Senior Software Engineer, AI-Powered Test Automation

Roblox; San Mateo (CA); Presencial; USD 243.000 - 295.000; Jornada completa

Ventajas ofrecidas por este puesto de trabajo

Equity compensation

Onsite role in San Mateo

Descripción de la vacante

Roblox in San Mateo, CA, USA seeks a Senior Software Engineer for the App Test team. You will design, build, and scale the test automation platform spanning mobile, desktop, console, and VR, enabling reliable end-to-end testing across Roblox’s platforms.

You will advance AI-native testing, improve test reliability, and drive end-to-end ownership of quality initiatives within CI/CD, collaborating with multiple engineering groups to accelerate release cycles.

Formación

• Strong programming skills in C++, Python, Go, or another modern language.
• Experience designing, building, testing, and operating production software.
• Experience building test automation frameworks and CI/CD infrastructure.

Responsabilidades

• Build and scale test automation infrastructure across Roblox platforms.
• Advance the AI-native test lifecycle with intelligent tooling.
• Develop test orchestration and intelligence connecting planning, execution and analysis.
• Improve test reliability, observability, failure diagnosis, and maintenance.
• Shift quality earlier in development with automated checks and feedback in CI/CD.
• Drive projects end to end from problem definition to production deployment and evaluation.
• Collaborate across engineering teams to scale solutions for engineers.

Conocimientos

C++

Python

Go

Herramientas

Appium

Selenium

Descripción del empleo

Roblox in San Mateo, CA, USA seeks a Senior Software Engineer for the App Test team. You will design, build, and scale the test automation platform spanning mobile, desktop, console, and VR, enabling reliable end-to-end testing across Roblox’s platforms.

You will advance AI-native testing, improve test reliability, and drive end-to-end ownership of quality initiatives within CI/CD, collaborating with multiple engineering groups to accelerate release cycles.