QA Automation Analyst - On-Site (Business Systems Tester)

Addison Group; Dallas (TX); On-site; USD 60,000 - 80,000; Part time

Benefits offered by this job

Medical insurance

Dental insurance

Vision insurance

401(k)

Job summary

Addison Group, based in Dallas, TX, is seeking a QA/Business Analyst with a focus on test automation to support business automation initiatives and QA testing across multiple functions. This role emphasizes testing and validating system changes prior to deployment, collaborating with stakeholders to define requirements and maintain test cases.

The candidate will drive automation efforts, develop and maintain automated test scripts using Tosca or Selenium, and ensure accurate replication of

Qualifications

• 1–3 years of analytical experience.
• Experience with test automation and QA testing.
• Experience with Tosca or a similar automation tool, such as Selenium.
• Ability to develop, execute, and maintain test scripts.
• Strong attention to detail and problem-solving skills.

Responsibilities

• The primary focus is test automation; expand automation capabilities in-house.
• Identify automation opportunities and develop, execute, and maintain automated test cases.
• Collaborate with business stakeholders to gather requirements and validate system changes.
• Troubleshoot discrepancies and ensure business processes can be replicated through automated testing.

Skills

Analytical

Problem-solving

Communication

QA testing

Education

Bachelor's degree

Tools

Tosca

Selenium

Power Automate

RPA tools

SAP

Job description

Addison Group, based in Dallas, TX, is seeking a QA/Business Analyst with a focus on test automation to support business automation initiatives and QA testing across multiple functions. This role emphasizes testing and validating system changes prior to deployment, collaborating with stakeholders to define requirements and maintain test cases.

The candidate will drive automation efforts, develop and maintain automated test scripts using Tosca or Selenium, and ensure accurate replication of