Principal Software Development Engineer in Test

Disney Disney · Media · New York, NY +2

Principal Software Development Engineer in Test (SDET) to lead quality engineering for streaming, data, and advertising systems. The role involves setting strategic direction for automation, quality practices, and test architectures, partnering cross-functionally, and driving innovation in automated testing. The candidate will influence organizational decisions, lead architecture of test automation solutions, and mentor teams. Emphasis on adopting emerging technologies like AI/ML in testing and advanced observability.

What you'd actually do

  1. Define and drive the vision, strategy, and roadmap for test automation and quality engineering across multiple business units and product lines.
  2. Influence organizational decisions regarding test architecture, process improvements, and adoption of modern testing paradigms (shift-left, CI/CD, observability, etc.).
  3. Establish and maintain enterprise-wide standards for quality, automation, and operational excellence in collaboration with executive stakeholders.
  4. Own the end-to-end quality strategy for large-scale, business-critical projects, including test metrics, release criteria, and automation objectives.
  5. Lead the architecture of scalable, resilient, and cloud-native test automation solutions that empower teams and improve defect prevention.

Skills

Required

  • quality engineering
  • automation
  • software development
  • leadership
  • test automation strategy
  • test architecture
  • CI/CD
  • observability
  • cloud-native
  • distributed systems
  • data pipelines
  • ad technologies
  • Agile environments
  • performance engineering
  • security engineering
  • reliability engineering

Nice to have

  • AI/ML in testing
  • autonomous testing

What the JD emphasized

  • Principal Software Development Engineer in Test
  • quality engineering
  • automation
  • test architectures
  • automated testing
  • AI/ML in testing
  • autonomous testing
  • advanced observability