Gherkin end-to-end scenarios across frameworks like Selenium or Playwright.
Discover how GitHub Copilot plugins generate code inside editors like VS Code for Playwright and Cypress in JavaScript, then apply the same AI plugins to Java with IntelliJ and Selenium.
Learn to use the GitHub Copilot extension in VS Code as an AI pair programmer to assist Playwright and Cypress testing, with features like code search, optimization, and test generation.
Build an AI agent with MCP servers that convert plain English prompts into automated tests, orchestrating browser actions, database queries, REST API calls, and data in Excel.
SQL Query
Build an agent that performs api testing and reads local files to source data, using rest api and filesystem mcp servers and postman collections to follow api contracts.
Learn how to build an AI agent that reads and writes to Excel files using an MCP server, enabling end-to-end automation from browser to API calls and local file systems.
Build a Playwright test automation project with an AI agent and MCP. Create a shopping test using exact DOM locators and run in headed mode.
Create custom chat modes inside GitHub Copilot agent mode using configure modes to restrict capabilities by tool, enabling browser and database agents under admin-controlled permissions for safe testing.
explore the advantages of multi agents over a single agent, including reduced complexity, isolated updates, and potential parallel execution with browser and database sub agents.
Discover n8n, a no-code workflow automation platform that combines AI capabilities with node-based integrations to automate business processes, from Google Sheets data to Gmail or Telegram alerts.
Sign up for Jira cloud or server, choose a scrum template, and create a credit card banking project to practice day-to-day QA tasks in an Atlassian environment.
Learn to build an end-to-end no-code n8n workflow that connects Jira cloud with an AI agent to auto-create bugs, manage issues, and email Jira IDs via Gmail.
Expose a public chat URL for your n8n workflow and interact with it via a webhook, enabling chat-driven automation with Google Sheets, Jira, and email integrations.
Generate api tests in Cypress and Playwright from the given contract, covering add, get, and delete book operations, using fixtures and custom commands to compare nested json responses.
Learn to generate complex sql queries with ai for database validations in e-commerce. Use inner joins, group by, and order by to identify top city sales and top categories.
Course last Updated -June 2026 with topic : Claude Code Skill System workflows
AI is no longer just a buzzword in software testing. It is becoming a real productivity multiplier for QA engineers, automation testers, and quality engineering teams. This course is built to help you move beyond theory and learn how to actually use AI tools, AI agents, Claude Code, GitHub Copilot, MCP servers, n8n workflows, and low-code AI testing platforms in practical testing scenarios.
We begin with the fundamentals by covering AI testing terminology, privacy and security considerations, prompt engineering, token concepts, context window limitations, and techniques to generate better AI responses. You will learn how to use AI effectively for creating test plans, test cases, test strategies, and test data combinations from business requirements.
The course then moves into hands-on implementation. You will see how GitHub Copilot can help fix code issues and speed up automation development inside real coding environments. From there, we dive deep into Model Context Protocol (MCP) and show how to build powerful automation agents that can interact with browsers, APIs, SQL databases, local files, Excel sheets, and Git workflows.
A major highlight of this course is Building Agentic AI for Quality Engineering with Claude Code. You will learn how to work with Claude Code skill systems, create domain knowledge skills, design agent skills, avoid context bloat with smart references, and build agents that can understand project documentation, generate test scenarios, design test strategies, write tests, run tests, and even help fix failed tests by referring back to domain docs.
You will also learn how sub-agents, multi-agent collaboration, and agentic AI solutions can be used to break down complex QA responsibilities into specialized roles. In addition, the course demonstrates how to build AI agents with n8n automation workflows, integrate with tools like Jira and Google Sheets, and create practical business-oriented automation flows.
The learning does not stop there. You will also explore AI-powered API testing, AI-exclusive low-code testing tools, self-healing automation concepts, and privacy-first offline LLM setups to securely handle project domain knowledge in enterprise-friendly environments.
This course is ideal for:
QA Engineers
Automation Testers
SDETs
Manual Testers moving into AI-powered QA
Engineers curious about Claude Code, Copilot, MCP, n8n, and Agentic AI for testing
If you want to understand where QA is heading and learn how to boost testing productivity with practical AI-driven workflows, this course gives you a complete roadmap with demos, examples, and modern tools that are shaping the future of quality engineering.