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Mobile App Testing Using Appium Course

Mobile App Testing Using Appium Course Course

Edureka’s Appium Training delivers end-to-end mobile automation skills—from environment setup to advanced gestures and CI/CD—through hands-on labs and real-device testing.

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9.6/10 Highly Recommended

Mobile App Testing Using Appium Course on Edureka — Edureka’s Appium Training delivers end-to-end mobile automation skills—from environment setup to advanced gestures and CI/CD—through hands-on labs and real-device testing.

Pros

  • Deep coverage of both Android and iOS automation with native, hybrid, and web contexts
  • Strong emphasis on framework design (POM) and parallel execution on real and cloud-based devices
  • Integration with CI/CD and comprehensive reporting for production-grade test pipelines

Cons

  • Assumes prior programming knowledge in Java or Python; beginners may need preliminary scripting courses
  • Limited focus on performance or accessibility testing for mobile apps

Mobile App Testing Using Appium Course Course

Platform: Edureka

Instructor: Unknown

What will you learn in Mobile App Testing Using Appium Course

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  • Set up and configure Appium for Android and iOS automation, including SDKs, emulators/simulators, and device farms

  • Write robust mobile test scripts using the Appium client libraries (Java/Python) and TestNG/JUnit frameworks

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  • Automate native, hybrid, and mobile-web applications: element identification (UIAutomator, XCUITest), gestures, and context switching

  • Implement advanced features: data-driven testing, page object model, parallel execution on Appium Grid, and integration with Selenium Grid

Program Overview

Module 1: Introduction to Mobile Automation & Appium

⏳ 1 hour

  • Topics: Mobile testing concepts, Appium architecture, client–server model

  • Hands-on: Install Java/Python bindings, Node.js, and configure Android SDK & Xcode for iOS

Module 2: Setting Up the Automation Environment

⏳ 2 hours

  • Topics: Configuring emulators/simulators, real device setup, Appium Inspector

  • Hands-on: Launch emulator and simulator, inspect app elements, and write your first “Hello Appium” test

Module 3: Locators & Basic Test Scripts

⏳ 2 hours

  • Topics: Finding elements by accessibility ID, UIAutomator2 (Android), XCUITest (iOS), XPath; implicit/explicit waits

  • Hands-on: Automate basic app flows—launch app, click buttons, enter text, and verify UI elements

Module 4: Native & Hybrid App Automation

⏳ 2.5 hours

  • Topics: Context switching between native and webview, automating hybrid apps, handling web-based screens

  • Hands-on: Automate a sample hybrid application, switch contexts, and interact with web elements

Module 5: Gestures & Advanced Interactions

⏳ 1.5 hours

  • Topics: Touch actions (tap, swipe, pinch, scroll), multi-touch gestures, device rotation, and biometric simulations

  • Hands-on: Script complex gesture sequences and validate their effects within the app

Module 6: Framework Design & Page Object Model

⏳ 2 hours

  • Topics: Designing reusable test frameworks, implementing Page Object Model (POM), data-driven testing with Excel/CSV

  • Hands-on: Refactor existing scripts into POM structure and parameterize tests for multiple data sets

Module 7: Parallel Execution & Device Farms

⏳ 1.5 hours

  • Topics: Setting up Appium Grid, parallel test execution across devices, integrating with BrowserStack/Sauce Labs

  • Hands-on: Configure a local Appium Grid and run tests concurrently on multiple Android and iOS devices

Module 8: Reporting, CI/CD Integration & Best Practices

⏳ 1.5 hours

  • Topics: Generating HTML/XML reports, capturing logs/screenshots, integrating tests into Jenkins pipelines

  • Hands-on: Create a Jenkins job to trigger Appium tests on code commits and publish test reports

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Job Outlook

  • Mobile Automation Engineer: $80,000–$120,000/year — design and execute mobile automation test suites for consumer and enterprise apps

  • QA Automation Architect: $90,000–$140,000/year — architect scalable frameworks supporting cross-platform testing and CI/CD integration

  • DevOps/TestOps Engineer: $85,000–$130,000/year — integrate automated mobile tests into DevOps pipelines, leverage cloud device farms

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FAQs

Do I need prior Six Sigma or statistical knowledge to take this course?
No prior Six Sigma experience required; basic statistics knowledge helpful. Learn Lean principles, DMAIC roadmap, and process improvement basics. Hands-on Minitab exercises for real-world data analysis. Apply SIPOC, CTQ trees, and process mapping in exercises. Build foundational skills for process improvement roles across industries.
Will I learn to implement the full DMAIC process?
Define Phase: project scoping, VOC, CTQ trees. Measure Phase: data collection, MSA, descriptive stats. Analyze Phase: root-cause analysis, hypothesis testing, regression. Improve Phase: Lean tools, DoE, FMEA, pilot testing. Control Phase: control charts, SOPs, SPC implementation.
Are Lean tools and statistical techniques covered?
Apply Lean tools: 5S, Kaizen events, Value Stream Mapping. Conduct hypothesis testing, regression analysis, and ANOVA. Use Minitab for statistical computation and visualization. Develop FMEA for risk mitigation and process improvement. Integrate Lean and Six Sigma techniques for workflow optimization.
Can this course help me pursue a career in process improvement?
Prepare for Six Sigma Green Belt roles with ASQ/ICGB certification prep. Build skills for Process Excellence Analyst and Continuous Improvement Manager positions. Lead quality and operational improvement projects. Gain portfolio-ready DMAIC project experience. Learn industry-standard Minitab tools for workplace application.
Will I complete hands-on projects and a capstone?
Hands-on labs for each DMAIC phase using real datasets. Design experiments, analyze root causes, and test improvements. Create control charts and sustain process gains. Capstone project simulates end-to-end process improvement. Present findings and quantify benefits to demonstrate skills.

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