Automation Testing with Selenium
Build reliable test automation frameworks using industry-standard tools and methodologies
Course Overview
This comprehensive training program focuses on building automated testing capabilities for web applications using Selenium WebDriver. Participants develop practical skills in creating maintainable test suites that integrate with continuous deployment workflows.
The curriculum covers fundamental automation concepts through advanced framework design patterns. Students work with actual web applications, implementing test scenarios that mirror workplace requirements. Each module includes structured exercises that build upon previous learning.
Course content addresses element identification strategies, synchronization handling, data-driven testing approaches, and reporting mechanisms. Participants complete projects involving e-commerce platforms, content management systems, and responsive web interfaces.
Course Duration
8 weeks with evening and weekend sessions available to accommodate professional schedules
Format Options
In-person instruction at our Tokyo facility or remote participation via video conferencing platform
Class Size
Limited to 12 participants for adequate hands-on guidance and individual support
Career Development Outcomes
Technical Proficiency
Graduates demonstrate competency in creating automated test suites that reduce manual testing effort. Skills developed include framework architecture, element locator strategies, and handling dynamic web content. Participants learn to implement page object models that improve test maintainability.
Course completion provides practical experience with tools commonly used in software organizations, including TestNG for test orchestration and Maven for dependency management. Students gain familiarity with continuous integration platforms and version control workflows.
Professional Applications
The skills acquired apply directly to QA engineering positions requiring test automation capabilities. Organizations seeking to implement automated testing benefit from professionals trained in structured testing methodologies and framework development.
Training includes practices relevant to agile development environments where automated testing supports rapid deployment cycles. Participants learn to write tests that provide reliable feedback during development iterations.
Practical Experience
Course projects involve automating test scenarios for functional e-commerce workflows, form validation sequences, and multi-page navigation paths. Students implement tests for responsive designs across different viewport sizes and browser engines.
Tools and Technologies
Core Framework Components
- • Selenium WebDriver for browser automation and element interaction
- • TestNG framework for test organization and parallel execution
- • Maven for dependency management and project structure
- • Page Factory for implementing page object pattern
Data Management Tools
- • Apache POI for Excel data source integration
- • Data providers for parameterized test execution
- • Property files for environment configuration management
- • JSON parsing for API response validation
Reporting Systems
- • ExtentReports for detailed test execution documentation
- • Screenshot capture on test failures for debugging
- • Allure reporting framework for test analytics
- • Log4j for application logging and troubleshooting
Integration Platforms
- • Jenkins for continuous integration pipeline setup
- • Git for version control and collaboration workflows
- • Selenium Grid for distributed test execution
- • Docker containers for consistent test environments
Learning Environment Standards
Laboratory Equipment
Training facilities include workstations configured with development environments, multiple browser installations, and testing tools. Each participant receives individual workspace with required software pre-installed.
Remote students receive guidance on environment setup with detailed configuration instructions and troubleshooting support during initial sessions.
Code Quality Practices
Instruction emphasizes writing maintainable test code following established coding standards. Students learn to implement proper exception handling, logging practices, and documentation conventions that support long-term test suite maintenance.
Code reviews during class sessions provide feedback on test design decisions and help identify potential maintenance issues before they impact larger projects.
Resource Access
Course materials remain available through our learning platform for reference after completion. Recorded sessions support review of complex topics, and sample code repositories provide implementation examples for common testing scenarios.
Intended Participants
QA Professionals
Manual testers seeking to expand capabilities into automation will find this course provides structured transition from exploratory testing to scripted validation. The curriculum addresses common challenges when implementing automated checks for previously manual workflows.
Software Developers
Developers wanting to implement testing for their applications benefit from learning automation frameworks and integration strategies. The course covers testing from a development perspective, including test-driven approaches and continuous testing practices.
Career Transitioners
Individuals entering software quality assurance from other fields gain foundational automation knowledge applicable to entry-level testing positions. The structured curriculum provides necessary context for understanding testing within software development lifecycles.
Technical Leads
Team leads responsible for testing strategy decisions acquire understanding of automation capabilities and limitations. Course content addresses framework selection criteria, maintenance considerations, and implementation planning relevant to organizational testing initiatives.
Progress Evaluation Methods
Module Assessments
Each course module concludes with practical exercises demonstrating competency in covered concepts. Assessments involve implementing specific testing scenarios that validate understanding of element locators, synchronization strategies, or data-driven approaches depending on the module focus.
Instructors provide detailed feedback on assessment submissions, identifying areas where implementation could improve and confirming successful application of testing principles.
Capstone Project
The final weeks involve developing a complete test automation framework for a provided application. Students implement page objects, configure test suites, integrate reporting, and establish execution workflows. This project demonstrates ability to apply multiple course concepts in an integrated solution.
Project evaluation considers code quality, test coverage, framework architecture, and documentation completeness. Successful completion indicates readiness to contribute to workplace automation initiatives.
Skill Verification
Graduates receive course completion documentation that outlines covered topics and demonstrated competencies. This documentation supports professional development records and provides specific detail about automation skills acquired during training.
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Prerequisites
Basic programming knowledge in Java or similar language, understanding of web technologies