Selenium Automation with Python – Real-Time Framework Development-Live Training
(Python Automation, Selenium UI Testing, PyTest Framework, BDD with Behave, Robot Framework, API & DB Testing, CI/CD Integration, Real-Time Framework Project)
This comprehensive Automation Testing Master Program is designed to transform you into an industry-ready Automation Test Engineer. The course starts with strong foundations in Python programming and gradually advances into Selenium Web Automation, PyTest Framework, BDD with Behave, Robot Framework, API & Database Testing, and CI/CD integration using Jenkins.
You will not just learn tools — you will build real-time automation frameworks from scratch, implement best practices like Page Object Model (POM), logging, configuration management, parallel execution, reporting (Allure & HTML), and cross-browser execution, and understand how automation fits into modern DevOps pipelines.
About the Instructor:
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Radhakrishnan is a highly accomplished Automation Testing Expert with over 10+ years of hands-on experience in Selenium, Python, and Real-Time Test Automation Framework Development. He has successfully designed and implemented Scalable Hybrid Frameworks, Data-Driven Frameworks, and Enterprise-Level Automation Solutions across domains like Banking, Healthcare, and E-Commerce. Throughout his career, Radhakrishnan has led multiple Automation Transformation Initiatives, helping organizations transition from Manual Testing to Robust Automation Ecosystems integrated with CI/CD Pipelines. His expertise includes Selenium WebDriver, PyTest, Unittest, API Automation, Git, Jenkins, Docker, and Framework Architecture Design using Industry Best Practices. Radhakrishnan is his ability to simplify Complex Automation Concepts — including Framework Structuring, Reusable Utilities, Parallel Execution, Reporting Mechanisms, and CI/CD Integration — into clear, practical steps. |
Live Sessions Price:
For LIVE sessions – Offer price after discount is 300 USD 259 89 USD Or USD13000 INR 12900 INR 6900 Rupees
OR
Free Demo On:
Indian Timings: 9th March @9 PM – 10 PM (IST)/
U.S Timings: 9th March @11:30 AM – 12:30 PM (EST)/
U.K Timings: 9th March @3:30 PM – 4:30 PM (BST)
Class Schedule:
For Participants in India: Monday to Friday @9 PM – 10 PM (IST)
For Participants in the US: Monday to Friday @11:30 AM – 12:30 PM (EST)
For Participants in the UK: Monday to Friday @3:30 PM – 4:30 PM (BST)
What students have to say about Radha Krishnan:
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⭐️This course helped me transition from manual testing to automation confidently. The Python fundamentals + Selenium + framework design modules are excellent. Radhakrishnan’s explanations are clear and practical.— Akash T. ⭐️The real-time framework projects and CI/CD lessons were the best part! I could implement everything I learned on my job immediately. Highly recommended for serious automation learners.— Ayesha ⭐️Great content and very structured syllabus. The instructor explains complex topics like BDD, PyTest fixtures, and parallel execution in a way that’s easy to understand. Worth every penny!— Rahul ⭐️Excellent hands-on course for anyone who wants to learn automation from scratch. Covers everything from Python basics to advanced frameworks and Jenkins integration. The projects gave me so much confidence.— Priya ⭐️I loved the mix of theory and real-time coding. The section on API and database testing was very useful. Best course I’ve taken for automation frameworks.— Mehar ⭐️Radhakrishnan is a fantastic trainer — patient, thorough, and focused on real-world skills. This course boosted my career and helped me crack interviews in automation roles.— John ⭐️So much practical value! From Selenium locators to Behave BDD and Robot Framework, this course is truly complete. The CI/CD section was a game changer for me.— Arjun L. |
Salient Features:
- 40 to 45Hours of Live Training along with recorded videos
- Lifetime access to the recorded videos
- Course Completion Certificate
Who can enroll for this course?
- Advanced Python Automation Testing – Real-Time Framework Architecture & CI/CD Integration
- Mastering Automation Testing with Python – Real-Time Project & Framework Development
- Complete Python Test Automation – Advanced Framework Design & DevOps Integration
- End-to-End Automation Testing with Python – UI, API & Framework Engineering
- Professional Automation Engineer Program – Python, Selenium & CI/CD Frameworks
- Advanced Test Automation with Python – Scalable Framework & Enterprise Implementation
- Full Stack Automation Testing – Python, Selenium & Real-Time Industry Frameworks
- Automation Framework Mastery with Python – From Core Programming to CI/CD
What will I learn by the end of this course?
- Write efficient and structured automation scripts using Python fundamentals and OOPS concepts
- Automate web applications using Selenium WebDriver with advanced element handling techniques
- Implement robust locator strategies including XPath and CSS Selectors
- Handle real-time scenarios like alerts, frames, windows, dropdowns, web tables, file uploads, screenshots, and headless execution
- Apply synchronization techniques using Implicit, Explicit, and Fluent Waits
- Build scalable automation frameworks using PyTest
- Design industry-standard frameworks using Page Object Model (POM)
- Use fixtures, parameterization, parallel execution, and reporting tools (HTML & Allure)
- Implement BDD automation using Behave with Gherkin syntax
- Develop test cases using Robot Framework with SeleniumLibrary
- Perform API Automation using Requests + PyTest
- Validate backend data through Database Testing (MySQL)
- Integrate automation with Git, GitHub, and Jenkins CI/CD pipelines
- Execute tests across multiple browsers and environments
- Optimize frameworks for performance, reusability, and maintainability
- Confidently design, develop, and maintain real-time automation projects
Course syllabus:
📘 MODULE 1: Python for Automation
🔹 Core Python Fundamentals
• Python Basics
• Variables & Data Types
• Operators
• Conditional Statements
• Loops
• Functions
🔹 Data Structures
• List
• Tuple
• Set
• Dictionary
🔹 Object-Oriented Programming (OOPS)
• Class & Object
• Constructor
• Inheritance
• Encapsulation
• Polymorphism
🔹 Exception & File Handling
• Exception Handling
• File Handling
🔹 Environment & Package Management
• Virtual Environment (venv)
• PIP & Package Management
🌐 MODULE 2: Selenium with Python
🔹 Selenium Fundamentals
• Introduction to Selenium
• Selenium Architecture
• WebDriver Installation & Setup
🔹 Browser & Element Handling
• Browser Commands
• WebElement Methods
• Handling Web Elements
🔹 Locators
• ID
• Name
• Class Name
• Tag Name
• Link Text
• Partial Link Text
• XPath
• CSS Selector
🔹 Synchronization
• Implicit Wait
• Explicit Wait
• Fluent Wait
🔹 Advanced Web Handling
• Alerts
• Dropdowns
• Frames
• Windows
• Web Tables
• Actions Class
• JavaScript Executor
• File Upload
• Screenshot
• Headless Execution
• Cross Browser Testing
🧪 MODULE 3: PyTest Framework
🔹 PyTest Fundamentals
• Introduction to PyTest
• Writing Test Cases
• Assertions
• Running Tests (CLI)
• Markers
🔹 Advanced PyTest Concepts
• Fixtures
• conftest.py
• Parameterization
• Parallel Execution (pytest-xdist)
• HTML Reports
• Allure Reports
🔹 Framework Design
• Page Object Model (POM)
• Base Class
• Utility Classes
• Logging
• Test Data Management
• Configuration Files
🧩 MODULE 4: BDD Framework (Behave)
🔹 BDD Fundamentals
• Introduction to BDD
• Gherkin Syntax
o Feature
o Scenario
o Given
o When
o Then
o And
🔹 BDD Implementation
• Feature Files
• Step Definitions
• Hooks
• Context Object
• Integrating Selenium with Behave
• BDD Framework Structure
• Reporting
🤖 MODULE 5: Robot Framework
🔹 Robot Framework Basics
• Introduction to Robot Framework
• Installation & Setup
• Test Case Syntax
• Keywords
• Variables
🔹 Selenium Integration
• SeleniumLibrary
• Setup & Teardown
• Custom Keywords
• Data-Driven Testing
• Reports & Logs
⚙️ MODULE 6: Advanced & Industry Topics
• Git & GitHub
• Jenkins (CI/CD Integration)
• API Automation (Requests + PyTest)
• Database Testing (MySQL)
• Parallel Execution
• Framework Optimization
• Reporting Integration
• Cross Environment Execution