
Design, build, and operate a scalable on-prem QA automation infrastructure from fundamentals to full-scale systems. Own your test environment, addressing slow or unreliable tests and CI bottlenecks.
Identify who benefits: junior qa engineers, mid-level qa engineers, and senior leads, and learn to scale tests using Selenium Grid, Docker, and K8s, with parallel runs across browsers and devices.
Scale your testing infrastructure to match team size. Build a Selenium grid with Docker-based browser nodes for parallel tests and scalable scheduling across small, medium, and large teams.
Explore modern QA automation architecture and how test code runs reliably across browsers, devices, and platforms, scaled with Docker, Selenium Grid, Appium, Kubernetes, and macOS nodes in a private network.
Discover Selenium grid architecture, from hub and nodes to a distributed grid with router, distributor, and event bus. Set up grid with Docker, run tests, and map to Kubernetes.
Learn to run Selenium Grid locally with docker compose, configuring hub and browser nodes (Chrome, Edge, Firefox), and tune max sessions and resources for parallel testing.
Kubernetes with KEDA supports autoscaling for a scalable selenium grid and centralized resource management, while Docker on multiple machines relies on pre-defined nodes and manual limits.
Discover the basics of Kubernetes and why QA engineers should care, including pods, nodes, services, deployments, namespaces, and Keda autoscaling for on-demand parallel test execution.
Configure a three-node Kubernetes cluster locally using VirtualBox and Debian, including network setup, Docker and kubeadm installation, and joining worker nodes with Flannel networking.
Deploy Selenium Grid on Kubernetes using Helm, configuring hub and Chrome/Firefox nodes with ingresses, autoscaling via KEDA, and node ports for external access.
Integrate macOS as an external Selenium Grid node in Kubernetes by exposing ports, applying the service, and using a Tamil configuration to run remote Safari automation.
Set up Appium 2.18 to run iOS tests with the XCUITest driver, configure Xcode and Safari driver, and deploy Selenium grid hub for iPhone 16 and iPhone 13 Pro Max.
Demonstrates a practical C# Selenium framework on a Kubernetes grid with a remote driver. Uses page objects and config to run Chrome, Firefox, Safari, and iOS Appium tests in parallel.
Design and scale qa infrastructure with docker, kubernetes, and selenium grid, including macOS and iOS notes, and automate daily testing with ci/cd, monitoring, and cloud-ready terraform and ansible workflows.
Ready to take full control of your QA Automation infrastructure? This course is designed to help you build a modern, scalable, and team-owned test environment from scratch. Forget about relying on external device farms or vendor-managed solutions - you’ll gain the knowledge and confidence to run tests reliably across multiple browsers and devices.
Throughout the course, you’ll explore how a real-world QA infrastructure is structured, from Docker containers to Kubernetes clusters, and how it supports complex, parallel test execution. You’ll understand the workflows behind running Selenium tests on Chrome, Firefox, and Safari on macOS, and how to integrate Appium with the iOS Simulator for mobile automation.
This course emphasizes practical, hands-on skills. Instead of theory, you’ll see how QA engineers set up and manage infrastructure, troubleshoot common issues, and optimize environments for speed, reliability, and scalability. By the end, you’ll not only be able to deploy and manage your own Selenium Grid, but you’ll also have the blueprint to adapt it to your team’s unique needs.
This is not a course on writing Selenium tests from scratch, nor is it DevOps theory. It’s a step-by-step guide to building real-world QA infrastructure, crafted by QA engineers for QA engineers. If you want to move beyond local test runs and take full ownership of your automation environment, this course is your roadmap to doing it successfully.