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QA Automation with Python (Advanced)

Advance your QA automation skills using Python through real-world automation frameworks, advanced testing workflows, and hands-on project-based learning.

  • Learn advanced QA automation concepts through structured Skill Sprints

  • Build scalable automation frameworks using Python and testing tools

  • Work with real-world web, API, and automation testing scenarios

  • Apply debugging, reporting, synchronization, and framework techniques

  • Gain hands-on experience with advanced QA automation workflows

Target Audience

  • QA professionals looking to advance Python automation testing skills

  • Selenium testers transitioning into advanced automation frameworks

  • Professionals working with Python-based QA automation workflows

  • Software testers seeking hands-on automation framework experience

  • Anyone interested in advanced automation testing and scalable QA practices

QA Automation with Python (Advanced) Overview

QA Automation with Python – Advanced is a practical program designed to strengthen advanced automation testing and framework development skills using Python. Learners work with scalable automation frameworks, Selenium integration, reporting, synchronization, API validation, debugging, and real-world automation workflows through guided skill sprints and hands-on testing projects.

  • Learn advanced QA automation techniques through structured Skill Sprints

  • Build scalable automation frameworks using Python and testing tools

  • Apply synchronization, reporting, logging, and debugging strategies

  • Work with real-world automation testing and validation workflows

  • Develop practical automation engineering skills through hands-on projects

Delivered using OCA’s Skill Sprint™ Method with hands-on practice, real-world exercises, and instructor-led feedback.

Prerequisites

The following basic skills are recommended to maximize learning outcomes:

  • Basic understanding of software testing and QA processes

  • Familiarity with Selenium automation and Python programming concepts

  • Experience writing basic automation test scripts is beneficial

  • Interest in advanced automation testing and framework development

  • Willingness to practice automation workflows through hands-on exercises

Outcomes

By the end of this course, you will be able to:

  • Understand advanced QA automation and framework development concepts

  • Build scalable automation frameworks using Python and Selenium

  • Apply synchronization, reporting, and debugging strategies effectively

  • Work with reusable automation components and modular testing workflows

  • Integrate automation workflows with API and validation testing processes

  • Develop maintainable automation scripts for real-world testing scenarios

  • Apply advanced automation testing practices for scalable QA environments

  • Strengthen automation engineering skills for QA and testing roles

Job Roles & Careers

After completing the program, learners will be better prepared for positions such as:

  • QA Automation Engineer

  • Python Automation Engineer

  • Selenium Automation Tester

  • Software Test Engineer

  • Automation Framework Engineer

  • QA Analyst

  • Software Quality Engineer

Curriculum

Learn through focused Skill Sprints built around practical application and real-world tasks.

  • Apply advanced Python syntax and coding best practices

  • Use object-oriented programming for automation design

  • Implement exception handling for robust scripts

  • Work with modules, packages, and virtual environments

  • Write reusable and maintainable automation code

  • Handle dynamic elements and modern web components

  • Implement advanced synchronization and wait strategies

  • Execute JavaScript for complex UI interactions

  • Design cross-browser automation strategies

  • Build stable and reliable locators

  • Design automation frameworks from scratch

  • Implement advanced Page Object Model (POM)

  • Apply data-driven and keyword-driven approaches

  • Use design patterns in automation architecture

  • Structure reusable framework components

  • Create advanced fixtures and parameterization

  • Organize tests using markers and grouping

  • Execute tests in parallel

  • Extend PyTest with plugins and hooks

  • Implement custom assertions

  • Design advanced reporting solutions (HTML/Allure)

  • Implement logging for debugging and traceability

  • Capture screenshots and logs on failures

  • Analyze test execution results

  • Debug automation failures effectively

  • Automate REST APIs using Python libraries

  • Validate JSON responses and payloads

  • Handle API authentication and authorization

  • Integrate API and UI automation

  • Perform end-to-end validation

  • Use version control for automation code

  • Integrate automation with CI tools

  • Trigger automated test execution in pipelines

  • Manage environment-based configurations

  • Understand DevOps testing workflows

  • Execute tests in parallel using PyTest

  • Optimize test execution time

  • Understand Selenium Grid concepts

  • Explore cloud-based execution environments

  • Handle distributed testing scenarios

  • Generate dynamic test data

  • Use external data sources (CSV, JSON, DB)

  • Handle environment-specific configurations

  • Secure sensitive data and credentials

  • Implement data-driven testing

  • Integrate UI and API automation

  • Apply enterprise automation practices

  • Refactor and optimize automation code

  • Maintain long-term framework stability

  • Identify and fix flaky tests

  • Design maintainable automation architectures

  • Manage large automation suites

  • Improve performance and reliability

  • Identify automation anti-patterns

  • Apply best practices for long-term projects

  • Understand expectations of senior QA roles

  • Prepare for technical interviews

  • Build automation project portfolio

  • Present automation solutions confidently

  • Plan career progression in QA automation

Design and implement a scalable QA automation solution using Python, Selenium, reusable framework components, validation workflows, and reporting techniques.

$1,599   

  • Instructor-Led: Live Online

  • 40 Total Hours

  • Advanced Level

  • Real-World Projects

  • Career-Focused

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Why This Course Is in Demand

Organizations increasingly rely on automation testing to improve software quality, accelerate release cycles, and support scalable application testing workflows. Advanced Python QA automation skills remain highly valuable for automation engineering, software testing, and enterprise QA roles in modern software development environments.

Frequently Asked Questions

This course is ideal for QA automation professionals with hands-on experience in Selenium and Python who want to advance into senior automation or SDET roles. It is also suitable for testers transitioning into framework development and professionals working on automation in Agile and DevOps environments.

Yes. Learners are expected to have prior experience with Selenium automation using Python and a basic understanding of API testing. Familiarity with PyTest or similar frameworks and core Python programming concepts is strongly recommended.

Participants will learn advanced Python programming, Selenium automation for complex applications, PyTest-based test execution, API automation, framework design and architecture, CI/CD integration, parallel execution strategies, and enterprise automation best practices. The program concludes with a real-world automation framework project.

This course prepares learners for advanced roles such as Senior QA Automation Engineer, SDET (Software Development Engineer in Test), Automation Test Engineer, Test Automation Architect, and QA professionals working with CI/CD and DevOps pipelines.

Yes. The course is designed for working professionals looking to advance their automation skills and move into higher-level QA and SDET roles. The structured Skill Sprint Method™ ensures efficient learning with hands-on implementation and guided instruction

The total duration is 40 hours, consisting of instructor-led live sessions combined with hands-on practice, assignments, and a capstone automation project.

Yes. This is an instructor-led live online course delivered in an interactive virtual classroom format with real-time guidance, demonstrations, and practical exercises.

The course covers Python, Selenium WebDriver, PyTest, REST API automation libraries, reporting tools, logging frameworks, and CI/CD concepts, along with exposure to parallel execution and automation architecture practices.

Yes. Participants who successfully complete the course and final automation project will receive a Certificate of Completion from OCA.

Yes. Group and corporate training options are available and can be customized based on organizational requirements, project use cases, and team skill levels.

Registration can be completed through the course page on the OCA website or by contacting the admissions team for enrollment assistance and schedule details.

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