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Remote Automation Test Engineer Jobs in Oklahoma

Interstates

Productivity Engineer

Muskogee, OK · On-site +1

... automation, and OT work that powers industrial facilities for clients here in the U.S. and around ... Occasional remote work may be possible depending on assignment and business needs. Benefits of ...

PolyCon Solutions

Systems Software Engineer

Oklahoma City, OK · On-site +1

$148K - $175K/yr

The position is remote, but the Oklahoma City (OKC) area is preferred. Responsibilities * Develop ... Coordinate with systems, hardware, test, and integration engineers throughout the software ...

Danaher

Field Service Engineer- Tulsa, Ok

Tulsa, OK · Remote

$33 - $37/hr

Every hour around the world, more than one million tests are run on Beckman Coulter Diagnostics ... We recognize the benefits of flexible, remote working arrangements for eligible roles and are ...

HighCloud Solutions

Business Analyst

Oklahoma City, OK · Remote

Oklahoma City, OK (Remote) Duration: Long Term Description The Teachers' Retirement System of ... Develop test plans, test scripts, and step-by-step testing instructions for functional and user ...

New

Abbott

Field Service Engineer II- Tulsa, OK

Tulsa, OK · Remote

The crucial information derived from our tests, instruments and informatics systems are often the ... This is a field-based, remote role that covers the Tulsa, OK territory. As a Field Service Engineer ...

Abbott

Field Service Engineer II- Tulsa, OK

Tulsa, OK · Remote

The crucial information derived from our tests, instruments and informatics systems are often the ... This is a field-based, remote role that covers the Tulsa, OK territory. As a Field Service Engineer ...

Abbott

Field Service Engineer II- Tulsa, OK

Tulsa, OK · Remote

The crucial information derived from our tests, instruments and informatics systems are often the ... This is a field-based, remote role that covers the Tulsa, OK territory. As a Field Service Engineer ...

Abbott

Field Service Engineer II- Tulsa, OK

Tulsa, OK · Remote

The crucial information derived from our tests, instruments and informatics systems are often the ... This is a field-based, remote role that covers the Tulsa, OK territory. As a Field Service Engineer ...

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Remote Automation Test Engineer information

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How much do remote automation test engineer jobs pay per hour?

As of Aug 16, 2026, the average hourly pay for remote automation test engineer in Oklahoma is $47.35, according to ZipRecruiter salary data. Most workers in this role earn between $40.82 and $53.94 per hour, depending on experience, location, and employer.

What is a remote automation test engineer?

A Remote Automation Test Engineer is a software professional who specializes in designing, developing, and executing automated tests to ensure the quality of software applications, while working from a location outside the traditional office environment. Their primary responsibilities include creating and maintaining automated test scripts, identifying bugs, and collaborating with development teams to resolve issues. They use various testing tools and frameworks to improve the efficiency and effectiveness of software testing, helping to deliver reliable and high-quality products. Remote work allows them to perform these tasks from anywhere, using digital communication and collaboration tools.

What does a remote automation test engineer do?

The job duties and responsibilities of a remote automation test engineer focus on quality assurance (QA). In this work from home role, you oversee the development of testing frameworks and maintain, debug, and operate automated testing systems on software to ensure that they meet technical requirements for the client or employers’ QA needs. In addition to taking steps to run and monitor each testing program from your remote location, you work to improve testing strategies and make updates to the testing frameworks when necessary.

What are the key skills and qualifications needed to thrive as a remote automation test engineer, and why are they important?

To thrive as a Remote Automation Test Engineer, you need strong programming skills (often in languages like Java, Python, or JavaScript), a solid understanding of software testing methodologies, and experience with test automation frameworks such as Selenium, Appium, or Cypress. Familiarity with CI/CD tools (like Jenkins or GitLab), version control systems (such as Git), and relevant certifications (e.g., ISTQB) are commonly expected. Excellent problem-solving, attention to detail, and effective communication are crucial soft skills for collaborating with distributed teams and ensuring quality outcomes. These competencies are essential for identifying defects early, improving software reliability, and maintaining productivity in a remote work environment.

How does a remote automation test engineer typically collaborate with distributed development teams?

As a Remote Automation Test Engineer, you'll frequently interact with developers, product managers, and other QA professionals through virtual channels such as video calls, chat platforms, and project management tools. Effective collaboration often involves participating in daily stand-ups, sharing test results promptly, and providing feedback on code changes. Clear communication and documentation are key, as you'll need to ensure that everyone is aligned on testing priorities, defect statuses, and automation coverage. Embracing asynchronous communication and maintaining organized test artifacts help overcome challenges posed by working across different time zones.

What is the difference between Remote Automation Test Engineer vs Manual QA Tester?

AspectRemote Automation Test EngineerManual QA Tester
Required SkillsAutomation tools, scripting, programmingTest case execution, attention to detail
Work EnvironmentCollaborates with developers, uses automation frameworksPerforms manual testing, reports bugs
CertificationsISTQB, Certified Automation TesterISTQB, Software Testing certifications
Industry UsageSoftware development, tech companiesVaried industries, including software and manufacturing

The main difference between a Remote Automation Test Engineer and a Manual QA Tester lies in their testing approach. The automation engineer focuses on developing and maintaining automated test scripts, requiring programming skills and automation tools. In contrast, the manual tester executes test cases manually without automation. Both roles are essential in quality assurance, but they serve different functions within the testing process.

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What cities in Oklahoma are hiring for Remote Automation Test Engineer jobs?

Cities in Oklahoma with the most Remote Automation Test Engineer job openings:

Remote Automation Test Engineer jobs near you

Application Developer

HighCloud Solutions

Oklahoma City, OK • Remote

Contractor

Posted yesterday

New

Job description

Title: Application Developer

Location: Oklahoma City, OK (Remote)

Duration: Long Term

Description

The Teachers’ Retirement System of Oklahoma (TRS) is undertaking a comprehensive, multiyear modernization initiative to replace aging legacy systems—including full retirement of the ALICE platform—and transition to a unified, cloud native environment. This effort centers on building MyPAS 3.0, a modern Azure-hosted pension administration system that integrates seamlessly with MyTRS and MyERS.

TRS serves a large and diverse membership of over 210,000 employees and retirees across more than 600 school districts, career tech centers, colleges, and universities, making it the largest of Oklahoma’s six state pension systems.

The modernization responds to long standing challenges such as fragmented workflows, manual processes, limited scalability, and stability issues in legacy technologies. The initiative introduces a modern stack—Angular, REST APIs, Azure SQL Managed Instances, Azure Function Apps, Power BI, a document management and process automation solution (pending platform evaluation and alternatives)—to support scalable, secure, and efficient operations.

  • Current state:
    • Legacy systems moved from on-premises hosting to Azure cloud migration in May 2024
    • Member portal modernized July 2025
    • All IS resources support legacy systems while simultaneously building modernized ones
    • Project charter and Software Development Life Cycle established and in practice
    • Environment and foundation for modern applications defined and nearing completion
  • Expected outcomes:
    • All major systems operate on the Azure platform with improved performance, scalability, and maintainability.
    • Retirement of ALICE and elimination of legacy technical debt.
    • Reduced manual work, fewer errors, and significantly improved turnaround times.
    • A modern document storage and capture solution, with improved workflows and reduced fragmentation
    • Enhanced security posture.
    • Improved user satisfaction and accessibility.
    • Greater operational resilience and adaptability.
    • Reduced maintenance burden, lower infrastructure costs, and fewer workarounds through modern platform infrastructure.

Requirements

  • Knowledge of modern application development frameworks, programming languages, and secure coding practices
  • Knowledge of software development lifecycle (SDLC) methodologies, including Agile
  • Knowledge of business process analysis, functional design principles, documentation standards, user story development, and acceptance criteria definition
  • Knowledge of TRS business rules, including those specific to the Pension Software System
  • Familiarity with legacy systems architecture, dependencies, technologies, and integration points
  • Skill in performing all aspects of application development, including coding, unit testing, documentation, code reviews, and submitting pull requests for TRS staff to review
  • Skill in developing, enhancing, and maintaining application components that meet functional and technical requirements
  • Skill in developing clear, actionable user stories and maintaining a prioritized backlog
  • Skill in developing APIs, system interfaces, and automation workflows
  • Ability to deliver high-quality work output with minimal defects
  • Ability to translate technical specifications into maintainable, production-ready software
  • Ability to collaborate effectively with TRS technical staff, analysts, testers, and project managers
  • Ability to manage multiple development tasks and meet established timelines
  • Ability to communicate complex concepts clearly to both technical and non-technical audiences

    Title: Application Developer

    Location: Oklahoma City, OK (Remote)

    Duration: Long Term

    Description

    The Teachers’ Retirement System of Oklahoma (TRS) is undertaking a comprehensive, multiyear modernization initiative to replace aging legacy systems—including full retirement of the ALICE platform—and transition to a unified, cloud native environment. This effort centers on building MyPAS 3.0, a modern Azure-hosted pension administration system that integrates seamlessly with MyTRS and MyERS.

    TRS serves a large and diverse membership of over 210,000 employees and retirees across more than 600 school districts, career tech centers, colleges, and universities, making it the largest of Oklahoma’s six state pension systems.

    The modernization responds to long standing challenges such as fragmented workflows, manual processes, limited scalability, and stability issues in legacy technologies. The initiative introduces a modern stack—Angular, REST APIs, Azure SQL Managed Instances, Azure Function Apps, Power BI, a document management and process automation solution (pending platform evaluation and alternatives)—to support scalable, secure, and efficient operations.

  • Current state:
    • Legacy systems moved from on-premises hosting to Azure cloud migration in May 2024
    • Member portal modernized July 2025
    • All IS resources support legacy systems while simultaneously building modernized ones
    • Project charter and Software Development Life Cycle established and in practice
    • Environment and foundation for modern applications defined and nearing completion
  • Expected outcomes:
    • All major systems operate on the Azure platform with improved performance, scalability, and maintainability.
    • Retirement of ALICE and elimination of legacy technical debt.
    • Reduced manual work, fewer errors, and significantly improved turnaround times.
    • A modern document storage and capture solution, with improved workflows and reduced fragmentation
    • Enhanced security posture.
    • Improved user satisfaction and accessibility.
    • Greater operational resilience and adaptability.
    • Reduced maintenance burden, lower infrastructure costs, and fewer workarounds through modern platform infrastructure.

  • Requirements

  • Knowledge of modern application development frameworks, programming languages, and secure coding practices
  • Knowledge of software development lifecycle (SDLC) methodologies, including Agile
  • Knowledge of business process analysis, functional design principles, documentation standards, user story development, and acceptance criteria definition
  • Knowledge of TRS business rules, including those specific to the Pension Software System
  • Familiarity with legacy systems architecture, dependencies, technologies, and integration points
  • Skill in performing all aspects of application development, including coding, unit testing, documentation, code reviews, and submitting pull requests for TRS staff to review
  • Skill in developing, enhancing, and maintaining application components that meet functional and technical requirements
  • Skill in developing clear, actionable user stories and maintaining a prioritized backlog
  • Skill in developing APIs, system interfaces, and automation workflows
  • Ability to deliver high-quality work output with minimal defects
  • Ability to translate technical specifications into maintainable, production-ready software
  • Ability to collaborate effectively with TRS technical staff, analysts, testers, and project managers
  • Ability to manage multiple development tasks and meet established timelines
  • Ability to communicate complex concepts clearly to both technical and non-technical audiences